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RIT awarded $1.5 million to train 555 students in semiconductor program: https://lnkd.in/egnQaVE6 Rochester Institute of Technology has received $1.5 million in federal funding to get more semiconductor and microelectronics workers out into the world. This new initiative is called BRIDGE (the Broadening Research and Inter-Disciplinary Graduate Education for Microelectronics program), from the U.S. Department of Commerce by way of the CHIPS Act of 2022, and it looks to increase RIT’s semiconductor program graduates from 90 a year to 555 in the next two years. BRIDGE — which is designed to be a model program for other universities — creates new pipelines for students and workers. “(It provides) pathways to students from peripheral STEM fields, so if you are a student studying mechanical engineering, chemistry… We’re providing four new programs that allow them to access these new and exciting well-paying jobs,” says RIT associate professor Parsian Mohseni. #semiconductor #manufacturing #technology #innovation #chips  #semiconductormanufacturing #advancedtechnology #engineering #lithography #nonometer #research #development #AI  #mobileprocessors #EUV #DUV

Fridays are for exploring majors - What do the latest sneakers, cutting-edge medical products, and manufactured parts have in common? They all require the ingenuity of skilled product engineers and designers. At Penn College, students become critical thinkers capable of navigating any limitation. They enhance their problem-solving abilities, collaborate with talented teams, and use state-of-the-art software to create impactful designs. Watch this video to learn how our program prepares students to excel in the expansive world of engineering design. #PennCollege #MajorSpotlight #EngineeringDesignTechnology

-- Common Misconception About Protronics Students: We Are Running a Tech Tutorial. Protronics Students is a student club primarily catering to Engineering and SSLT students. Our club provides students with a learning platform and resources to experiment with the practical applications of their classroom theories. During Level 1 of Protronics Students, which spans one year, students are taught Electronics design and C++. Moving on to Levels 2 and 3, students are provided with guidance and resources while being grouped into teams to brainstorm, learn, and build projects collaboratively. Benefits of Being a Protronics Student: 1. Gain deep knowledge and understanding of your course at the university. 2. Develop the ability and technical knowledge needed to solve problems. 3. Learn to work effectively in a team environment. 4. Enhance communication skills and overcome stage fright. 5. Opportunities to participate in exhibitions and tech events. 6. And many more! --- #students #engineering #university #electronics #cpp

Hi everyone, I want to share with you an amazing article about a Stanford doctoral student who is making a difference in the world of engineering education. Aya Mouallem, a RAISE fellow and a Knight-Hennessy Scholar, is working on a project to design an accessible electronic circuit simulator for students with blindness or low vision. Her simulator uses haptic and digital components, with tactile and audio feedback, to enable blind students to independently create and test their circuits, as well as collaborate with sighted peers and instructors. Her project is supported by the RAISE Doctoral Fellowship program, which aims to foster community engagement and public service among doctoral students across disciplines. Aya's work is inspired by her own experience of overcoming hereditary vision loss with surgery. This article is a great example of how engineering can be used to empower and include people of all abilities and backgrounds. I admire Aya's passion and dedication to make engineering education more accessible and equitable for everyone. I hope you enjoy reading this article and learning more about Aya's inspiring journey and innovative project. Here is the link to the article: Engineering accessibility | Stanford News https://lnkd.in/dg-_zqCG

University of Maryland, Materials Science and Engineering and the Mechanical Engineering Departments are now part of the SCALE consortium. The UMD PIs are Prof Christou and Pat McCluskey. We are looking forward to participating in Radiation Hardening of Microelectronics with a concentration in wide bandgap semiconductors. About SCALE There is a global need for microelectronics that are safe, reliable, and trustworthy. However, the design and manufacturing of these microchips is challenged by a number of factors, including disruptions of the manufacturing chain as well as an urgent need for a rapid increase in the skilled microelectronics workforce. The Scalable Asymmetric Lifecycle Engagement (SCALE) network addresses this need. SCALE is the preeminent U.S. program for semiconductor workforce development in the defense sector. Led by Purdue University, funded by the Department of Defense and managed by NSWC Crane, SCALE facilitates a different approach to training highly-skilled U.S. microelectronics engineers, hardware designers, and manufacturing experts, ensuring U.S. leadership in this important area. SCALE provides unique courses, mentoring, internship matching and targeted research projects for college students interested in five microelectronics specialty areas: radiation-hardening, heterogeneous integration/advanced packaging, system on a chip, embedded system security/trusted AI, and supply chain awareness.

At Premier, our school model consists of 12 components, and each month we'll highlight one of them. This month, we are excited to emphasize the Research and Innovation component. At Premier School Management and Education Services, research and innovation are key pillars of our educational approach, with Fulton Science Academy (FSA) leading the way in pushing boundaries and inspiring creativity. Our mission is to provide students with real-world, hands-on experiences, merging cutting-edge technology with academic excellence. We are thrilled to announce that Fulton Science Academy has built a spacious, state-of-the-art Innovation Lab, featuring the latest tools, including the Tormach 1500MX CNC Mill, the first of its kind in K-12 schools nationwide! FSA students can now produce professional-grade metal parts, expanding their skills beyond 3D printing into real-world manufacturing techniques. This is a significant leap forward for our engineering and design program, offering students unparalleled opportunities to apply their creativity and technical knowledge. Thanks to this emphasis on innovation and hands-on learning, our students have achieved incredible success, including winning the State Championship in Future City, the State MathCounts Championship, numerous accolades in robotics and technology fairs, and being selected as the Student STEM Program of the Year by NCSSS. Unique to our model, we also offer a Creative Problem Solving class, ensuring students develop critical thinking and problem-solving skills that set them apart and prepare them for future challenges. At Premier-managed schools, students are encouraged to explore their passions through research projects, prototype development, and collaborations with industry professionals. We provide the resources and support for students to publish and present their work, with platforms like Scripta, our peer-reviewed academic journal, showcasing their remarkable achievements. From idea to innovation, our students are at the forefront of technology and creative problem-solving, and we can’t wait to see what they’ll create next! #ResearchAndInnovation #InnovationLab #STEAMEducation #Engineering #NextGenSTEM #FutureLeaders #PremierEducation

This is a really cool program that Rochester Institute of Technology (RIT) created to connect and collaborate with Rochester Unified School District and help give high schoolers hands-on experience with semiconductors and microchips. These are the kinds of experiences that can shape students' futures and expand their perception of what's possible in their lives. I absolutely encourage students and parents to explore different opportunities like these as they navigate high school. About RIT's program: "Last year, RIT was one of only six U.S. universities named as part of an international partnership announced by Micron Corp. and the National Science Foundation to improve competitiveness in computer chip design, development, and manufacturing. With an established microelectronic engineering degree program, one of the first in the country, RIT has more than 1,500 alumni working in the semiconductor field. The specialized program blends the theoretical knowledge and hands-on training required to design and build chips." Read more: https://lnkd.in/gM56rktw #RIT #microchips #highschool #college #collegeadmissions #admissions #jobs #careerreadiness #career #jobtraining #tech #engineering #rochester

Check our latest educational research done by a team of faculty from the School of Engineering Technology in the Purdue Polytechnic School at Purdue University with High School students to help engage students in STEM related fields such as mechanical, electrical and computer engineering and science. Activities related to science and technology disciplines were designed and conducted at one of the urban high schools in Indiana. Check the below paper if interested in learning more about the activities and get in touch with me if you are looking to repeat the activities or do a replica for similar interesting program. Paper Title: Empowering Diversity in STEM: A Collaborative Approach between Engineering Technology and High Schools https://lnkd.in/gaJmrTw4

Georgia Institute of Technology, Georgia Institute of Technology logo vector, University Logo, Us University Logo, Best University Logo Download Logo : https://lnkd.in/gZFSUgEm The Georgia Institute of Technology, commonly known as Georgia Tech, is a public research university located in Atlanta, Georgia. Here's a brief overview of its history: Founding: Georgia Tech was founded on October 13, 1885, as the Georgia School of Technology. It was established initially to provide technical and vocational education in the fields of engineering, mechanics, and applied sciences. Early Years: The school opened its doors in 1888 with 84 students and focused primarily on mechanical engineering. It was one of the first technological institutions in the Southern United States. Expansion and Growth: Over the years, Georgia Tech expanded its academic offerings to include a wide range of engineering disciplines, as well as programs in science, computing, architecture, business, and liberal arts. Research and Innovation: Georgia Tech has a strong emphasis on research and innovation, ranking among the top research universities in the United States. It is particularly noted for its research in engineering, computing, biotechnology, and sustainability. Integration and Diversity: Georgia Tech played a significant role in promoting racial integration in higher education in the South. It admitted its first African American students in 1961 and has since continued to prioritize diversity and inclusion. Campus and Facilities: The main campus of Georgia Tech is located in Midtown Atlanta, and it includes modern research facilities, academic buildings, residence halls, and sports facilities. The campus is known for its blend of historic and contemporary architecture. Athletics: Georgia Tech's athletic teams, known as the Yellow Jackets, compete in NCAA Division I as members of the Atlantic Coast Conference (ACC). The school has a strong tradition in football, basketball, and other sports. Impact and Reputation: Georgia Tech is recognized globally for its academic excellence, research contributions, and its role in fostering innovation and entrepreneurship. It has produced numerous alumni who have made significant contributions to technology, industry, and academia. Today, Georgia Tech continues to be a leader in STEM education and research, preparing students to tackle complex challenges and contribute to advancements in science, engineering, and technology. #GeorgiaInstituteofTechnology #GeorgiaInstituteofTechnologylogovector #UniversityLogo #UsUniversityLogo #BestUniversityLogo #GeorgiaInstituteofTechnologylogovectorai #GeorgiaInstituteofTechnologylogovectorsvg #GeorgiaInstituteofTechnologylogovectorpdf #GeorgiaInstituteofTechnologylogovectorpng

The Student Lab is your pathway to career success in electronics design. Imagine what’s possible when you possess the industry-leading skills and tools that not only set you apart but open doors to a future filled with boundless opportunities. The lab is not just a collection of tools and resources; it's a career accelerator designed to equip you with practical, hands-on skills. Sign up today to kickstart your career: https://bit.ly/47lWOpD Explore the Altium Education Curriculum: https://bit.ly/3XvqltV #altium #education #resources #studentresources