eConnections
eConnections
Message from the Head
It is a new year and new semester at Purdue University — and I find myself approaching both from a contemplative perspective. Like 2020, I think it is safe to say 2021 was a trying year for many of us. Yet, oddly enough, — for me anyway — it also seemed to rush by in an instant. Throughout the year, my focus and attention were almost exclusively on ensuring we continue to do well by our students, staff, and faculty. Of course, this is something all school heads focus on, but — the next thing I knew — 2022 had already arrived. In just these past 12 months, we have seen more than 200 students earn their undergraduate and graduate degrees. We also opened our Online Master’s Program — and in the short time it has been up and running, it already achieved national recognition as the back-to-back #2 online master’s program in the country. It now joins our Graduate and Undergraduate programs as repeat, nationally-recognized, top 10 programs in the United States. We have also continued to improve and expand our physical facilities and educational opportunities for our students. All the while, our staff and faculty continue to be world-leaders in research that spans a very wide range of issues from resilience to natural disasters here on Earth to continued research on establishing sustainable habitats on distant planets. Much of the same can be said of our alumni and friends, too. I have read numerous articles and heard from my colleagues about some of the incredible strides you have taken over the past year — and it fills me with pride to be associated with you. I know for a fact that our school would not be where it is, and could not have achieved so much without your continued support and the examples you set. So, with the rest of 2022 ahead of us, let us all strive to make this a memorable and momentous year, together. And, if you find yourself on campus, please be sure to stop by Hampton Hall. I would love to catch up and learn about your plans for this year as well. All the best,
Rao S. Govindaraju
Undergraduate Program Ranked No. 6 in the NationThe Lyles School of Civil Engineering remains a top 10 civil engineering undergraduate program in the United States. U.S. News & World Report has released its national rankings of undergraduate programs for 2022 with Purdue Civil Engineering ranked #6 in the nation. The rankings are computed from the responses to a survey sent to deans, heads, and selected senior faculty. Purdue Civil Engineering has been consistently ranked in the top 10 by U.S. News & World Report for over a decade. Overall, Purdue University's College of Engineering undergraduate program was ranked 10th in the nation.
Online Graduate Program Ranked No. 2 in the NationThe Lyles School of Civil Engineering's Online Master's Program has been recognized as #2 in the nation for the second year in a row. U.S. News & World Report has released its national rankings of Best Online Graduate Programs for 2022 with Purdue Civil Engineering ranked #2 overall. The rankings are based on engagement, faculty credentials and training, expert opinion, services and technologies, and student excellence. Purdue Civil Engineering's Online Master's Program — along with the school's graduate and undergraduate programs — is a top 10 program in the nation, rated by USNWR rankings. Purdue University's Online Master's in Engineering Program was ranked #3 in the nation by USNWR. For more information about Purdue’s 2022 rankings, visit:
Congratulations, Class of 2021!Congratulations to the 80-plus graduate and undergraduate students who earned their civil engineering degrees in December! We wish you the very best and look forward to your return visits to campus.
Homecoming ReturnIt was so wonderful to see alumni and friends back on campus for Purdue Football’s homecoming game. Our traditional homecoming breakfast returned as well — and it was a treat to see so many come by and visit. We hope to see even more of you next fall. Boiler up! Upcoming Events
Get Connected!The Lyles School of Civil Engineering has several ways for you to stay up-to-date with our activities and accomplishments. One of the best ways is to subscribe to our social media channels. We have active Facebook, Twitter, LinkedIn, and Instagram accounts. Join us, interact, and share!
NHERI Receives $5 Million in Funding from NSFThe Natural Hazards Engineering Research Infrastructure (NHERI) has been awarded $5 million in funding through 2025 by the National Science Foundation (NSF). NHERI is a multi-hazards research community focused on mitigating the impact of earthquakes, windstorms, tsunamis, storm surges and other water-related hazards on our nation's civil infrastructure and society. The Network Coordination Office (NCO), physically located at Purdue University, serves as the administrative headquarters for NHERI's nation-wide network of 11 research facilities. Julio Ramirez, Karl H. Kettelhut Professor in Civil Engineering, serves as NHERI-NCO Center Director. The NCO’s Education and Community Outreach (ECO) team administers the network’s annual Research Experience for Undergraduates (REU) program. The ECO also holds an annual Summer Institute for early career faculty, graduate students, and K-12 educators to learn about NHERI resources and NSF support for natural hazards research. The Network Independent Advisory Committee offers guidance to the NHERI Council, which is comprised of NHERI site principal investigators. Along with network governance, the NCO provides many avenues for community participation and encourages researchers to join network-wide committees that make decisions about experimental scheduling, educational activities, user satisfaction, tech transfer, and Science Plan development. Purdue Research Team Awarded Nearly $1 Million NSF Grant to Develop Cyber-Physical Systems Solution for Autonomous BuildingsA Purdue research team led by Panagiota Karava, Jack and Kay Hockema Professor in Civil Engineering, has received a grant of nearly $1 million from the National Science Foundation to develop cyber-physical systems (CPS) aimed at reducing the energy consumption of buildings. The team also includes Jianghai Hu, Professor of Electrical and Computer Engineering, and Ilias Bilionis, Associate Professor of Mechanical Engineering. Collectively, buildings account for 40% of the US primary energy usage and CO2 emissions and 70% of the electricity consumption. Furthermore, buildings put a tremendous strain on the power grid as they are largely responsible for the peaks in energy demand. Making buildings smarter through the deployment of sensors, actuators, and controllers, which collectively serve as the backbone of building CPS, can achieve more than 30% annual energy savings and can also significantly smooth peak demand. Thus, smart buildings are vital to a sustainable energy future. However, the road to large-scale realization of smart buildings is inhibited by their heterogeneity, which requires engineering customized, site-specific, and, thereby, costly solutions. The goal of this project is to develop a CPS solution for autonomous buildings that will enable non-expert building managers to deploy asset-specific, smart control policies. The advantage of the proposed solution relies on the fact that the approach can be applied on a large-scale without any human intervention. The resulting software solution is the Artificial-Intelligence-Enabled Building Energy Expert (AI-BEE) and it will be demonstrated using simulations and experiments at the Center for High Performance Buildings at Purdue University. The proposed research will result in foundational contributions in core CPS areas, including machine learning and control, that will be translational to other application areas, such as large-scale energy systems (power grid), transportation, civil infrastructure, and unmanned vehicles. More information on this project, including the full abstract, can be found on the NSF website.
The Lyles School of Civil Engineering faculty members have been sharing their research through Medium — an online publishing platform. Stories submitted by our professors include research into deep neural networks used to monitor nuclear reactors, autonomous and connected vehicles, and smart testing for resilient infrastructure. You can find their articles and more at https://purdueengineering.medium.com
Thanks for keeping us up to date with your contact information, life events, and career news. Send your updates to: Kathy Heath at heathk@purdue.edu.
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