Anand Sarwate receives Outstanding Engineering Faculty Award

Associate Professor Anand Sarwate has received the Outstanding Engineering Faculty Award.   The award was presented by Dean Alberto Cuitino and Department Chair Yingying Chen.

Since joining the Department of Electrical and Computer Engineering faculty in 2014, Anand Sarwate has established a reputation as a leading researcher in areas such as statistics, machine learning, information theory, distributed optimization and signal processing, and privacy-preserving data analysis.  A recipient of the prestigious NSF CAREER award, he has received more than $6 million in funding from federal agencies including the NSF, NIH, PNNL, and DARPA for projects on which he is PI, as well as those on which he is a co-investigator.  He has received a five-year renewal on an NIH subaward on a collaborative project for enabling decentralized analysis of neuroimaging data, as well as a research contract from the Pacific Northwest National Laboratories (PNNL) to develope deep neural networks for machine learning and artificial intelligence applications.  His growing publishing portfolio addresses issues in various ECE subfields, while he serves as an associate editor and consulting editor for IEEE publications.

ECE faculty Zhao Zhang received NSF CAREER Award

ECE Assistant Professor Zhao Zhang has received his career award from NSF. The project is “CAREER: Efficient and Scalable Large Foundational Model Training on Supercomputers for Science”. The total value is $599,707 for a five-year period starting Summer 2024.

Training foundational models at extreme scale is time consuming, prone to low utilization and limited scalability, and human effort demanding. This NSF CAREER project addresses the convergence, performance, and scalability gaps of large foundational model pre-training on supercomputers with innovative algorithm, system, and interface design. In addition to the algorithm and computer system innovation, this project contributes to translational computer science by lowering the barrier of large foundational model training and the time consumption of scientific deep learning, thus enabling significantly more scientific research to embrace large foundational models. The research results will be publicly available in the form of open source software to the wider community with comprehensive documentation on the design and usage to help users from all domains.
 
Congratulations to Zhao! 

Interactive Intro to Engineering in Fall 2023

During the week of November 6 to 10, 2023, the ECE Department hosted about 900 undergraduate freshman students in 42 personalized sessions to teach them about the differences between electrical and computer engineering, the ECE curriculum, research in ECE, IEEE, career opportunities available in electrical and computer engineering fields, and the ECE BS/MS program. The goal of Intro to Engineering is to build rapport with freshmen who already decided on an ECE major, bring more interest to SOE students who don't know much about ECE, and gently persuade undecided freshmen to choose ECE as their major. They heard from faculty and staff and had the opportunity to apply what they learned in an ECE pumpkin printed circuit board (PCB)soldering activity. 

We look forward to our incoming class of ECE students in the Fall of 2024!

ECE Colloquium - Irons Lecture - Prof. Scott Acton, University of Virginia

 

This is a Henry R. and Gladys V. Irons Endowed Lecture

 

The next ECE Colloquium is Wednesday, November 15th from 10:20 - 11:40 in COR - 101 and Dr. Scott Acton from the University of Virginia will be presenting. He will be presenting a talk titled, Visual Revolution: The Power of Images, Video, and Machine Learning. More information can be found in the flyer below. 

Anand Sarwate will receive Outstanding Engineering Faculty Award

Dean of Engineering Alberto Cuitino announced that ECE Professor Anand Sarwate will receive the Outstanding Engineering Faculty Award.  The award is bestowed in recoginition of Prof. Sarwate's exceptional performance in teaching and outstanding research.  The award recognizes the strong commitment  and dedication of exceptional faculty.  The award will be presented at 4 PM on Monday November 20th at the SOE Faculty Awards ceremony.

Congratulations on this excellent achievement!

                              

ECE faculty Shriram Ramanathan received a new grant from DARPA

ECE Professor Shriram Ramanathan has received a new grant from DARPA. This is a collaborative proposal with Columbia University (Lead) and University of Wisconsin. The project is ‘Electron-doping-induced low-loss modulation of visible light using nickelate alloys’. The total value is $1M (Rutgers portion $315K) for a two-year period starting this Fall semester. 
 
Despite substantial research efforts, solid-state material systems with widely tunable optical indices and low optical losses across the visible have proven to be elusive. The development of such a material system with sufficient tuning dynamics will be valuable for photonics, with applications that include high-resolution spectroscopy and imaging. The principal goals of this collaborative project are to discover new semiconductor crystal alloys for tunable optical devices via film deposition synthesis protocols and their broadband optical characterization studies and develop new techniques for realizing tunability of optical properties.
 
Congratulations to Shriram!  

Rutgers IEEE Micromouse teams took 1st and 3rd place in MIT Micromouse Competition

On October 7th, 2023, two teams, "RATZ" and "RemIEEE," representing the Rutgers IEEE Micromouse division, participated in a Micromouse Competition held at the Massachusetts Institute of Technology (MIT). The primary objective of this competition was to construct a robotic "mouse" capable of autonomously navigating to the central 2x2 portion of a 16x16 maze in the shortest time possible. The event was organized by IEEE Region 1 and was hosted as a part of the IEEE MIT Undergraduate Research Technology Conference.

Before the official competition commenced, teams were granted the opportunity to conduct test runs with their robot mice and make any necessary adjustments. Subsequently, all participating teams gathered in a lecture hall to provide brief presentations about the design and functionality of their robotic creations.

During the official competition, each team was allotted 10 minutes to make attempts with their robot mice. The starting point for each mouse was the bottom-left corner of the maze, and if teams needed to reset their runs, they were required to place their mice back in this initial position. Judges were responsible for monitoring the remaining time for each team and assessing how close each team's mouse came to reaching the center of the maze. As none of the mouse robots successfully reached the maze's center, the rankings were determined by the proximity of each mouse to the center rather than the time taken. Team RATZ secured first place by coming closest to the center of the maze, while team RemIEEE claimed third place for having the third closest distance to the center.

ECE BS/MS Information Session

 

ECE Students,

Learn how ECE Undergraduate Students can accelerate their careers by completing a Master’s degree in as little as one year!

  • Exposure to more advanced topics
  • Entry-level jobs for MS students usually offer higher salaries and involve more interesting work
  • Seven ECE MS specializations including new Machine Learning

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Women in ECE Event

 
ECE Students,
We want to learn about your experiences in ECE!  All students are invited to attend the Women in ECE event on Wednesday, November 1st at 7 p.m. in EE-240. We will be discussing how all students can feel empowered and represented within the field of Electrical and Computer Engineering. Some topics discussed will include obstacles for women in ECE, how we can empower women academically and professionally, and ideas to enhance mentorship and connections among female students.

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