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ECE Department News

Stony Brook ECE course on the Effect of Radiation on Electronics

Photo of Sun
Space Saturn Sun

A new three-credit, graduate online course this Spring 2025, entitled ESE 551 Electronics and Radiation Effects, may be of interest to engineers and technical people including physicists working in industry.

Offered by Stony Brook University’s Department of Electrical and Computer Engineering and taught by Professor Thomas Robertazzi, the course covers the effect of radiation (from space or earth-based sources) on electronics.  Radiation can damage electronics either permanently or in a transient fashion. The topic is relevant to designing electronic circuits for spacecraft.

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Electrical and Computer Engineering Department Congratulates Dmitrii Etingov: Top 5 Finalist in the 2024 NGN Paper Competition

Dmitrii Etingov
Dmitrii Etingov

 

The Electrical and Computer Engineering Department is proud to announce that Dmitrii Etingov has been named a top 5 finalist in the prestigious 2024 NGN Paper Competition. His research has captured the attention of the judges, showcasing his exceptional skills and innovative approach to advancing the field.

As a finalist, Dmitrii has been invited to present his work at the upcoming Grid of the Future Conference in Raleigh, North Carolina. During this conference, he will deliver a 10-minute presentation to an esteemed audience, followed by a Q&A session, where he will engage with industry leaders and felllow innovators. This recongnition highlights Dmitrii's commitment to pushing the boundaries of knowledge and contributing to the future of energy and power systems.

The entire ECE department congratulates Dmitrii on this remarkable achievement and wishes him the best as he prepares to showcase his research at such a significant event. His hard work, perseverance, and passion for his field continue to inspire our academic community.

We are excited to see the impact his research will make at the conference and beyond.

Distinguished Professor Djuric to be Installed as Savitri Devi Bangaru Term Professor in Artificial Intelligence


Professor Djuric
Distinguished Professor Djuric

 

We are excited to announce that Petar Djuric from our department will be formally installed as the Savitri Devi Bangaru Term Professor in Artificial Intelligence. This prestigious event will take place at the upcoming Investiture Ceremony, and we invite the academic community to join us in celebrating this important milestone.

Event Details:

  • Date: Friday, October 25, 2024
  • Time: 11:00 AM
  • Location: Charles B. Wang Center Theater

This occasion will be a wonderful opportunity to come together as a community in support of Petar Djuric and to recognize the unity and excellence within our department.

A reception will follow the ceremony, and we warmly invite all attendees to join us for light refreshments.

Please RSVP by Friday, October 18th here.

For further inquiries, feel free to contact us at advancement_events@stonybrook.edu or call (631) 632-4466.

The Electrical and Computer Engineering Department looks forward to celebrating this momentous occasion with you!


Rachel Leong is Awarded 2nd Best Student Project at the Eindhoven Semiconductor Summer School (ESSS)


Rachel Leong
Dr. Shihab Al-Daffaie, Rachel Leong, and Prof. Aida Todri-Sanial

We are thrilled to congratulate Rachel Leong, a master's student from our Electrical and Computer Engineering Department, for her impressive achievement at the Eindhoven Semiconductor Summer School (ESSS) hosted by the Technical University of Eindhoven (TU/e) in the Netherlands.

Over the course of a dynamic and challenging five-day program, students from around the world immersed themselves in cutting-edge advancements in semiconductor technology. The ESSS brought together 60 students from nine countries, representing 16 universities, offering a unique opportunity for them to collaborate, learn from industry leaders, and engage with global experts.

 

      

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Associate Professor Peter Milder Recieves SBU/BNL Seed Grant


Peter Milder
Associate Professor Peter Milder

We are trilled to announce that Associate Professor Peter Milder, in collaboration with Professor Emre Salman and Professor Tom Robertazzi, and Dr. Xiaodong Jiang of Brookhaven National Laboratory, has been awarded a SBU/BNL Seed Grant for their proposal, "Next Generation Diagnostic Tests for Radiation Tolerant AI Hardware." This underscores the innovative research taking place within the Electrical and Computer Engineering Department at Stony Brook University.

The grant is funded by the Office of the President and the Brookhaven National Laboratory (BNL) Affairs Office. These funds will support the team's research, which aims to develop advanced diagnostics tests for AI hardware that can withstand radiation. The project holds promise for enhancing the reliability and robustness of AI systems in enviornments exposde to high levels of radiation, such as space exploration and nuclear facilities.

 

 

 

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The Future: Space Weather and Accelerator Training

  2024 Velio Marsocci Outstanding Student Branch Award
Image Credit: NASA

Space weather refers to the variation in the flow of high-energy charged particles in space from the sun and from outside the solar system. It can especially degrade or damage living things, such as astronauts, and electronics in spacecraft. As we enter a period with a greater presence in space, promising a new age of exploration and economic growth, there is a need to understand the effect of radiation on people and electronics and how to mitigate its harmful effects.

The most widely used approach to reach this understanding is through simulating space radiation on Earth using particle accelerators. Brookhaven National Laboratory on Long Island used its high-energy, heavy-ion synchrotron to host NASA biology researchers studying this unique radiation as far back as the 1990s. The NASA Human Research Program (NASA HRP) studies human spaceflight compatibility, which led to the opening of a dedicated space radiation laboratory at the accelerator in 2003, now called the NASA Space Radiation Laboratory (NSRL).

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Stony Brook University's ECE Department Offers Online Course in Reliability Theory for Industry Engineers 

  2024 Velio Marsocci Outstanding Student Branch Award
Reliability theory optimizes electric power systems

This fall, Stony Brook University’s Electrical and Computer Engineering Department is offering an online course in Reliability Theory, a subject of significant interest to industry engineers. Reliability Theory is a versatile field with applications spanning across aerospace engineering, electronics, manufacturing, and software engineering. The principles of good reliability engineering have been instrumental in delivering the trustworthy products and services that we rely on today.

The course, ESE 540, delves into the mathematical and statistical methods used to evaluate the reliability of systems composed of various components. It covers analytical models of system analysis, lifetime distributions, repairable systems, warranties, preventive maintenance, and software reliability.

 

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Online Electrical Engineering Degree: Opportunity for Nontraditional students 

  Grad Photo
 

The Department of Electrical and Computer Engineering is proud to offer our online Bachelor of Science (BS) degree in Electrical Engineering. This program is tailored to meet the needs of non-traditional students who balance work and family responsibilities.

The online BS degree has been available since 2012 and is designed for students who have completed the first two years of college, potentially at a community college.

 

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Chantalle McKim is awarded the Dean's Award for Excellence in Service by a Graduate Program Coordinator 

  2024 Velio Marsocci Outstanding Student Branch Award
Graduate Program Coordinator Chantalle McKim

Chantalle McKim is recognized for her excellence in service at Stony Brook University. As a staff member of the Electrical and Computer Engineering department at SBU, Chantalle has been recognized for her exceptional contributions to the university.

Chantalle's contributions to the Electrical and Computer Engineering department have been exceptional, playing a significant role in the university's functions and its commitment to deliver education that is both pioneering and comprehensive.

 

 

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ECE IEEE wins Velio Marsocci Outstanding Student Branch Award 2024 

  2024 Velio Marsocci Outstanding Student Branch Award
2024 Velio Marsocci Outstanding Student Branch Award

The Electrical and Computer Engineering Department is thrilled to announce that our IEEE Student Branch has been awarded the esteemed 2024 Velio Marsocci Outstanding Student Branch Award. The award was presented at the IEEE Long Island Awards Banquet held at the Crest Hollow Country Club on March 21, 2024.

 

 

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PhD students Laiba Bilal and Marija Iloska compete in SBU 3MT 2024: Laiba Bilal Wins People's Choice 

Marija Iloska  Laiba Bilal
                           Marija Iloska                                                        Laiba Bilal

The Three Minute Thesis (3MT) competition challenges SBU graduate students to present their dissertation research findings to a general audience in just three minutes, using only one PowerPoint slide. The goal is to engage all their communication skills to make their research vivid and engaging while emphasizing its key point without jargon.

This year, two exceptional PhD students from the Electrical & Computer Engineering department, Laiba Bilal and Marija Iloska, made their mark in the SBU 3MT 2024 event.

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The Future: Space Weather and Accelerator Training 

Space System                  
 

Space weather refers to the variation in the flow of high-energy particles in space, originating from the sun and outside the solar system. This weather can degrade or damage spacecraft electronics. As we enter a new age with an increased presence in space, understanding the effect of radiation on electronics and mitigation strategies becomes crucial.

The most common approach to gain this understanding involves simulating space weather radiation on Earth using particle accelerators. Despite its widespread use, a shortage of facilities and trained personnel currently exists. Plans are underway to create new facilities, including an expansion at Long Island’s Brookhaven National Laboratory (BNL). This expansion will provide the radiation community with thousands of additional hours for experimental testing, aligning with the growing demand for space operations.

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Stony Brook University's ECE Department Offers Online Course in Reliability Theory for Industry Engineers 

Space System                  
Reliability theory optimizes space systems

This fall, Stony Brook University’s Electrical and Computer Engineering Department is offering an online course in Reliability Theory, a subject of significant interest to industry engineers. Reliability Theory is a versatile field with applications spanning across aerospace engineering, electronics, manufacturing, and software engineering. The principles of good reliability engineering have been instrumental in delivering the trustworthy products and services that we rely on today.

The course, ESE 540, delves into the mathematical and statistical methods used to evaluate the reliability of systems composed of various components. It covers analytical models of system analysis, lifetime distributions, repairable systems, warranties, preventive maintenance, and software reliability.

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Susan Nastro is honored with SUNY Chancellor’s Excellence Award

     President Maurie McInnis with Susan Nastro                  
President Maurie McInnis with Susan Nastro

Susan Nastro is recognized for her excellence in Professional Service at Stony Brook University. She is one of the 22 faculty and staff members who received the prestigious SUNY Chancellor’s Award for Excellence for the 2022-2023 academic year. This award is a testament to her outstanding contributions and dedication to her field.

Susan's work in the Electrical and Computer Engineering department has been of the highest caliber, contributing significantly to the university’s operations and its mission to provide innovative and inclusive education.

 

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