Intel Semiconductor Education Program at CSU (ISEP-CSU)

Image

On March 11, 2025, Dr. Mohammadreza Hadizadeh visited the University of Cincinnati to engage in pivotal discussions aimed at enhancing CSU’s role in the OASiS Intel-funded project. His visit focused on deepening collaborative efforts with Siemens, specifically around the utilization of Siemens’s Electronic Design Automation (EDA) software at CSU. During his visit, Dr. Hadizadeh explored the potential expansion of EDA software usage within the HBCU CHIPS Network, a move that could significantly benefit the network’s technological capabilities and educational reach. His discussions also covered strategies to integrate these advanced tools more extensively into CSU’s curriculum and research activities, thereby fostering a richer learning environment and bolstering research outputs. In addition to his collaborative meetings, Dr. Hadizadeh attended a seminar led by Edward Clark, an expert in Siemens's EDA software. The seminar provided valuable insights into the latest advancements and practical applications of EDA tools.

Image

CSU proudly participated in the Midwest Microelectronics Consortium’s (MMEC) Southwest Ohio Microelectronics Workforce Development Summit. Held on Monday, February 24, from 9 am to 1 pm at Clark State College in Springfield, Ohio, the summit focused on discussions about establishing a regional Microelectronics Center of Excellence. The event brought together participants from regional higher education institutions, industry, government, and private sectors, including MMEC, Wilberforce University, Clark State University, Gold Jacket, Braxton Miller Foundation, Moody-Nolan, Springfield Chamber, and Dayton Development Coalition.

CSU was represented by Dr. Mohammadreza Hadizadeh, Director of the Semiconductor Education and Research Program, and Dr. Mubbashar Khan, Research Assistant Professor. Dr. Hadizadeh presented CSU’s active semiconductor projects, which are supported by Intel and the National Science Foundation. These projects are part of a robust network of partnerships within Ohio under Intel’s SERP program and nationally with other HBCUs under the PARCS and ASEED projects. Dr. Hadizadeh also shared details of CSU's international collaborations with Brazil focused on 2D semiconductor materials research. Furthermore, Dr. Hadizadeh discussed how CSU could contribute to the Center of Excellence through workforce development, training, research and development, and collaborative projects, strengthening the regional microelectronics sector’s growth and innovation.

Image

Wilberforce, OH, December 12, 2024 – Central State University (CSU) welcomed the leadership team of the Midwest Microelectronics Consortium (MMEC), including CEO Jackie Janning-Lask and Consortium Manager David Tilton, to its Wilberforce campus. The visit aimed to discuss expanding collaborations in semiconductors and microelectronics and included engaging discussions, a tour of facilities, and strategic planning to support workforce training initiatives in these critical fields.

The visit began with a warm welcome and introductions by Vice President for Research and Economic Development, Dr. Jose U. Toledo, followed by a presentation on the vision and purpose of the meeting, which focused on exploring potential avenues for collaboration. Led by Dr. Mubbashar Khan, Assistant Professor of Manufacturing Engineering, the MMEC leadership team toured CSU’s facilities and training spaces and later met with CSU President Dr. Morakinyo Kuti to discuss key opportunities and challenges. The day concluded with the next steps and final remarks aimed at strengthening ties between the two organizations. During the discussions, the MMEC leadership and CSU teams outlined plans for expanding their partnership to enhance workforce development in semiconductors and microelectronics. A key topic was how MMEC could support CSU in developing the necessary physical infrastructure to complement the foundational labs recently established with Intel funding. This infrastructure is essential for training a skilled technical workforce to meet the demands of the rapidly growing semiconductor industry. Unfortunately, Dr. Mohammadreza Hadizadeh, Director of CSU’s Semiconductor Education & Research Program, could not attend in person due to illness but played a key role in preparing for the visit. Before the in-person visit, Dr. Hadizadeh led a virtual meeting with the MMEC leadership team and shared updates on CSU’s ongoing semiconductor projects funded by Intel and the National Science Foundation (NSF). He highlighted the development of advanced digital infrastructures and emphasized the critical need for expanding CSU’s physical facilities to support these initiatives. 

The MMEC leadership visit highlighted the shared commitment of MMEC and CSU to advancing semiconductor and microelectronics education and research, laying a solid foundation for future collaborations, and the potential establishment of expanded training facilities and resources to prepare students for careers in this vital industry.

Image

Wilberforce, OH, October 24, 2024 – Central State University (CSU) is honored to serve as the lead institution for Workforce Development in the Midwest Microelectronics Consortium’s (MMEC) NSF Engines project. This pivotal project has reached the finalist stage in the competitive U.S. National Science Foundation (NSF) Regional Innovation Engines grant competition. As MMEC advances to the second round of the competition, it is among 71 teams selected to submit a full proposal for the final application phase. If successful, the coalition could secure up to $160 million over the next decade, aiming to foster technological and economic advancement across Ohio through focused education and workforce development initiatives. The MMEC proposal is designed to bolster the domestic semiconductor and microelectronics supply chains by implementing comprehensive workforce development programs. Central State University collaborates with eight other prominent Ohio-based higher education institutions—Kent State University, Lorain County Community College, Ohio University, The Ohio State University, University of Cincinnati, University of Dayton, Wright State University, and Youngstown State University. Together, they aim to cultivate training opportunities that focus on K-12 students, women, and underserved minorities throughout Ohio. This collaboration is dedicated to providing access to high-quality training and well-paying job opportunities, contributing significantly to the revitalization of the U.S. semiconductor industry.

Image

Wilberforce, OH, October 24, 2024 – The Dayton Development Coalition (DDC) Economic Forum was held at the CSU Student Center on October 24, 2024. Around 120-125 attendees explored various state-of-the-art labs at CSU, including the Semiconductor Simulation Lab.

Dr. Mohammadreza Hadizadeh, Director of the Semiconductor Education and Research Program at CSU, showcased the latest progress in the university’s semiconductor projects during the tour. Highlights included the latest updates in curriculum development and offerings, new lab establishments, and internship opportunities as part of the Intel-funded project. Additionally, Dr. Hadizadeh discussed the recent acquisition of a $3M NSF grant aimed at leading a consortium of 7 HBCUs and detailed plans for expanding the lab’s physical infrastructure to further enhance the foundational labs and digital resources.

About the Semiconductor Simulation Lab

Established with funding from Intel, the Semiconductor Simulation Lab at CSU is equipped with a high-performance computing (HPC) server running Cadence Software and 20 computational workstations. This facility is dedicated to hands-on training in semiconductor design and manufacturing processes. Students began with an introduction to Cadence software, learning the basics of its tools and interface, before moving on to more complex tasks such as designing and simulating digital and analog circuits. The lab also supports advanced process simulations, allowing users to replicate key semiconductor manufacturing techniques like doping and etching. These exercises are crucial for understanding how these processes impact the characteristics of semiconductor devices. Emphasizing data analysis, troubleshooting, and circuit performance optimization, the lab fosters a collaborative learning environment. Students engaged in team-based projects that involved creating semiconductor devices from the ground up, preparing them for real-world challenges in the semiconductor industry.

Image

Nov. 1, 2024—WeHBSeeU TV has launched an informative new documentary titled "Into the Nano Realm. " This documentary brilliantly showcases the educational and research activities at Historically Black Colleges and Universities (HBCUs) on a national scale. It also features significant contributions from our own community at CSU, particularly in the fields of quantum few-body physics and semiconductor research.

"Into the Nano Realm" delves into the complex world of quantum physics and its applications across different sectors—from atomic to nuclear and particle physics. Dr. Hadizadeh from CSU leads the discussion, offering viewers an accessible introduction to these profound scientific concepts. He further explores the complexities of quantum few-body systems and highlights the productive collaboration with Brazilian researchers on pioneering 2D quantum materials. A portion of the documentary is dedicated to our ongoing Intel-funded semiconductor project, which has been instrumental in providing hands-on research training to our students over the summer. Viewers will gain insights from students Kayvon Adderley, Dashawn Newbold, and Samantha Charles, who share their experiences and the valuable skills they've acquired through the program.

"Into the Nano Realm" celebrates the groundbreaking work being done at CSU and other HBCUs and emphasizes the vital role these institutions play in advancing the scientific community's understanding of quantum phenomena and semiconductor technology. This documentary serves as a testament to the rich educational opportunities and innovative research that HBCUs contribute to the scientific landscape.

We invite our CSU community and the public to watch "Into the Nano Realm" and explore the exciting developments happening right here at our university and at other HBCUs across the nation. You can watch the documentary here: https://watch.wehbseeutv.org/programs/into-nano-realm-s1e4.

Image

Columbus, OH, October 29, 2024 – The second annual meeting of Intel Semiconductor Education & Research Program (SERP) for Ohio, hosted at Columbus State Community College, brought together prominent figures and innovators from industry and academia across Ohio to discuss advancements and future plans in semiconductor research and education. The event featured pivotal updates from Intel executives. Jim Evers, Intel’s Vice President and Ohio site manufacturing and operations manager, detailed the ongoing development of the Silicon Heartland project in New Albany, Ohio. Gabriela Cruz Thompson, Director of University Research Collaboration at Intel Labs, showcased the significant achievements of the Semiconductor Education and Research Program (SERP). She reported that participating institutions have secured over $43 million in funding by leveraging SERP investments and announced plans for a one-year extension of current SERP projects. These plans are focused on Curriculum Scaling, Student Experiential Opportunities, and Faculty Training.

The CSU's SERP team, including Dr. Mohammadreza Hadizadeh, Dr. Mubbashar Khan, and colleagues Dr. Steven Bibyk (OSU), Dr. Fathi Amsaad (WSU), Dr. Ahsan Mian (WSU), Dr. Frank Fuller (SSC), and Dr. Vamsi Borra (YSU), participated in person, enriching the discussions with their experiences. Other team members joined virtually via Zoom.

Image

Updates from the eight Intel SERP Lead Principal Investigators were a highlight. Dr. Hadizadeh, the director of CSU's SERP, presented the latest developments in CSU's project which includes significant advances in curriculum development. These include new offerings for micro-credential certificates in Semiconductor Processing and Semiconductor Basics for Future Fabrication Technicians. Additionally, he highlighted the progress in establishing new VR and FPGA labs and detailed activities of the Summer 2024 internship program, which trained 39 interns from 10 different higher education institutions and 9 high schools across the state of Ohio, with over 82% participation from underrepresented minorities and about 44% female students. Dr. Hadizadeh also shared the team's recent success in securing $4.2 million from three NSF grants and leading a consortium of 7 HBCUs focused on enhancing semiconductor research capacity through collaborative projects. Looking ahead to next year, plans include offering at least 20 scholarships for the Semiconductor Processing Certificate and introducing a new certificate in Semiconductor Innovation & Commercialization. The team also aims to train at least 40 interns during the Summer of 2025 and establish an FPGA lab equipped with 20 new computers and FPGA boards, along with finalizing the setup of the VR lab. 

Image

In addition to these updates, four breakout panel sessions addressed key areas:

• Faculty Developments: Led by Courtney Tenhover, focusing on enhancing faculty capabilities to support semiconductor education.
• Summer Programs: Led by Dr. Mohammadreza Hadizadeh, discussing the structure and impact of summer internship opportunities.
• Increasing AS Enrollment: Michell Ward led discussions on strategies to increase enrollment in Associate of Science programs, addressing challenges in intern recruitment, scaling up efforts, and essential considerations for training high school students. The panel underscored the importance of creating robust educational pathways that cater to the evolving needs of the semiconductor industry.
• Simulated Cleanroom & Experiential Opportunities: Scott Miller explored the integration of simulated environments in semiconductor education.

This year’s SERP meeting not only reflected CSU’s ongoing dedication to semiconductor education but also set a clear, ambitious agenda for future initiatives.

• Position Title: Project Manager in Semiconductor Technology
• Department: College of Engineering, Science, Technology, and Agriculture (CESTA)
• Job Location: Central State University, Wilberforce, OH
• Schedule: Full-time
• Duration: 3 years (36-month fixed term contract)
• Benefits Provided: Yes
• Position Category: Staff - Monthly (Exempt)

POSITION SUMMARY: 

The College of Engineering, Science, Technology, and Agriculture at Central State University (Wilberforce, Ohio) invites applications for a three-year Project Manager (PM) in Semiconductor Technology position to support the planned activities under multiple funded research projects aimed at education, research, workforce development, curriculum development, laboratory infrastructure development, and sustainability activities in the fields of semiconductors. The position is scheduled to commence immediately.

DUTIES AND RESPONSIBILITIES: 

• Reporting and Documentation: Prepare, submit, and archive regular reports, budgets, and documents for easy access and compliance with sponsor requirements.
• Meetings and Collaborations: Organize and facilitate regular virtual and in-person meetings with internal team members and academic and industrial partners, using collaborative tools for efficient task management across multiple projects.
• Communication: Develop and maintain promotional materials and communication platforms, including CSU's Semiconductor website, to showcase and publish educational and research findings.
• Administrative Support: Manage daily project operations and financial documents for equipment procurement, staff hiring, and travel, the approval and auditing of the curriculum, and ensuring compliance with university and sponsor processes.
• Management of Semiconductor Labs: Manage and assist in the operation of CSU’s semiconductor-related labs, including the Microfabrication Lab, Semiconductor Simulation Lab, and FPGA/VR Labs.
• Support for Proposal Development, Research Writing, and Student Mentorship: Provide administrative and technical support to research faculty in preparing proposals for relevant grant opportunities to secure new or additional funding. Additionally, assist research faculty in supervising student research assistants, and guiding and reviewing technical research reports, articles, and conference presentations.
• Workshops & Outreach Activities: Coordinate and manage internships, educational training sessions, outreach events, and workshops.
• Other duties as assigned.

MINIMUM QUALIFICATIONS: 

An earned M.Sc. or equivalent degree in any area of STEM including Materials Science and Engineering, Electrical Engineering, Mechanical Engineering, Chemical Engineering, Physics, Manufacturing or Industrial Engineering, Computer Science and Engineering, or related fields, or Business Administration with a focus on Technology Management from an accredited college or university is required at the time of appointment, and at least 3 years of experience in a similar role is required at the time of appointment. The successful candidate must demonstrate a keen interest in and extensive experience with interdisciplinary collaboration, along with a proven track record of effectively working in culturally diverse environments within the university and team settings.

PREFERRED QUALIFICATION: 

A candidate with a Ph.D. or equivalent degree in Computer Science and Engineering, Electrical Engineering, Software Engineering, Materials Science and Engineering, Mechanical Engineering, Chemical Engineering, Physics, Manufacturing/Industrial Engineering, Business Administration with a focus on Technology Management, or related field from an accredited college or university is preferred.

SPECIAL INSTRUCTIONS TO APPLICANT:

Qualified candidates should submit the following materials through the Central State University job portal at https://careers.centralstate.edu/postings/7884:

• CV, 
•  Cover Letter, 
• Names and contact information for three professional references,
• Unofficial copy of educational transcript(s).

Application Deadline: This position is open until filled. First consideration will be given to completed applications received no later than November 29, 2024. Early response is encouraged. 

Please direct any questions about this position to Dr. Mohammadreza Hadizadeh at mhadizadeh@centralstate.edu.

Image

On Wednesday, September 25, Central State University (CSU) hosted Dr. Erin Lynch, President of President of Quality Education for Minorities (QEM) Network, for an in-depth interview with Dr. Hadizadeh, Director of CSU's Semiconductor Program. The interview, conducted on CSU’s campus, covered several important initiatives aimed at advancing semiconductor education and research at the university. The interview video is currently in production and will be released soon.

Dr. Hadizadeh provided insights into CSU’s progress through the Intel Semiconductor Education Program, a three-year project funded by Intel. The program focuses on developing industry-aligned curricula, setting up new laboratory facilities, and offering summer internships. The initiative is designed to equip CSU students with the skills and experience needed for careers in the rapidly evolving semiconductor industry. Another significant topic was CSU's leadership in the Partnership for Advancing Research Capacity in Semiconductors at Historically Black Colleges and Universities (PARCS-HBCU). Supported by a $3 million National Science Foundation (NSF) grant, this initiative involves a consortium of seven HBCUs working together to enhance research capacity in semiconductors. Dr. Hadizadeh emphasized the project’s alignment with the CHIPS and Science Act, highlighting its potential to expand opportunities for faculty and students at HBCUs. Dr. Hadizadeh also discussed CSU’s role in the recent $1 million NSF-funded Advancing Semiconductor Education through Expansion and Diversification (ASEED) initiative. This project, in collaboration with two other HBCUs, seeks to broaden educational and research opportunities in semiconductor technology, particularly for underrepresented groups in STEM fields. In addition, the interview explored CSU’s international research collaboration with Brazil, where researchers are investigating 2D quantum materials. Dr. Hadizadeh explained how this partnership is helping to expand CSU’s global research initiatives and create unique learning opportunities for students.

The interview also featured three CSU students—Kayvon Adderley, Dashawn Newbold, and Samantha Charles—who shared their experiences from summer internships connected to these programs. They spoke about the hands-on experience they gained and how it deepened their understanding of semiconductor technologies.

The interview offers a detailed look at CSU’s initiatives in semiconductor education and research, highlighting the university’s commitment to fostering student engagement in emerging technologies. More information will be available when the video is released.

Image

September 16, 2024.

We are thrilled and honored to announce that President Biden highlighted Central State University’s recently funded Semiconductor project, PARCS-HBCU, during his speech at the 2024 National HBCU Week Conference. This significant acknowledgment highlights the importance and impact of the PARCS-HBCU initiative, a semiconductor consortium of seven HBCUs led by Central State University. Launched with a $3 million grant from the National Science Foundation (NSF) spanning three years, PARCS-HBCU aims to advance semiconductor research and development, fostering innovation and expertise within this critical field.

This remarkable milestone was made possible by Intel’s substantial support and investment, which played a pivotal role in establishing CSU’s semiconductor program in 2022. Intel’s commitment has not only fueled our research and education capabilities but also significantly contributed to our mission of shaping a skilled workforce to thrive in the semiconductor industry.

As we celebrate this achievement, we are grateful for the recognition from the highest levels of government and the continued support from our partners. This endorsement from President Biden not only highlights the strides we are making in semiconductor research and education but also reinforces the vital role of HBCUs in driving technological advancement and economic growth.

Watch the video embedded below from The White House YouTube channel.

Image

September 12, 2024 — Central State University (CSU) is proud to announce its leading role in the groundbreaking "Partnership for Advancing Research Capacity in Semiconductors at HBCUs" (PARCS-HBCU), a research initiative funded by the National Science Foundation (NSF) under the Advancing Research Capacity at Historically Black Colleges and Universities through Exploration and Innovation (ARC-HBCU) program. Dr. Mohammadreza Hadizadeh will serve as the lead Principal Investigator, directing a strategic consortium of seven HBCUs including Central State University (the lead institution), Alabama A&M University (PI: Clyde Varner), Coppin State University (PI: Emmanuel Atta-Obeng), Fayetteville State University (PI: Zhiping Luo), Hampton University (PI: Demetris Geddis), Meharry Medical College (PI: Bishnu Sarker), and North Carolina A&T State University (PI: Michael Curry). This partnership is dedicated to overcoming the traditional barriers that limit access to advanced technological resources in underserved communities.

The consortium is granted $3 million over three years to fortify semiconductor research and enhance STEM education. This effort is delineated into four groundbreaking research thrusts:

• From AI in Quantum Materials to Automation in Semiconductor Manufacturing — Utilizing artificial intelligence to revolutionize materials science and manufacturing processes.
• Biomimetic Waste Remediation in Semiconductor Manufacturing — Innovating eco-friendly technologies to minimize the environmental impact of semiconductor production.
• Wide-bandgap Inorganic Semiconductors — Enhancing the efficiency and performance of semiconductor devices through advanced materials.
• Organic/Inorganic Semiconductor Integration and Packaging — Pioneering new semiconductor applications and improving device functionality through the integration of diverse materials.

These research areas represent the forefront of semiconductor technology and set a solid foundation for transforming STEM education and research at HBCUs.

In addition to Dr. Hadizadeh (the lead PI) and Dr. Mubbashar Khan, who serves as the Co-PI, this project is supported by a robust team from CSU’s STEM faculty and administration, including Drs. Mahmoud Abdallah, Abayomi J. Ajayi-Majebi, Deng Cao, President Morakinyo A. Kuti, and Dean Arunasalam Rahunanthan. This initiative not only underscores Central State University’s dedication to leading significant research but also highlights the crucial role of HBCUs in diversifying and strengthening the STEM workforce. Aligned with the “CHIPS and Science Act of 2022,” this project aims to markedly increase African American participation in the semiconductor industry.

For additional details on this transformative project and its impact on the HBCU community, visit https://new.nsf.gov/news/ideas-labs-advance-research-capacity-nations-historically.

Image

On September 10, 2024, Central State University had the honor of welcoming Mr. Michael Gessel, Dayton Vice President of Federal Government Programs, and Mr. Jack Blackhurst, former Executive Director of the Air Force Research Laboratory (AFRL), to our campus. The visit was a significant opportunity to showcase and enhance the university’s research endeavors, with a particular focus on fostering stronger connections with state and federal agencies. Hosted by Dr. Arunasalam Rahunanthan, Dean of the College of Engineering, Science, Technology, and Agriculture (CESTA), and Dr. Shafiqur Rahman, Director of Land Grant Programs, the visit centered around expanding Central State’s research partnerships and capabilities. In-depth discussions were held to identify key research areas where Central State University can effectively partner with AFRL. During their visit, Mr. Gessel and Mr. Blackhurst engaged with faculty members from various departments, highlighting the university's commitment to interdisciplinary collaboration. Dr. Hadizadeh, Director of the SERP at CSU, and Dr. Khan, Research Assistant Professor, shared the latest advancements and collaborative efforts in the semiconductor program, including partnerships with Intel Inc., the National Science Foundation, and other Higher education institutions. The visit also featured a tour of the university's newly established semiconductor simulation and fabrication labs, where discussions about plans to expand these facilities and resources took place.

Image

On August 18, 2024, Dr. Hadizadeh presented at the American Chemical Society Presidential Symposium, organized by Dr. Michael  Curry (NCAT) and Dr. Michael Schwartz (University of Wisconsin-Madison). The symposium focused on "Strategies for Meaningful & Engaging Partnerships: Leveraging the Innovation of HBCU Research".

Dr. Hadizadeh’s presentation titled "Enhancing Diversity in Semiconductors: CSU's Innovative Partnerships with Industry" provided an in-depth look at the innovative approaches Central State University (CSU) has adopted in collaboration with Intel to enhance diversity and capability in semiconductor research and education.

Key Highlights of Dr. Hadizadeh's Presentation:

• Establishment of CSU’s Semiconductor Program: Dr. Hadizadeh detailed the inception of CSU's semiconductor program, which was made possible through a three-year seed funding initiative from Intel. This pioneering effort is in collaboration with five other Ohio-based higher education institutions, setting a robust foundation for future developments and educational excellence in semiconductors.
• Collaborative Sustainability Projects:
  • PARCS-HBCU Initiative: Dr. Hadizadeh highlighted the Partnership for Advancing Research Capacity in Semiconductors at HBCUs (PARCS-HBCU), a three-year project designed to enhance semiconductor research capabilities across a consortium of seven HBCUs led by CSU. This initiative includes four collaborative research projects aimed at advancing technological and educational outcomes.
  • ASEED Project: The Advancing Semiconductor Education through Expansion and Diversification (ASEED) is a two-year funded project focused on diversifying the semiconductor field through expanded educational opportunities.
• International Collaboration on 2D Quantum Materials: The presentation also covered CSU’s international research initiatives on 2D Quantum Materials with partners in Brazil, showcasing CSU's commitment to global research partnerships and innovative scientific exploration.
• Further Collaborative Efforts: Dr. Hadizadeh discussed additional sustainability and collaborative activities including projects like EiR, PREM, Fuse2, and NSF Regional Engines, which further demonstrate CSU’s proactive approach to building research capacity and educational excellence.
• Key Lessons and Future Directions: At the conclusion of the session, Dr. Hadizadeh engaged with the audience to discuss the key lessons learned from collaborations with Intel and partner institutions. He also highlighted areas for potential improvement and the unique challenges that need consideration when collaborating with HBCUs in research endeavors.

Dr. Hadizadeh's presentation not only emphasized the strategic initiatives undertaken by CSU but also illuminated the broader implications of such partnerships in fostering innovation, diversity, and educational advancement in the semiconductor industry. The session was met with enthusiastic feedback from attendees, who appreciated the insights into effective partnership strategies and the potential for significant contributions to the field through collaborative efforts. This symposium marks a pivotal step towards meaningful engagement between HBCUs, industry leaders, and the academic community, paving the way for a more inclusive and innovative future in scientific research and development.

Image

August 5, 2024.

Central State University is excited to announce its participation in a transformative new initiative funded by a $1 million grant from the National Science Foundation. This project, titled "Advancing Semiconductor Education through Expansion and Diversification (ASEED)," aims to advance semiconductor education and research through comprehensive collaboration and community-focused approaches.

The ASEED initiative is a collaborative effort led by Prairie View A&M University, with significant contributions from Central State University and Alabama A&M University. Dr. Hadizadeh, serving as the PI, and Dr. Khan, as the co-PI from our team, will lead Central State's contributions to this project. The primary goals of ASEED are to enhance curriculum offerings, facilitate graduate pathways, and foster a diverse and inclusive environment within the semiconductor industry. The initiative focuses on vital areas of semiconductor production, including Materials Science, Integrated Circuit Design, and Fabrication & Characterization by targeting three innovative research projects on 2D Semiconductor Nanomaterials, AI Chip Design, and GaN-Based Ultra-Wide Band Gap Semiconductor Devices. Through strategic partnerships with leading semiconductor firms like Intel, ASEED aims to offer students unprecedented access to industry insights and career opportunities. These collaborations will also support the development of new certificate programs and specialized educational tracks at both undergraduate and graduate levels, enriching our academic offerings with practical, hands-on experiences.

Image

August 1, 2024.

One of our project members in our research team at Central State University, Dr. Mubbashar Khan recently received the esteemed Research Initiation Award from the National Science Foundation for his project titled “Operationalizing Autonomy: Induction of Autonomous Systems in Real-Life Applications.” This project, set to run from August 2024 to July 2026, focuses on the use of autonomous systems in bridge inspections, aiming to significantly enhance the efficiency, safety, and cost-effectiveness of these essential procedures.

Dr. Khan’s initiative is pivotal as it integrates the implementation of Human-In-the-Loop systems with Unmanned Aerial Vehicle technology to provide bridge inspectors with a detailed and accurate real-time view of infrastructure conditions, as a UAV pilot observes the UAV controller. This method is expected to be disruptive to the traditionally used inspection processes and provide invaluable real-world data for future research on the induction of autonomous systems into real-life applications. The project also emphasizes training students, preparing them for future careers in the burgeoning field of autonomous technology. We extend our heartfelt congratulations to Dr. Khan and eagerly anticipate the advancements his work will bring to the field and our community.

Image

On July 9, 2024, Joseph E. Zeis Jr., Senior Adviser to Ohio Governor Mike DeWine, visited Central State University. The visit aimed to highlight and enhance the university's research activities by facilitating stronger connections with state and federal agencies.  The visit, hosted by the Dean of CESTA, Dr. Arunasalam Rahunanthan, and the Land Grant Programs Director Dr. Shafiqur Rahman, featured in-depth discussions on expanding the university's research partnerships and capabilities. During his time on campus, Mr. Zeis engaged with research faculties across various departments, including the SERP program director, Dr. Mohammadreza Hadizadeh, and the research assistant professor Dr. Khan. Dr. Hadizadeh presented the current strides in the semiconductor program, including collaborations with Intel and other educational institutions. Mr. Zeis toured the semiconductor simulation and fabrication labs, where plans for expanding facilities and resources were discussed with him.

Image

We are thrilled to announce the release of an informative video created by The American Society for Engineering Education (ASEE), showcasing the Semiconductor Education and Research Program (SERP) at Central State University (CSU). This project, generously funded by Intel, represents a collaborative effort between CSU and five other esteemed Ohio-based universities. The video was prominently featured at the ASEE Annual Conference, held from June 23-26 in Portland, Oregon. This conference is a premier event for engineering educators, providing a platform to highlight innovative programs and initiatives that shape the future of engineering education.

The SERP at CSU aims to advance semiconductor education and research, fostering the next generation of engineers and researchers in this critical field. By leveraging the expertise and resources of CSU and our partner institutions, the program offers students unparalleled opportunities for hands-on learning, cutting-edge research, and industry engagement.

We invite you to watch the video to gain a comprehensive overview of the SERP, including its objectives, achievements, and the collaborative efforts driving its success. This video not only underscores the importance of semiconductor technology but also highlights the significant role that CSU and its partners play in advancing this vital sector.

Visit the ASEE TV YouTube channel to watch the video and learn more about the SERP. We are proud to be at the forefront of semiconductor education and research, and we look forward to continuing our efforts in partnership with Intel and our fellow Ohio universities.

Join us in celebrating this milestone and witness the future of semiconductor education and research at Central State University!

Image

Dayton, OH — June 3, 2024 — Central State University (CSU)'s Semiconductor Education and Research Program (SERP) is excited to announce the commencement of the 2024 Intel-sponsored summer internship program, designed specifically for women and underrepresented minorities. This year's program, hosted at the campus of Wright State University (WSU) and SUNY-Bighamton, kicks off today, marking the start of an intensive eight-week journey in microelectronics and semiconductor technology.

The program, which runs from June 3 to July 26, 2024, has garnered a tremendous response with a total of 284 applications. From these, 39 outstanding interns were selected, including 34 students from 10 Ohio higher education institutions and 5 high school students. The selected institutions are Central State University, Wright State University, University of Cincinnati, The Ohio State University, University of Dayton, Miami University, Stark State College, Sinclair Community College, Cedarville University, and Columbus State Community College.

This internship program aims to provide a robust educational and practical experience in key areas such as Microelectronics Design, Security, Printed Circuit Board Fabrication and Design, Microelectronics Fabrication, and Additive Microfabrication. The program features morning lectures followed by afternoon hands-on lab practice, five days a week.

Special guests who attended the kickoff include:

• From Intel: Jim Evers, Vice President & Ohio Site Manufacturing and Operations Manager at Intel Corporation, and Melinda Murdock, University Program Director at Intel Labs.
• From CSU: F. Erik Brooks, Provost, Morakinyo A.O. Kuti, VP for Research and Economic Development, Mohammadreza Hadizadeh, SERP director, and the CSU Semiconductor team,
• From WSU: Susan Edwards, President, Susan Edwards, President, Amy Thompson, Provost, SubhashiniGanapathy, Dean, College of Graduate Programs and Honors Studies, and esteemed faculty.

Dr. Mohammadreza Hadizadeh, Semiconductor Education and Research Program Director at CSU emphasized the importance of the internship, stating, "This program is a pivotal step in bridging the gap between academia and industry. By providing hands-on experience and direct industry engagement, we are preparing our students to be the innovators of tomorrow's technology." Moreover, he spoke on the collaboration, "The partnership between CSU, WSU, and SUNY-Binghamton for this internship program exemplifies the strength of collaborative efforts in higher education. Together, we are fostering a diverse and skilled workforce that will drive future advancements in the semiconductor industry."

The interns will receive a $5,000 stipend and food allowance, and paid accommodation at WSU guest houses. The program is split into two groups: Group 1, comprising 35 interns, will be based at the WSU campus, while Group 2, consisting of 4 interns, will spend their internship at the SUNY-Binghamton campus.

For more information, please visit CSU's SERP website: https://www.centralstate.edu/semiconductors/

Image

May 6, 2024 — Central State University (CSU) has officially joined the CHIPS for HBCUs Consortium. This strategic move aligns CSU with a network of Historically Black Colleges and Universities (HBCUs) dedicated to advancing research and development in the semiconductor industry.

The CHIPS for HBCUs Consortium, announced by the U.S. Department of Commerce earlier in February this year, is a groundbreaking initiative aimed at fostering collaboration among HBCUs. Under the leadership of the Georgia Institute of Technology, the consortium is set to play a pivotal role in diversifying and strengthening the semiconductor workforce and research capabilities in the United States. The Biden Administration has pledged a significant investment of $5 billion to support this initiative, which is part of the broader CHIPS and Science Act. This act is a legislative milestone that provides funds to bolster domestic production of semiconductors and authorizes various programs and activities of federal science agencies.

CSU’s participation in the consortium is expected to provide unparalleled opportunities for its students and faculty, enabling them to contribute to critical advancements in chip technology. The collaboration will also ensure that CSU is at the forefront of addressing the existential issue of chip production and supply chain resilience in America.

The CHIPS for HBCUs Consortium is more than just a technological venture; it represents a commitment to inclusivity and diversity in a field that is foundational to the modern economy. With CSU’s rich history and dedication to excellence in education, its inclusion in the consortium is a testament to the university’s potential to shape the future of technology and innovation. Central State University is a proud member of the CHIPS for HBCUs Consortium, committed to driving innovation and diversity in the semiconductor industry.

Image

April 2024

In a recent move that underscores Intel's commitment to fostering innovation and talent development, Intel has unveiled details of its generous equipment donation program. This initiative, which aims to enrich the learning and development opportunities for emerging talent, was highlighted in a press release accompanied by engaging visuals featuring our dedicated interns participating in Central State University’s 2023 summer internship program for women and underrepresented minorities. The nature of this donation at Central State University lies in the donation of FPGA boards and semiconductor device parameter analyzers, a critical component in driving forward our Intel-sponsored projects. This contribution not only reflects Intel's dedication to supporting educational endeavors but also its investment in the future of technology and innovation. To provide a glance into the impact of this initiative, Intel has shared captivating moments from the program on their LinkedIn and Instagram social media platforms.

Image

March 2024.

Dr. Mohammadreza Hadizadeh was recently invited by Dr. Liangfeng Sun, a professor of physics at Bowling Green State University (BGSU), to present a seminar at The Center for Photochemical Sciences on March 20. The seminar provided insights into the latest advancements in Dr. Hadizadeh's research, illustrating the complex structures of Quantum Few-body Systems in Two Dimensions. During Dr. Hadizadeh's one-day visit, fruitful discussions with Dr. Sun centered on potential research collaborations between CSU and BGSU. The focus was on synergizing CSU's theory group with BGSU's experimental group in exploring 2D semiconductor materials, specifically in studying excitons, trions, and biexcitons.

Image

March 2024.

We are pleased to announce that Dr. Mohammadreza Hadizadeh, the director of the Semiconductor Education and Research Program at Central State University, was invited to attend the NSF's Ideas Lab, held from February 19-23 in Warrenton, Virginia. The NSF Ideas Lab brought together a select group of researchers and experts, chosen based on the pre-proposals they submitted in December 2023. Over the course of one week, participants engaged in intensive discussions and collaborative sessions aimed at identifying innovative research projects with high potential for impact. Among the diverse array of projects discussed, eight were identified as particularly promising, with Dr. Hadizadeh's leading project standing out for its focus on advancing research capacities within HBCUs in the field of semiconductors. Dr. Hadizadeh's project has been invited to submit a full proposal to the NSF, reflecting the significance and potential impact of their research agenda. Currently, CSU's Intel team is collaborating with six other partner institutions to develop this comprehensive proposal, which aims to address critical challenges and opportunities in semiconductor research and education.

Image

On February 8th and 9th, the U.S. Department of Commerce announced the HBCU CHIPS Network. The network will be a collaboration between several HBCUs and the Georgia Institute of Technology. It will work to provide development opportunities in the field of semiconductors through HBCUs. It will work to coordinate the resources of these colleges and universities and build a skilled and diverse workforce in the field of semiconductors. The network will channel dedicated funds through the U.S. Department of Commerce to HBCUs through the funds under the historic $53 billion in funding through the CHIPS and Science Act that was announced in August 2022. The CHIPS and Science Act investments have been made to address the current shortage in the critical semiconductor industry. The HBCU CHIPS network is aimed at developing a diverse semiconductor workforce by investing in the HBCUs for their capacity building in terms of research and education, as well as, improving their training laboratory infrastructures and providing opportunities to historically underserved students and communities and expanding the geographic and institutional diversity of research institutions. The collaborations through the HBCU CHIPS Network will target the opportunities announced through the National Science Foundation to avail the funds dedicated to HBCUs, over the next few years. Dr. Mubbashar Altaf Khan represented Central State University’s Semiconductor Education and Research team during the HBCU CHIPs Network kickoff event and met several representatives from industry and other HBCUs and discussed possible collaboration opportunities to work collaboratively to target the funding opportunities announced through CHIPS HBCU Network in the future.

Image

Discover Your Potential in the World of Microelectronics!

Are you an undergraduate or high school student interested in microelectronics and semiconductors? If so, the Intel-Sponsored Summer Internship Program awaits you! This exciting opportunity, offered by Central State University and hosted at Wright State University, is specifically designed to encourage and support women and underrepresented minorities in the field of microelectronics.

Program Details

• Duration: June 3 to July 26, 2024 (8 Weeks)
• Location: Wright State University Campus
• Eligibility: Open to all undergraduate and high school students

Scholarship Benefits

• $5,000 stipend and a food allowance:
• Paid accommodation at WSU guest houses

Application Deadline: March 29, 2024

Apply Now! https://shorturl.at/fnJSU

Internship Curriculum

• Introduction to Microelectronics Design (2 weeks)
• Introduction to Microelectronics Security (2 weeks)
• Introduction to Printed Circuit Board Fabrication and Design (2 weeks)
• Introduction to Microelectronics Fabrication (1 week)
• Additive Microfabrication of Electronics (1 week)

The Goal

The program aims to provide hands-on training in electronic hardware design, fabrication, and security. Our goal is to equip you with the skills and knowledge necessary for pursuing future career opportunities at leading companies, such as Intel, in Ohio. No prior experience in microelectronics is necessary - a basic understanding of high school mathematics is sufficient!

Program Overview

This eight-week mentored training program includes:

• 1.5 hours of daily lectures
• 1.5 hours of hands-on lab practice
• Five days a week schedule

We encourage women and underrepresented minorities to apply and be part of this unique learning journey.

Contact and More Information

• Questions? Contact Dr. Hadizadeh (mhadizadeh_at_centralstate.edu) or Dr. Khan (mkhan1_at_centralstate.edu)
• For more details, visit: the CSU Semiconductors Website at https://www.centralstate.edu/semiconductors/Intel

Join us this summer for an enriching experience in the world of microelectronics. This is your chance to learn, explore, and connect with professionals in the field. We look forward to seeing you there!

Dear Central State University students, 

We invite you to apply to participate in a paid summer research experience at Ohio State University this summer.  We have 3 research experiences for undergraduates (REU) programs, two for STEM majors (BUCKEYE REU and Center of Emergent Materials REU) and one for non-STEM majors (Summer Research Opportunities Program).

 Use the messages below to learn more or apply.

1.) BUCKEYE REU | Summer 2024

Application Deadline: February 20, 2024 at 11:59pm EST

Program Dates: Monday, May 20 - Friday, July 26, 2024 (tentative)

Website:  go.osu.edu/breuapply

Questions? Contact us at eng-bmereu@osu.edu

ELIGIBILITY CRITERIA

• Undergraduate students in Engineering, Physics, Mathematics, Life Sciences or other related science major
• U.S. citizen or permanent resident
• Sophomores, juniors or seniors enrolled in 2 or 4-year colleges or universities in the U.S.
• Interest in BMMB research projects as reflected in their application materials
• No prior research experience required

PROGRAM BENEFITS

• 10-weeks of hands-on research experience guided by faculty
• Mentoring by faculty and graduate students
• Clinical research and facility tours, weekly journal clubs, and workshops
• On-campus housing and meal allowance
• $6,000 stipend
• Travel allowance (up to $1,000)

RESEARCH DOMAINS

• Biomechanics
• Biomechanics & Mechanobiology
• Mechanobiology
• To learn more about our recent BUCKEYE REU research projects, visithttps://engineering.osu.edu/graduate/buckeye-reu/research-projects

2.) CEM REU | Summer 2024

Application Due Date: Thursday, February 15  (for first consideration)

Program Dates: Sunday, May 19 - Saturday, July 27, 2024

Website: cem.osu.edu/reu

Questions? Contact us at cem-reu@osu.edu

ELIGIBILITY CRITERIA

• U.S. Citizen, national or permanent resident
• Undergraduate student enrolled in 4-year colleges or universities in the U.S.
• STEM major
• Interest in CEM materials focused research projects as reflected in application materials

PROGRAM BENEFITS

• 10-weeks of hands-on research experience guided by faculty
•  Mentoring by faculty, graduate students, and postdocs
• Weekly professional development and networking opportunities
• On-campus housing (shared rooms)
• $6,000 stipend
• Travel allowance 

 RESEARCH DOMAINS

• Magnetic Materials
• Topology
• Synthesis and Crystal Growth
• To learn more about CEM research check out our research page. Summer Research Opportunities Program (SROP) 

We hope to see you in one of our programs this summer.

Image

On Friday, December 15, 2023, Ohio Governor Mike DeWine, along with Lieutenant Governor Jon Husted and Kevin Hoggatt, Intel's Director of State Government Affairs for Ohio, visited Central State University to announce the recipients of the SUPER RAPIDS grant program. During the press conference, Governor DeWine announced that a total of $40 million has been awarded to 81 higher education institutions across the state.

The Super RAPIDS (Regionally Aligned Priorities in Delivering Skills) program, operated by the Ohio Department of Higher Education, aims to support collaborative efforts among Ohio's higher education institutions. It provides essential equipment to prepare students for future jobs, specifically targeting regional workforce needs identified by Intel and other companies.

Central State University, as part of a Dayton area consortium, has received $720,000 from this initiative. These funds will be utilized to purchase state-of-the-art equipment for advanced manufacturing and cybersecurity. This grant will enable the expansion of CSU's Semiconductor Program, expanding the semiconductor simulation and microfabrication labs established with Intel's initial seed funding. Additionally, it will facilitate the establishment of a new Field Programmable Gate Array (FPGA) lab at CSU.

Image

Image

Image

Image

On December 7, 2023, the Intel team at CSU was pleased to host Dr. Paul R. Chiarot, Professor and Chair of the Department of Mechanical Engineering at the State University of New York at Binghamton (SUNY-Binghamton). Dr. Chiarot's visit to the CSU campus centered on discussions regarding the ongoing collaboration between CSU and Binghamton and exploring future partnership opportunities.
Throughout the day, Dr. Chiarot engaged in comprehensive discussions with members of the CSU's Intel team, including CESTA's Dean, Dr. Rahunanthan, project director, Dr. Hadizadeh, and colleagues Dr. Abdallah, Dr. Ajayi-Majebi, Dr. Cao, Dr. Ahmed, and Dr. Khan. Dr. Khan shared updates on the recent advancements in CSU's semiconductor program, notably the expansion plans for the Summer Internship Program for Women and Underrepresented Minorities. The possibility of extending summer research and internship opportunities at Binghamton was also discussed.
A significant topic of discussion was the recent submission of a collaborative proposal by CSU and Binghamton for the NSF-NRT program. This program aims to train the next generation of professionals in semiconductors and electronics manufacturing. Should the proposal be accepted, it will facilitate a seamless transition for students completing undergraduate studies at CSU to relevant graduate programs at Binghamton. This transition includes offering graduate assistantships and complete tuition waivers to these students.
Furthermore, the visit served as an opportunity to identify future collaboration opportunities that CSU and Binghamton can jointly pursue to secure additional support for research and educational activities. Both teams agreed to start acting on the action points from this meeting beginning in the Spring 2024 semester.

Image

In an exciting step forward for collaborative education, two groups of CSU students recently visited the University of Cincinnati (UC) campus for specialized cleanroom training. These sessions, held on the Saturdays of November 18 and December 2, mark a significant milestone in the hands-on learning experience for these aspiring professionals.
Under the guidance of three dedicated CSU faculty members, Drs. Ajayi-Majebi, Petry, and Hadizadeh, the students underwent a comprehensive half-day training focusing on the basics of clean room operations. This practical exposure is a crucial component of the Intel-funded OASiS project (Ohio-southwest Alliance on Semiconductors and Integrated Scalable-Manufacturing), led by UC.
In addition to the on-site training, the students are also required to complete a comprehensive 20-hour online rapid certificate program. This program encompasses five key modules: 1.) Introduction to Semiconductor Processing Environment (Cleanroom) and Safety Protocols; 2.) Chemicals in Semiconductor Fabrication; 3.) Introduction to IC Fabrication Processes; 4.) Introduction to Semiconductor Manufacturing and Equipment Safety; and 5.) Professional Skills. These modules are carefully designed to offer a comprehensive insight into the semiconductor manufacturing process and the vital safety protocols associated with it. The training not only imparts technical knowledge but also places a strong emphasis on professional skills, preparing students to excel in a competitive and rapidly evolving industry.
The collaborative initiative between CSU and UC through the OASiS project aims to bridge the gap between academic learning and industry demands and produce a new generation of skilled professionals ready to take on the challenges of the semiconductor industry.

Image

Image

October 25, 2023 — The CHIPS for America team and JobsOhio hosted a University Partners Roundtable, where Dr. Hadizadeh represented CSU alongside other key university partners from the Intel Semiconductor Education and Research Program (SERP), such as the Ohio State University, University of Cincinnati, Case Western, Ohio University, and Kent State. The agenda focused on examining the impact and importance of our collaborative efforts with Intel and partner universities, developing strategies to train a technical workforce with a special emphasis on including women and underrepresented minorities, and initiating plans to engage K-12 students in semiconductor-related fields.

The purpose of the CHIPS for America team's visit to Ohio was to assess Ohio's resources and capabilities to explore options for state-wide funding, particularly for developing semiconductor manufacturing "clusters". These clusters are intended to foster an ecosystem that includes research and development labs, fabrication plants, chip packaging facilities, and essential suppliers. With Intel's recent investments in semiconductor domain, Ohio is emerging as a promising location for hosting one of these two clusters.

Image

October 24, 2023 — The CSU campus recently had the honor of hosting Miss Karen R. Owens, a Senior Legislative Affairs Specialist for CHIPS for America. Her visit to Ohio in late October was focused on identifying potential workforce partners within the state.

The meeting saw the participation of several distinguished members including Dr. Kuti, the VP for Research and Economic Development; Dr. Rahunanthan, Dean of CESTA; Dr. Hadizadeh, CSU's Intel project director; and other CSU's Intel team members including Dr. Abdallah, Dr. Ajayi-Majebi, Dr. Cao, Dr. Ahmed, and Dr. Khan.

During the meeting, Dr. Khan provided an update on the progress of CSU's Intel Semiconductor Education and Research Program. He discussed advancements in curriculum development, including the introduction of a certificate program in semiconductor processing and a minor in computer hardware technology. He also shed light on the development of key laboratory infrastructures such as the semiconductor simulation lab, the microfabrication lab, and the FPGA lab. Furthermore, he highlighted the achievements of the workforce development initiatives, particularly the successful execution of the Intel-sponsored 2023 Summer Internship Program for Women and Underrepresented Minorities.

Miss Karen R. Owens, in her address, outlined potential funding opportunities available through the Creating Helpful Incentives to Produce Semiconductors (CHIPS) for America program. She emphasized the ways in which CSU along with other academic and industry partners could collaborate with CHIPS for America and other state agencies to further semiconductor initiatives. A significant point of discussion was the establishment of a semiconductor undergraduate degree program at CSU, which would play a crucial role in training a diverse and skilled workforce for the future of the industry.

Image

Oct 31, 2023

Dive into a limitless future of tech with Central State University’s innovative minor program in Computer Hardware Technology, offered by the prestigious Semiconductor Education and Research Program in the John W. Garland College of Engineering, Science, Technology, and Agriculture. 

This 14-credit-hour online program, created in collaboration with Intel industry experts, is designed to train skilled workers for the microelectronics and semiconductor industry. The program provides an in-depth understanding of various topics related to electrical and electronics engineering. 

“Our Computer Hardware Technology program welcomes individuals from diverse backgrounds, including high school graduates, university students, and those seeking a career change,” said Mohammadreza Hadizadeh, Ph.D., director of the Semiconductor Education and Research Program at Central State. “This program provides a strong foundation in microelectronics and invaluable job opportunities with industry-leading companies like Intel.” 

Electrical and electronics engineering is a diverse field that requires a wide range of skills and knowledge. This program aims to provide students with a comprehensive understanding of the fundamentals of circuit analysis, digital systems, microprocessors, and manufacturing science. Additionally, it covers more advanced topics such as Enterprise Resource Planning (ERP), Very Large-Scale Integration (VLSI) design and fabrication, and Artificial Intelligence (AI), which are becoming increasingly important in today's technological era.

By the end of the program, students will be equipped with the necessary skills to excel in their chosen field. They will have a deep understanding of the theory behind these technologies and will be able to apply this knowledge to real-world situations.

The program will provide hands-on experience through practical assignments and projects, ensuring that students are fully prepared for a career in this exciting and rapidly growing field. 

Unleash your career prospects and become a driving force in the growth of this industry. Apply today and be part of the next generation of tech pioneers. 

For additional information on the Minor in Computer Hardware Technology Program, contact Mubbashar Khan, Ph.D., at mkhan1@centralstate.edu. 

Image

Apply Today!

By joining the Intel Semiconductor Education Program at Central State University (ISEP-CSU), you can unlock a world of opportunities and pave the way toward a fulfilling and prosperous career with Intel's new $20-billion manufacturing hub in New Albany, Ohio. 

Central State is committed to addressing the shortage of skilled workers in the semiconductor industry. By enhancing its existing manufacturing and computer science programs, the University is preparing a diverse group of technicians and entry-level engineers for careers with Intel. 

ISEP-CSU provides a comprehensive certificate program that equips students with the necessary skills and knowledge to excel in lucrative careers in the semiconductor industry. With a focus on cutting-edge technology and interactive learning experiences, graduates of this program are well-prepared to enter the workforce and make a meaningful impact in the field. 

The new Semiconductor Processing Certificate at Central State is a 30-credit-hour, 100% online certificate program designed to be completed in less than a year. Besides tuition, there are no fees, eliminating the financial burden of purchasing expensive textbooks by offering them free using Open Educational Resources (OER).

"Whether you're a high school graduate seeking a strong start or a professional considering a career shift, our semiconductor processing certificate program opens doors to a dynamic industry and bridge to significant companies like Intel", said Dr. Mohammadreza Hadizadeh, Director, ISEP-CSU.

The program gives graduates the skills they need to be eligible for jobs at Intel's chip factory in New Albany, which is expected to be operational in 2025. According to Intel, the project will directly employ at least 3,000 technical skilled workers in Ohio, with tens of thousands more across suppliers and partners. 

"Central State University has established itself as a prominent leader in educating African American students in STEM areas, all thanks to our faculty's unwavering commitment to excellence in teaching, research, and service", said Dr. Arunasalam Rahunanthan, interim dean of the John W. Garland College of Engineering, Science, Technology, and Agriculture. "This program serves as a testament to our unyielding dedication toward creating a workforce in the semiconductor industry in the U.S."

The certificate program will prepare students for the dynamically growing world of semiconductors by equipping them with the skills and insights necessary to excel by combining comprehensive theoretical knowledge with practical experience. From exploring basic principles to diving deep into advanced applications, students are given the tools and education needed to shape the future in this field. 

For additional information on the Semiconductor Processing Certificate Program, please contact Dr. Mubbashar Khan at mkhan1@centralstate.edu.

Image

October 3, 2023

The Intel Semiconductor Education and Research Program (SREP) hosted its annual face-to-face meeting on October 3rd at The Ohio State University (OSU). This meeting brought together scholars, industry leaders, and students to discuss the progress, initiatives, and future goals of the SREP.

Highlights of the Meeting:

1. Opening Remarks: The event began with a warm welcome from the Interim President of Ohio State. In a moment of pride and recognition, a retired Physics professor from OSU also announced the 2023 Nobel Physics winner.
2. SERP's Progress: The director of Intel's University and Research program, Gabriela Cruz Thompson presented an overview of the SERP's first year, shedding light on the accomplishments and challenges faced.
3. Project Updates: Updates from eight Intel-funded projects were shared, offering insights into the advancements in semiconductor education and research. Dr. Mohammadreza Hadizadeh, the lead Principal Investigator of the Intel Semiconductor Education Program at CSU presented the latest developments from CSU's ongoing project and the plans for its second year.
4. Intel's Expansion in Ohio: Intel provided the attendees with the latest updates on their hiring activities in the Ohio region, signaling the growing presence and commitment of Intel in the state.
5. Diversity and Inclusion: A panel discussion centered on strategies for increasing diversity in the semiconductor industry, emphasizing the importance of fostering an inclusive environment in both academia and industry.
6. Student Experiences: The "SERP Student Spotlights" session allowed students to share their experiences and contributions to the program. One standout moment came from Mye’sha Burnett, a CSU intern, who detailed her enriching experiences from the 2023 Summer internship program organized by CSU and sponsored by Intel.

The event highlighted Intel's commitment to fostering education, research, and inclusivity in the semiconductor industry, and reaffirmed CSU's dedication to collaborating with Intel in training a technical workforce from underrepresented minorities and females.

Earn $300 while exploring the future of tech: Enroll in the University of Cincinnati's Rapid Semiconductor Certificate!

Image

Looking to launch your career in the booming semiconductor industry? Step into your bright future today!

🔍 Why enroll?

The University of Cincinnati has developed an accelerated certificate program on semiconductors tailored to equip you with all the essential knowledge and skills for Intel's upcoming jobs at the Ohio Chip factory. Plus, you'll earn a compensation of $300 upon successful completion!

📚 Course breakdown

Dive deep into 5 online modules (about 20 hours) packed with pre-recorded videos and quizzes:

• Module 1: Introduction to Semiconductor Processing Environment (Cleanroom) and Safety Protocols
• Module 2: Chemicals in Semiconductor Fabrication
• Module 3: Introduction to IC Fabrication Processes
• Module 4: Introduction to Semiconductor Manufacturing and Equipment Safety
• Module 5: Professional Skills

What's more?

• Cap off your learning with a hands-on 3-hour clean room training on the University of Cincinnati campus!
• Please ensure to complete the feedback form for the entire program, available online on Canvas.

✅ Get started NOW

Ready to be part of the next tech revolution?

• Register for the rapid certificate program here: Click to Enroll. It is a two-step registration (quick signup form and basic Data Form).
• Wait a few days to receive your UC username and password via email.
• Once you've got your credentials, dive straight into the course content here: UC Canvas Course Access

🔗 Need more info?

For detailed information about the certificate program and the compensation structure, get in touch with Dr. Hadizadeh at mhadizadeh@centralstate.edu.

We're thrilled to unveil a special glance into our Intel-sponsored Summer Internship Program with the release of our new video!

This initiative, generously supported by Intel and hosted at the Wright State University (WSU) campus, has not only fostered innovative technological advancements but also enriched the learning experiences of our talented interns. From hands-on projects to invaluable mentorship, the video showcases the vibrant and dynamic environment of the program.

We extend our sincere appreciation to Intel and our colleagues at WSU for their unwavering support and to all participants who made this program a roaring success.

Image

September 28, 2023 — Today, the campuses of CSU and Wright State University (WSU) welcomed Miss Melinda Murdock and Dr. Sowmya Venkataramani, Intel's top figures in education and research.

The day commenced at CSU with a warm reception, leading to a comprehensive meeting with the CSU Intel team. Prominent members at the meeting comprised CESTA's Dean Dr. Rahunanthan, CSU's Intel project director Dr. Hadizadeh, Dr. Ajayi-Majebi, Dr. Cao, Dr. Ahmed, and the session's lead, Dr. Khan. Dr. Khan provided insights on the progression of the Intel Semiconductor Education and Research Program at CSU. He detailed the latest updates on the development of a certificate program in semiconductor processing and a minor in computer hardware technology.

Furthermore, Dr. Khan shed light on the recent advancements in the development of the planned semiconductor simulation lab, the microfabrication lab, and the FPGA lab at CSU.

Post this informative session, Murdock and Venkataramani were accompanied on a tour across CSU's campus and were introduced to the Mathematics & Computer Science and Manufacturing Engineering departments. This presented a great opportunity for these Intel delegates to directly engage with CSU's students and summer interns, who are at the forefront of innovations under CSU's semiconductor program.
In the afternoon the delegation transitioned to the WSU facilities and they were introduced to WSU's cutting-edge Virtual Reality lab and the cleanroom facility that is a pivotal element in semiconductor fabrication and research.

The day concluded with a collaborative group discussion, bringing together representatives from Intel, CU, WSU, and AFRL teams. The main focus of this meeting was to brainstorm and discuss joint initiatives to promote workforce development within the semiconductor domain.

All in all, the visit by Intel's delegation to both CSU and WSU campuses marks an important day in the continued partnership between academia and industry.

Image

Central State University hosted a focused training session on the Semiconductor Device Analyzer on Tuesday, Sept. 14. The session was led by Michael Alimov of Keysight Technologies, offering attendees a deep dive into the equipment's applications and functionalities. Attendees included the CSU Intel team and collaborators from Wright State University. 

Training highlights:

• Demonstrations of the device analyzer's functions.
• Hands-on sessions with the equipment.
• Q&A segments addressing technical challenges.

Join the research team at Bowling Green State University for an exciting remote opportunity in the field of semiconductors. In the Fall 2023 semester, we are offering two open positions for individuals passionate about computational projects related to 2D semiconductors.

About the opportunity

• Host university: Bowling Green State University
• Semester: Fall 2023
• Compensation: $4,000/student
• Open positions: 2

Project Overview

Engage in cutting-edge research focusing on 2D semiconductors. Collaborate remotely with Dr. Liangfeng Sun to contribute to innovative computational projects.

If you're ready to be a part of this exciting opportunity, reach out directly to Dr. Sun at lsun@bgsu.edu to express your interest and learn more.

Image

August 15, 2023 — Central State University is excited to announce a unique scholarship opportunity for women pursuing STEM (Science, Technology, Engineering, and Mathematics) degrees in Ohio.

About the scholarship

Intel, in partnership with higher education institutions in Ohio, is offering the Intel Semiconductor Scholarship for Women. This scholarship is designed to support women currently enrolled or planning to enroll in a relevant program, with a focus on promoting diversity in the semiconductor manufacturing industry.

Eligibility

• Women currently enrolled or planning to enroll in a higher education institution in Ohio;
• Pursuing a STEM degree relevant to the semiconductor manufacturing industry; and
• Specific eligibility criteria can be found on the Intel Semiconductor Scholarship for Women website.

Programs included

This scholarship applies to students in the following new online programs developed under the CSU-Intel project:

• Certificate in Semiconductor Processing.
• Minor in Computer Hardware Technology.

Deadline to apply

The application deadline for this scholarship opportunity was Sept. 18, 2023. Watch for additional opportunities in the future.

How to apply

For more details about the scholarship and to apply, visit https://learnmore.scholarsapply.org/intel-women/.

Spread the word

We encourage all eligible students to take advantage of this incredible opportunity. Faculty and staff, please share this information with your students and encourage them to apply.

More information

For additional details, eligibility criteria, and application instructions, visit the Intel Semiconductor Scholarship for Women website or email intel-women@scholarshipamerica.org.

Image

On Monday, July 17, Central State dignitaries and a team of Intel experts visited the ongoing Central State University's Intel Summer Internship for Women and Underrepresented Minorities at the Wright State University campus. The team consisted of Jim Evers, vice president and Ohio Site manufacturing and operations manager at Intel; Williamson III Walter, Intel talent acquisition leader; Emily Smith, director of Public Affairs at Intel; and Hans Yeboah, Intel department manager.

Intel delegates were welcomed by Central State University Interim President Dr. Alex Johnson, along with distinguished individuals, including Dr. Eric Brooks (provost of CSU), Dr. Morakinyo A.O. Kuti (interim dean of CESTA and director of 1890 Land-Grant Programs), Mohammadreza Hadizadeh (CSU's Intel project director), Dr. Mahmoud A. Abdallah, Dr. Deng Cao, and Dr. Mubbashar A. Khan. The WSU team led by President Dr. Sue Edwards and comprised of administrations and faculty members were also present. Dr. Steven Bibyk from Ohio State University and Xiaowei Chen from Cedarville University, who are actively involved in the Intel-Sponsored Semiconductor Education Program at CSU, also joined this event.

"I extend my deepest gratitude to Intel for its unwavering commitment to diversity and for recognizing the immense potential within Central State University's student body. Together, we are forging a path toward a brighter, more inclusive future that empowers underserved communities, promotes equality of opportunity, and showcases the immense value of diversity in the semiconductor field," President Johnson said.

Dr. Khan provided the attendees with a brief overview of the Intel-sponsored Semiconductor Education and Research Program at Central State University. He also highlighted the summer internship program and other activities under this initiative. Following the presentation, the group held an interactive discussion session, followed by a guided tour of the laboratory facilities at WSU. These facilities are instrumental in providing training to interns throughout the summer.

Jim Evers presented the latest research and developments in the semiconductor industry along with Intel's strategic plan. He informed the audience about the chip factory that Intel was establishing in Ohio. Evers appreciated the successful training under the summer internship program. He motivated the interns by informing them about the current jobs at Intel and the opportunities that will open for a skilled workforce like them once the Intel chip factory is operational in 2025.

The CSU-led Intel Summer Internship Program for Women and Underrepresented Minorities is underway at the Wright State University campus. This eight-week intensive internship ran from June 5 to July 28, 2023. This internship program trains electronic hardware design, fabrication, and security students. The curriculum includes five courses that involve daily lectures and extensive hands-on lab practice. This summer, 20 interns from CSU, Wright State University, Stark State College, Sinclair Community College, and local high schools are being trained. With continued support from Intel, CSU intends to train an even larger pool of interns over the next two summers.

More information about the internship program is available at https://www.centralstate.edu/semiconductors/Intel.

Image

On July 10, the research team from Central State University hosted a virtual meeting with Dr. Paul R. Chiarot, associate professor and chair of Mechanical Engineering at Binghamton University. Drs. Mohammadreza Hadizadeh, Mahmoud A. Abdallah, Deng Cao, Emdad Ahmed, Mubbashar A. Khan, and Morakinyo A.O. Kuti represented Central State during the meeting. Faculties from Wright State University (Dr. Ahsan Mian and Fathi Amsaad) and Cedarville University (Dr. Xiaowei Chen) involved in CSU's Intel-sponsored Semiconductor Education Program also joined the event. The purpose of the visit was to explore possible collaboration opportunities in the future.

The CSU research team presented the activities conducted on the Intel-sponsored Semiconductor Education Program at CSU and the state-of-the-art laboratory infrastructure being developed under the project. The team introduced the certificate program in semiconductor education and a minor program in computer hardware technology, along with the new courses being developed as part of curriculum development under the semiconductor education program at CSU. The team also informed the attendees about CSU's ongoing Summer Internship Program for Women and Underrepresented Minorities being conducted at the Wright State University campus this year. The faculty members involved in the project presented their respective research and introduced different collaboration ideas during the discussion session.

Dr. Chiarot introduced the attendees to the semiconductor research facilities, the ongoing research activities, and some currently funded research projects in the semiconductor domain under the S3IP Center of Excellence at Binghamton University. Dr. Chiarot expressed his interest in CSU's Summer Internship Program, achieving a possible collaboration with CSU on the National Science Foundation Research Traineeship (NRT) Program and other appropriate proposals. Dr. Chiarot and faculty from CSU and WSU expressed their interest in establishing possible future semiconductor education and research collaborations.

Image

June 12, 2023 — Central State University is excited to announce receiving a batch of state-of-the-art Field-Programmable Gate Array (FGPGA) boards as a gift from Intel as part of the ongoing semiconductor education program at CSU. This exceptional gift is set to elevate the practical learning and research opportunities available to our students and faculty. 

FGPGA boards are a game-changer in digital technology. Unlike processors designed for fixed tasks, FGPGA boards can be reprogrammed post-manufactured to execute virtually any digital computing task, making them an incredibly versatile technological tool. 

From digital signal processing to cryptography, artificial intelligence, machine learning, and even software-defined radio, FGPGA boards find their applications in many advanced technological fields. These flexible boards also play a key role in creating high-speed networking equipment, leading-edge automotive systems, and advanced medical imaging equipment.  

According to Dr. Mohammadreza Hadizadeh, director of the CSU-Intel project, the FPGA boards donated by Intel will enrich the hands-on learning experiences offered in the Intel-sponsored summer internships at CSU, giving students an exceptional opportunity to engage with cutting-edge technology and will form the backbone of a brand-new FPGA lab at CSU.

"With the establishment of a new FPGA lab, we will be able to equip CSU students with training in advanced technologies and foster an environment that encourages pioneering research activities in computer science and engineering," added Dr. Hadizadeh.

Image

Image

Image

Image

Image

Image

Image

June 5, 2023 — The CSU-led Intel Summer Internship program for Women and Underrepresented Minorities is officially underway at Wright State University. This eight-week intensive internship, running from June 5 to July 28, aims to prepare the interns to equip them with skills and understanding of electronic hardware design, fabrication, and security.

The program, sponsored by Intel, is designed to train students for future jobs in Intel's upcoming Ohio chip factory, projected to be operational in 2025. The curriculum includes five courses that involve daily lectures and extensive hands-on lab practice. After a rigorous application process, 20 promising students were selected from CSU, Wright State University, Stark State College, Sinclair Community College, and local high schools from a very competitive pool of applicants.

Dr. Hadizadeh, the CSU-Intel project director, expressed tremendous excitement for the internship launch and the exceptional opportunity it offers the selected interns. "We are incredibly excited to kick off this internship program," said Dr. Hadizadeh. "It's an opportunity to contribute to diversity, equity, and inclusion in the semiconductor field, which we're highly proud of. This is our initial yet another significant step towards training our practical skills in the semiconductor industry."

Dr. Hadizadeh also expressed gratitude to Intel for their generous support and sponsorship of the Intel Semiconductor Education Program at CSU and to the Wright State University team for hosting and providing the ideal setting for this transformative educational experience, and CSU-Intel team for their diligent efforts in coordinating this summer internship.

Dr. Morakinyo Kuti, Associate Provost for Research at CSU, mentioned, "This effort represents how a public-private partnership can address societal concerns. The partnership between public institutions of higher education and Intel addresses the national security and economic security concerns for the USA to produce semiconductors domestically through an inclusive and diversified workforce."

Dr. Ajayi-Majebi, Professor of MFE, noted the considerable interest received from female and underrepresented student communities across various Ohio institutes. "This encouraging response is a strong indicator of the potential for future expansion in Semiconductor Education and Research at CSU for skilled-workforce development in the great State of Ohio. I believe that the interning students are on track to secure high upward mobility careers in the cutting-edge semiconductor technology field, with great salaries, benefits, and working conditions," stated Dr. Ajayi-Majebi.

Dr. Abdallah, who chairs the MFE department, elaborated on the state of semiconductor education at Central State University, stated: "Under the active leadership of Dr. Hadizadeh within our semiconductor program, we're making considerable progress in establishing a semiconductor simulation lab and a microfabrication lab right here at CSU." Looking toward the future, Dr. Abdallah shared his optimistic projection about the internship program. "By next summer, with Intel's sustained support, we anticipate being well-equipped to host the internship program right here on our campus. This development would also potentially enable us to expand the number of interns in the program."

Dr. Mubbashar Khan, a Research Assistant Professor at CSU, stated that "The internship program is the demonstration of the commitment of CSU and Intel towards achieving diversity in skilled workforce development in the semiconductor domain. The internship program and continued support from Intel will help in developing student interest in STEM fields, especially in the semiconductor domain."

As we embark on the Intel-Sponsored Summer Internship, we look forward to the innovative and impactful contributions some of these interns who choose to pursue a career with Intel will bring to the semiconductor industry.

Image

Image

Image

Image

Image

Image

Image

April 3, 2023 — Are you seeking an exceptional opportunity to jump-start your career at Intel?

Central State University, in partnership with Intel and Wright State University (WSU), is delighted to offer the Intel-Sponsored Summer Internship Program, specifically tailored for undergraduate and high-school students from female and underrepresented minority backgrounds.

Program details

Duration: June 5 to July 28 (eight weeks)
Location: Wright State University
Open to all students (basic high school mathematics required)

Scholarship benefits

$5,000 stipend and food allowance
Paid accommodation at WSU guest houses

Online application (by May 12, 2023)

https://shorturl.at/xN024

Internship curriculum

Introduction to Microelectronics Design (June 5-16)
Introduction to Microelectronics Security (June 19-30)
Introduction to Printed Circuit Board Fabrication and Design (July 3-14)
Introduction to Microelectronics Fabrication (July 17-21)
Additive Microfabrication of Electronics (July 24-28)

The program's goal is to train students in electronic hardware design, fabrication, and security, equipping them for future Intel job opportunities in Ohio. No prior experience or knowledge in microelectronics is necessary — just a basic understanding of high school mathematics is enough. This eight-week mentored training program includes 1.5 hours of lectures and 1.5 hours of hands-on lab practice, five days a week. The training will be held on the Wright State University campus from June 5 to July 28, 2023. We strongly encourage women and underrepresented minorities to apply for this remarkable opportunity.

For any questions, contact Dr. Hadizadeh at mhadizadeh@centralstate.edu.

April 4, 2023 — On Monday, April 3, 2023, the Intel Ohio team visited the campus of Central State University to share its expertise and explore potential partnerships. The day was filled with opportunities for learning and professional networking and providing valuable insights to both the Intel team and the CSU community.

The visit by the Intel Ohio team started with a tour of the Central State campus and the educational and research facilities at CSU. After the tour, the Intel team joined Central State University President Dr. Jack Thomas for lunch. During lunch, Dr. Hadizadeh, the lead PI of the Intel project, furnished an update on the progress being made under the project. Dr. Kuti, CSU's associate provost for research, also identified some additional areas where more investments from Intel can help to expand CSU's semiconductor program, mainly supporting workforce development from underrepresented minority classes.

The highlight of the visit was the informational presentation by Vice President Jim Evers, Intel's Ohio site manufacturing and operations manager. Evers shared insights on the latest technological advancements, future projects, and opportunities at the Intel Ohio factory. The presentation was informative and engaging, providing CSU faculty and students with a glimpse of the future of semiconductors. He also provided CSU students with information about current and future job opportunities in Intel's Ohio factory. This was an exciting moment for the students as they were thrilled to learn about the prospects of working for one of the top semiconductor companies in the world.

Image

April 4, 2023 — Dr. Mubbashar Khan has joined Central State University's Intel-Semiconductor Education team as a research assistant professor of Electronic Engineering Technology. He has been hired through the Intel grant at CSU for three years to support the Intel-funded project.

The project aims to train Central State students in semiconductor technology through the development of a new certificate program in semiconductor processing, a minor program in computer hardware technology, several new courses related to semiconductors and microfabrication, and establishing microfabrication and simulation labs at CSU.

Dr. Khan holds a Ph.D. in Engineering from the University of Toledo and worked as a postdoctoral research associate at North Carolina Agricultural and Technical State University, where he gained valuable experience in cognitive radios, genetic algorithms, fuzzy logic, machine learning, and operationalizing autonomy. His research interest includes testing and evaluating autonomous systems, safe deployment of Connected Autonomous Vehicles, induction of unmanned autonomous systems into conventional/traditional processes and procedures, and performance analysis and autonomy in Human-Robot Collaborative settings.

As a research assistant professor of Electronic Engineering Technology, Dr. Khan will bring his expertise to the project and help drive innovation in the semiconductor industry. The CSU Intel team is excited to work with Dr. Khan and leverage their knowledge and expertise to achieve the project goals.

On Tuesday, January 31, the CSU Intel team welcomed a visit from the Powerex team, which included Dr. Scott Leslie (chief technologist), Garold Mobley (project manager — CHIPs ACT), Jeremy J. Shaffer (senior sales engineer — consultant), and Donnie Voland (semiconductor process engineer). The goal was to explore prospective collaborative ventures and partnerships concerning the CHIPS Act Innovation Training Hub and Center.

The visit facilitated discussion about shared interests, notably education and training initiatives for workforce development within the semiconductor industry. Drs. Ganapathy, Amsaad, Ahsan from Wright State University, and Dr. Chen from Cedarville University joined the Powerex team for this one-day visit.

The meeting was fruitful, providing a platform for participants to exchange their expertise and views on the CHIPS Act and the enhancement of the semiconductor workforce. This was a positive stride toward establishing robust partnerships and collaborations among CSU, partnering universities, and the industry.

May 1, 2023 — Central State University is thrilled to share its latest affiliation with the Midwest Semiconductor Network. This notable alliance, brought together by leading research entities from Ohio, Michigan, Illinois, and Indiana, aims to accelerate advancements within the semiconductor and microelectronics sectors. Our mutual mission is to take on the industry's research challenges and address the crucial need for skilled workers within Ohio's semiconductor workforce.

October 27, 2022 — Central State University in Wilberforce, Ohio, is seeking a highly motivated individual for a full-time, three-year, non-tenure-track research assistant professor of Electronic Engineering Technology position beginning in January 2023.

The position is in the broad areas of semiconductor materials and devices. The successful candidate is expected to develop an independent and externally funded research program that involves undergraduate students, teach new and existing courses, and work to advance diversity, equity, and inclusion in the semiconductor field.

Central State University values the diversity of faculty and staff and encourages applicants from diverse backgrounds to apply. For full consideration, application packages should be submitted by Nov. 30, 2022, through the CSU careers website at https://careers.centralstate.edu/postings/6405. Review of applications will begin immediately and continue until the position is filled.

For any inquiries regarding this position, contact Dr. Mahmoud A. Abdallah at mabdallah@centralstate.edu.

• Research Assistant Professor of Electronic Engineering Technology
• Application deadline: 11/30/2022
• Details and applications: https://careers.centralstate.edu/postings/6405

Image

On September 29, 2022, the CSU Intel team, comprising Dr. Hadizadeh, Abdallah, Ajayi-Majebi, and Chen, visited Wright State University's (WSU) cleanroom facility. Dr. Elliet Brown, professor of Physics at WSU, led the tour.

Sept. 26, 2022 — Dr. Hadizadeh, Central State University's Intel project director, recently discussed the CSU Semiconductor Program with WYSO, the exclusive NPR News station in the Greater Dayton area. In the interview, Dr. Hadizadeh provided detailed insights into the innovative semiconductor education program at Central State University, a project proudly supported by Intel.

Listen to the story via WYSO.

On September 23, 2022, Columbus State Community College hosted the Intel Semiconductor Education Program kickoff event in Ohio. In attendance were the program directors for Intel University Research and Collaboration, along with representatives from the other projects that recently received funding from Intel.

Dr. Hadizadeh, CSU's Intel project director, provided an insightful overview of CSU's project, shedding light on the key objectives, which include the establishment of a certificate program in semiconductor processing, a minor program in computer hardware technology, student engagement through summer internship programs, and the development of microfabrication and semiconductor simulation laboratories at CSU.

This kickoff event marked an important milestone in the journey of semiconductor education in Ohio. It showcased Intel's commitment to supporting educational projects that aim to nurture talent and foster innovation in the semiconductor industry.

The funded projects promise to shape the future of semiconductor education and technology, enabling students to be part of groundbreaking work in this critical field. Stay tuned for more updates on this exciting initiative!

Image

On Sept. 20, 2022, Central State University was honored to host a team from Intel comprising Melinda Murdock, university relations manager at Intel, and Pia Wilson-Body, president of the Intel Foundation. The esteemed guests visited to discuss a recently funded Intel Education and Research Program at CSU. The grant aims to foster industry-academia collaboration and support CSU in preparing STEM students from underrepresented groups in the semiconductor field. Murdock and Wilson-Body engaged with CSU administration and faculty, exploring the grant's projected impact and touring CSU's facilities and labs.

Image

Sept. 9, 2022 — The groundbreaking celebration for the new Intel facility in Columbus, Ohio, took place on Sept. 9, 2022. Officials from the private and public sectors were on hand to share in welcoming the high-tech industry.
 
United States President Joe Biden was on the stage to applaud the efforts of Intel and other partners who made the Chips Act a reality. He recognized Central State University alum, U.S. Congresswoman Joyce Beatty, who stated, “This is a big day for a little black girl from Ohio who got a chance to ride on Air Force One. This is a day for us to celebrate one month ago on August 9. The president signing the Chips Act into law and turning this into, as they say, the Silicon Heartland." 
 
Biden said of Beatty, “I don’t think we could have gotten the Infrastructure Bill done without Joyce. I don’t know what you did in those last four hours, but you got it done."
 
Ohio colleges like Central State University, Ohio’s only publicly funded Historically Black Colleges and Universities, are ready for their share of 50 million dollars in partnerships with Intel and the federal government to help develop students who can work at Intel. 

CSU Provost Dr. F. Erik Brooks said, “We are proud of CSU’s Faculty and staff’s efforts in creating a new program in collaboration with other colleges and universities across Ohio that addresses Intel’s need and provides meaningful employment opportunities for our students.”

Intel announced the first phase of funding for its Ohio Semiconductor Education and Research Program. A recent Intel press release said, “During this first phase, Intel is providing 17.7 million dollars for eight proposals from leading institutions and collaborators in Ohio to develop semiconductor-focused education and workforce programs.” 

“The Intel Semiconductor Education Program at Central State University is our journey to promote diversity in the semiconductor field by creating a pipeline to provide practical learning experiences in semiconductor fabrication techniques and processes for underrepresented students and preparing them for Intel careers,” said Dr. Mohammadreza Hadizadeh, Central State University associate professor of Physics and CSU's Intel project director. “We are so excited to receive this award and work with Intel and our collaborators to train our students and develop a new phase of our education and research in semiconductor manufacturing."

“As the only public Historically Black University in Ohio, Central State University has an obligation to produce highly qualified graduates with the knowledge and skills necessary to ensure that the United States maintains its leading scientific and innovative edge in the global economy. CSU is excited to work with Intel as a higher education partner to create a diversified workforce that represents the full spectrum of the United States," said University President Dr. Jack Thomas. "Central State and our collaborative partners, including Columbus State Community College, The Ohio State University, Clark State Community College, and Wright State University, will create a pipeline that produces underrepresented students prepared for Intel careers by giving students knowledge and practical experience in semi-conductor fabrication techniques, processes, and equipment by establishing a semiconductor educational program at CSU."

“Central State offers Intel a unique opportunity to partner with an institution of higher education with a demonstrated record of producing highly qualified underrepresented graduates in manufacturing engineering and other fields necessary to meet Intel’s workforce demands,” stated Morakinyo A.O. Kuti, Ph.D., interim dean, John W. Garland College of Engineering, Science, Technology, and Agriculture and Director of the 1890 Land-Grant Programs.

“The Industrial Midwest is back! It was exciting to be in the Silicon Heartland at Intel’s groundbreaking with local, state, and national leaders. President Biden recognized Central State University for our partnership with Intel and CSU alum, Congresswoman Joyce Beatty, for her significant contribution to the Chips Act,’’ exclaimed Thomas.

Image

September 8, 2022 — On an inspiring day at the Central State University campus, Gabriela Cruz Thompson, director of University Research Collaboration at Intel Labs, Intel Corp, made a meaningful visit in the wake of a recent grant awarded to CSU by Intel, as a part of newly established Intel Semiconductor Education and Research Program for Ohio.

The grant forms part of Intel's strategic initiatives to prepare a technical workforce for its forthcoming chip plant, expected to be operational by 2025. This state-of-the-art facility will significantly advance semiconductor technology, and Intel is proactively preparing the workforce to meet this demand.

Gabriela Cruz Thompson has been pivotal in developing university-industry collaborations, making her visit particularly poignant for CSU's faculty and administration. The grant serves as a testament to Intel's commitment to fostering a strong relationship between academia and the industry, particularly in preparing underrepresented minorities in the semiconductor field.

Expressing his gratitude for Thompson's visit, Dr. Mohammadreza Hadizadeh, CSU-Intel project director, said, "We're excited about the potential of our partnership with Intel and look forward to the incredible developments this will bring."

The partnership with Intel highlights Central State's commitment to bridging the gap between academia and industry and producing a new generation of experts in the semiconductor field.