Intel Semiconductor Education Program

About

Exceptional programs

  • The online semiconductor processing certificate program, offered by the John W. Garland College of Engineering, Science, Technology, and Agriculture at Central State University, is your gateway to learn from experienced professionals and gain practical skills that open doors to job opportunities in leading companies like Intel.

Summer 2024 Internship

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Intel-Sponsored Summer 2024 Internship

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

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!

Summer 2023 Internship

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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.

Booklet_Intel_Summer_Internship.pdf


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)


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News & Photos

News & Photos

Explore the latest developments and updates in our projects by browsing the news posts below. Additionally, view a selection of photographs highlighting our semiconductor education and research program at CSU.

1
Ohio Governor Mike DeWine Announces Super RAPIDS Grant Recipients
2
Ohio Governor Mike DeWine, Kevin Hoggatt, Intel's Director of State Government Affairs for Ohio, and the CSU team.
3
Lieutenant Governor Jon Husted, Kevin Hoggatt, Intel's Director of State Government Affairs for Ohio, and the CSU team.
4
Kevin Hoggatt, Intel's Director of State Government Affairs for Ohio.
5
CSU and SUNY-Binghamton Strengthen Collaboration
6
From Classroom to Cleanroom: CSU Students' Semiconductor Training at UC
7
Visit by the CHIPS for America Team to CSU
8
New Computer Hardware Technology minor designed in collaboration with Intel
9
New Semiconductor Processing Certificate at CSU
10
Intel Semiconductor Education and Research Program Annual Meeting Held at Ohio State University
11
Intel Education and Research Program directors visit CSU and WSU campuses
12
Semiconductor Device Analyzer Training
13
Intel executives visit Central State University's internship program
14
CSU and SUNY-Binghampton explore partnerships in semiconductors
15
Intel fuels innovation at Central State University with a gift of 50 FGPGA boards
16
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
17
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
18
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
19
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
20
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
21
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
22
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
23
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
24
CSU-led Intel Summer Internship for Women and Underrepresented Minorities kicks off at Wright State University
25
Paid Intel Summer Internship​ for Women and Underrepresented Minorities
26
Intel Ohio team visits CSU
27
Powerex and CSU Intel team discuss potential collaborations on CHIPS Act Hub
28
CSU joins Midwest Semiconductor Network
29
CSU Intel team tours Wright State University's Cleanroom Facility
30
Intel Semiconductor Education Program kickoff event
31
Intel leaders discuss new grant during CSU campus visit
32
Central State University's partnership with Intel is poised to provide new employment for students
33
Intel's Gabriela Cruz Thompson highlights semiconductor education during visit to Central State University

 

 

 

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    Our 2023 CSU interns proudly showcase the FPGA boards donated by Intel. A partnership that's not just about technology, but about creating futures.

    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.

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    Schematic representation of double-layered Transition Metal Dichalcogenides (TMDs). This configuration supports excitons both within the same layer (intralayer) and across different layers (interlayer).
    Schematic representation of double-layered Transition Metal Dichalcogenides (TMDs). This configuration supports both intralayer (within the same layer) and interlayer (across different layers) excitons.

    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.

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    Dr. Hadizadeh presented the semiconductor research project at NSF's Ideas Lab.

    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.