Greetings from the East Village and welcome to the latest Shoop’s Stoop!

Our students and faculty continue to do amazing things! I encourage you to take the time to read all the articles in this newsletter. They include student activities and successes, faculty contributions and accomplishments, curricular initiatives, and alumni activities.

One of the exciting things to report is that at the end of December, we received notification that the Albert Nerken School of Engineering was selected by the American Society for Engineering Education (ASEE) for its Bronze-level recognition, the highest level issued in this application cycle, as part of the ASEE Diversity Recognition Program (ADRP). The program was established to publicly recognize engineering and engineering technology colleges that make significant, measurable progress in increasing the diversity, inclusion, and degree attainment outcomes of their programs. This is an external peer review and recognition from ASEE confirming our commitment to advancing diversity, equity, and inclusion and inspires us to continue to improve the climate we are striving for at Cooper.

After nearly a year effort, we have published a new Research Brochure that highlights eight research concentration areas: Bioengineering; Materials and Fluids; Autonomy, Control, and Cyber-Physical Systems; Machine Learning, Data Science, and Artificial Intelligence; Theoretical and Computational Science; Signal Processing and Communications; and Pedagogy. Our website has been updated with the new research brochure content so I would encourage you to visit it and take a look!  This provides important strategic communication to both undergraduate and graduate admissions candidates, potential external collaborators, our accreditors, and even to our own students who are interested in pursuing research with our faculty.

We have had a focus this year on student success. Previously, Associate Dean Ruben Savizky developed the Academic Resource Center (ARC) which provides an umbrella for the tutoring program in the School of Engineering. He also initiated a First-Year Seminar Series that has content including but not limited to time management, dealing with stress, what is engineering, and diversity, equity, and inclusion. In January, we identified a physical space that we will dedicate to the tutoring program that also provides an opportunity for mentoring through some of our professional societies. In cooperation with several of our very best tutors, we are also developing a week-long online summer program for incoming first-year engineering students to help them make the transition from high school to the rigors of Cooper. The intent is to provide some disciplinary review of high school math, chemistry, physics, and computer science while also including topics with an overview of the academic program, study skills, time management, and mental health resources.

Finally, earlier this month, I had the opportunity to attend the 2022 American Society of Engineering Educators (ASEE) Engineering Dean’s Institute (EDI). This was a gathering of nearly 200 engineering Deans from across the country. EDI provides an opportunity for engineering deans - and only deans - to gather and discuss the crucial issues facing their schools, colleges, and profession. For a few days, a single-stream program fosters dialogue between deans, industry leaders, and those in important roles in research and government. Deans share best practices, learn about career prospects for their graduates, and develop a voice for engineering education and the role of engineering in society. The major areas of discussion included diversity, equity, and inclusion, including more ethics in the engineering curriculum, the emerging role of engineers in addressing climate change, and future directions of engineering research. The keynote address by Dr. Arvind Krishna, IBM Chairman and CEO, discussed both the importance of industry engagement and the future of Artificial Intelligence (AI) and Machine Learning (ML), Cloud Computing and Quantum Computing. The good news is that our staff and faculty have already been discussing many of these topics, so the Albert Nerken School of Engineering is at the forefront of engineering programs!

Thank you again for sharing your valuable time with me on Shoop’s Stoop! It continues to be an exciting time to be part of the Albert Nerken School of Engineering. I look forward to sharing additional updates in future editions.

 
Barry L. Shoop, Ph.D., P.E.  |  Dean of Engineering  |  Albert Nerken School of Engineering

As we quickly approach the end of Fall Semester 2021, I ask that you again join me on Shoop’s Stoop where I share some of the great things happening in the Albert Nerken School of Engineering.

The fall semester began with a palpable feeling of relief, excitement, and promise as we returned to in-person learning in 41 Cooper Square. Students, faculty, and staff have all been thankful to return to a sense of normal, albeit with masks and weekly testing. The classrooms, labs, shops, and makerspaces have all been humming and even with the masks, you could sense smiles on everyone’s faces!

With the return to in-person learning I have returned to my classroom visitation routine. I have been visiting classes across the school as a way to observe the wide variety of teaching techniques and pedagogies being used, better understand the curriculum, and provide feedback from my nearly 30-years of higher education experience. I had the opportunity to refresh my memory on topics including Lagrange multipliers, P=NP? problem or Turing machines, adiabatic, isothermal, and other thermodynamic processes and the Carnot cycle, computation of settlement and diffusion in environmental systems and others – it was epic! I am happy to share that I observed a lot of active, student-centered, project-based learning as well as effective teaching pedagogy. I am confident that our faculty are preparing our students to succeed in the dynamic and increasingly complex world they will enter upon graduation.

Over the summer of 2021, the Board of Directors of the IDC Foundation awarded The Cooper Union a three-year grant totaling $471,000 in support of the proposed IDC Innovation Initiative: Innovation at the Intersection of Architecture and Engineering. This grant will support (1) IDC Foundation Innovation Fund for the Deans of Engineering and Architecture to launch new interdisciplinary and cutting-edge enterprises and (2) IDC Foundation Art, Architecture, Construction and Engineering (AACE) Lab Advancement Fund from which faculty and students can propose and implement their own burgeoning innovative ideas and galvanize activity in the new AACE Lab. The first year of this effort has already seen progress. In Civil Engineering, one of our capstone project teams selected as their project to design a new student center for the Cooper Union in a currently empty lot next to our existing residence hall at St. Marks and 3rd Avenue. For the first time, the civil engineering capstone team has integrated students from the Irwin S. Chanin School of Architecture. Additionally, Professor Cosmas Tzavelis from Civil Engineering is collaborating with Professor Julian Palacio from Architecture to design a new interdisciplinary course that will use the AACE Lab to explore transformative ideas about the relationship between structure, form, materials and new technologies for design and fabrication. It’s exciting to see activities at the intersection of civil engineering and architecture!

In early November, our chemical engineers took the American Institute of Chemical Engineers (AIChE) Annual Meeting in Boston, MA by storm! We had four tenured and tenure-track faculty and 12 students and alumni present results of research conducted at Cooper. In addition, several of our students received awards in the Undergraduate Research Poster Competition. You can find details of this in an article in this issue of the newsletter.

Also in November, we had the distinct pleasure of hosting Dean Kamen for a conversation with our engineering students. Dean Kamen is an American engineer, inventor, and businessman. He is known for his invention of the Segway and the iBOT all-terrain electric wheelchair, as well as founding FIRST Robotics. He is a member of the National Academy of Engineering, the National Inventors Hall of Fame, received the National Medal of Technology and Innovation, the Hoover Medal, and the Lemelson-MIT Prize for inventors, among many, many others. He is the founder and CEO of DEKA Research and Development in New Hampshire. He was at Cooper looking for exceptional engineering talent. It was a great opportunity for our students to engage with someone of his talent, experience, and vision!

I encourage you to take time to read all the articles in this newsletter. They include student activities and successes, faculty contributions and accomplishments, curricular initiatives, and alumni activities.

Thank you again for sharing your valuable time with me on Shoop’s Stoop! It continues to be an exciting time to be part of the Albert Nerken School of Engineering. I look forward to sharing additional updates in future editions.

Barry L. Shoop, Ph.D., P.E.  |  Dean of Engineering  |  Albert Nerken School of Engineering

Welcome back to Shoop’s Stoop! The start of a new academic year marks a renewal, a continuation of a journey of learning, exploration, and growth. Our return to in-person learning is filled with anticipation as our returning students look forward to reengaging with the Cooper community that they so missed over the last 18-months and our first-year students are truly excited to begin their journey. I can tell you that the campus felt electrified during the first-year welcome and orientation week! With this newsletter I want to share some of the things that happened over the summer in the Albert Nerken School of Engineering since our last update in June. 

First, you will notice a new graphic for Shoop’s Stoop. We had the great fortune to have Dayi Novas, a 2020 graduate of the School of Art, as the Art Director for the virtual 2021 School of Engineering End-of -Year Show and she agreed to use her creative talents to develop it. 

In our June newsletter, I mentioned a number of students who were going to take advantage of our expanded summer study abroad program in the summer of 2021. Students engaged in research at the University of Burgos in Spain and at Reykjavik University in Iceland and others participated in a humanitarian engineering effort in Guatemala in partnership with the Barbara Ford Peace Building Center. I encourage you to read the article in this newsletter that provides more detail about these cultural immersion experiences. The summer study abroad program is supported by the Victor and Eleanor DiFranco Endowed Fund and the E. Durbin and J. Morris Innovation Fund. 

During the summer, six of our tenured and tenure-track faculty members spent part of their summer engaged in efforts to support our comprehensive curriculum review. They collaboratively undertook activities focused predominantly on the common curricular experiences of all engineering students. This effort began with benchmarking of best practices of subjects including modern professional skills, the first-year experience, mentorship, support for a diverse student body, diversity, equity and inclusion, the common curriculum, programming, ethics, and others. The resulting 148-page report was distributed to the full-time faculty and will be used to inform the completion of the comprehensive curriculum review during this academic year. 

Our incoming first-year class is very strong. We admitted 147 students into the Class of 2025, again exceeding our target of 135. There are 32 students majoring in Civil, 33 in Chemical, 34 in Electrical, 32 in Mechanical, and 16 in General Engineering. Women comprise 40% of this class and 15% identify as underrepresented minorities. 21% of this class self-identified as the first in their family to attend college and the class has citizens of 13 different countries. About 79% of our students live in New York or New Jersey. Qualitatively, this is a class composed of many talented and accomplished musicians and artists. This cohort includes singers, pianists, violinists, jazz musicians, dancers, and more. More than one student has performed at Carnegie Hall. From studying music theory to starting literary magazines, students shared their passions around the intersection of art, music, and engineering. This class has already engaged in research. Students have pursued research in bioengineering, machine learning, sustainable energy, and climate change with a few examples including developing a low-cost solar-powered refrigeration container for communities without electricity, conducting carbon reduction research, studying the effects of prenatal drug exposure in adolescents, developing a “smart cane” utilizing 3D depth imaging, and designing a pair of glasses that deploy eye drops in your eye if the user cannot do it themselves. And finally, this class made a profound impact in their communities and share a commitment to social justice, from organizing a book drive for schools in Bhutan and in Haiti, to installing water pumps along the border in Cambodia, to spending hours tutoring their peers, or participating in activism around climate change, race, and equity. We are truly excited to add this class to our Cooper Community! 

We had several upper-class EE students take some great initiative just prior to the beginning of the academic year to build community and technical skills. Members of the leadership of the IEEE Student Branch created and conducted an IEEE Open Projects Space workshop the week before the First-Year Welcome & Orientation Week. The workshop introduced first-year students and sophomores to the EE lab and to basic EE test, measurement, and troubleshooting skills by building some simple Arduino-based electronics projects. It also helped fill in some equipment familiarization gaps left by last year’s online modality and provided a jump-start for the first-year students. It provided some early community building among students attending and students running the program. This workshop also provided a pilot for a subsequent year-long experience based on the UCLA IEEE Open Project Space Program. 

I shared previously that last year we introduced for the first time the Vertically Integrated Project (VIP) course structure in order to improve the project-based experience of our students. VIP courses engage students in a project-based experience over multiple semesters to apply disciplinary knowledge and gain important professional skills. Last year we introduced three VIP courses: one on the topic of Smart Cities, another focused on Solar Decathlon, and the third was Cooper Union Motorsports. This year, in addition to these three VIP courses we are adding a fourth: Frontiers of Bioengineering. 

On September 13, the 2022 U.S. News & World Report rankings were released. The school has moved-up in overall ranking to #9 in Best Undergraduate Engineering Programs where a doctorate is not offered. In the Regional Colleges North category, Cooper continues to be #1 Best Value, tied for #1 Most Innovative Schools, tied #3 for Undergraduate Teaching, and #4 for Ethnic Diversity. 

Finally, I encourage you to take some time to read the articles included in this newsletter. There is a lot going on in the School of Engineering. In addition to the article about our summer study abroad program, there are articles about faculty research, alumni and student fellowships and scholarships, and a few of our student competitions.  

Thank you again for sharing your valuable time with me on Shoop’s Stoop! It’s an exciting time to be part of the Albert Nerken School of Engineering. I look forward to sharing additional updates in future editions. 

​​

Barry L. Shoop, Ph.D., P.E.  |  Dean of Engineering  |  Albert Nerken School of Engineering

Welcome back to Shoop’s Stoop! We successfully completed yet another academic year and I want to share some of the exciting things that happened in the Albert Nerken School of Engineering since our last update in March.

This year we had a total of 87 undergraduate and 37 graduate students graduate from the School of Engineering. For our undergraduates this included 19 Chemical Engineers, 14 Civil Engineers, 28 Electrical Engineers, 23 Mechanical Engineers and 3 General Engineers. On Wednesday, May 26, we conducted an in-person Commencement in The Great Hall that included 60 members of the Class of 2020 and 78 members of the Class of 2021. 

This summer several of our students were able to take advantage of our expanded summer study abroad program. Our summer study abroad program is an opportunity for students to conduct research in a university lab or work on engineering-focused humanitarian projects at one of our international partner institutions while experiencing a cultural immersion. This year Daniel Tsarev, an electrical engineer, will travel to the University of Burgos in Spain and will focus on creating a digital twin of a current flow battery and exploring methods for creating digital twins for flow batteries. Eddie Zlotskiy, a civil engineer, will conduct research with faculty at the Reykjavik University in Iceland. His research will focus on determining how the physical characteristics of microplastics affect atmospheric transport through emissions, air and the water cycle. Finally, Joya Debi, electrical engineer, Seena Seon, chemical engineer, and Brandon Bunt, general engineer, will accompany Associate Dean Lisa Shay on a humanitarian effort in Guatemala in partnership with the Barbara Ford Peace Building Center. This team will research and recommend options for disposing of the organic waste produced at the Barbara Ford Center and explore the feasibility of making a solar-powered drip irrigation system that could be used in off-grid locations. The summer study abroad program is supported by the Victor and Eleanor DiFranco Endowed Fund and the E. Durbin and J. Morris Innovation Fund.

As I shared in the March newsletter, the composition of the engineering faculty continues to change as we hired one additional new full-time, tenure-track faculty member who will join us in the fall semester of 2021. Alice Pisani will join the Department of Physics coming to us with an undergraduate degree from the University “Sapienza” in Rome, Italy, and Ph.D. from the Institut d’Astrophysique de Paris (IAP) and Université Pierre et Marie Curie in France. Most recently she was at Princeton University where she was an Associate Research Scholar and Cotsen Fellow in the Princeton Society of Fellows. Alice will be the first Cooper faculty member to hold a joint appointment as an Assistant Professor of Physics at Cooper Union and as an Associate Research Scientist at the Center for Computational Astrophysics of the Simons Foundation’s Flatiron Institute.

I am pleased to announce the appointments of two of our faculty members as distinguished professors. Eric Lima, Professor of Mechanical Engineering, was appointed as the inaugural Distinguished Professor of Bioengineering and Mili Shah, Associate Professor of Mathematics, was appointed the C.V. Starr Distinguished Professor of Engineering. The Distinguished Professor of Bioengineering will teach classes, conduct leading-edge research involving undergraduate and graduate students, and coordinate and synchronize the various bioengineering efforts across the School of Engineering. The Distinguished Professor of Bioengineering is a three-year appointment supported by the new $1.6M bioengineering foundation grant. The individual selected as the C.V. Starr Distinguished Professor of Engineering will lead research activities and forge connections to high-technology businesses with needs in engineering research services. The C.V. Starr Distinguished Professor of Engineering is a two-year appointment supported by The Starr Foundation. Please read the spotlight articles in this newsletter about both amazing faculty members.

In addition to accomplishing our teaching mission, faculty in the School of Engineering continued to innovate and evolve our curriculum and student offerings. Computer Science (CS) has been a topic of interest and discussion since before my arrival in January 2019. During the summer of 2020, a CS Implementation Planning Committee that included Professors Fred Fontaine, Sam Keene, Carl Sable, Mili Shah and myself began a detailed planning phase for a new CS Program for Cooper Union. Topics of investigation included the organizational structure, degree type, whether to seek ABET accreditation, preliminary thinking about the curriculum and course offerings, what is uniquely Cooper about the new major, delivery modality, the possibility of faculty joint appointments and a faculty capacity analysis. This semester a complete computer science curriculum was developed and presented to the Curriculum Committee and approved at the March 25 meeting. The CS Program was then presented and approved by the full faculty at the April 13 meeting. The CS Program will be vibrant, strong, and uniquely Cooper. It will be closely aligned with the mission and reputation of the school and will interface closely with the other programs at The Cooper Union and provide benefit to the institution, as a whole. The CS Program will include a Bachelor of Science (BS) CS degree program and a Master of Science (MS) CS degree program. While the organizational structure and curriculum for this CS Program have been developed and approve by the faculty, we will pursue actual implementation only after we secure external funding that will sustain this new program. We are now in the process of pursuing funding opportunities to bring this exciting CS Program to Cooper Union.

Similarly, in the area of curriculum innovation, bioengineering continues to be a disciplinary area of interest for both faculty and students. You will recall that in the January newsletter I reported that the Albert Nerken School of Engineering received a three-year, nearly $1.6M grant to unify and raise awareness of bioengineering and biomedical education, research, and project activities at Cooper Union. I am pleased to report that this semester, faculty completed the development of a new Bioengineering Minor which was approved by the Curriculum Committee at the March 25 meeting and by the full faculty at the April 13 meeting. In addition to their majors, students now have the opportunity to pursue academic excellence through three minors within the School of Engineering including a Mathematics Minor, a Computer Science Minor and now the new Bioengineering Minor. 

In 2020, the Albert Nerken School of Engineering assembled an Engineering Advisory Council (EAC) comprised of experts from industry, academia, and government for the School of Engineering as a whole and the four ABET accredited engineering majors: Civil Engineering, Chemical Engineering, Electrical Engineering, and Mechanical Engineering. A listing of our EAC members can be found on our website, at /engineering/about/engineering-advisory-council. The purpose of the EAC is to provide direct input to the School of Engineering and individual departments regarding current and future needs for our graduates. The EAC met virtually as a whole for the first time on April 20, 2021. Smaller breakout sessions were held by each of the four ABET-accredited majors with members with relevant disciplinary expertise. The EAC provided input and insights to assist the School of Engineering, broadly, including emerging technology areas, modern professional skills, the skills, knowledge, and experience desired by industry, and best practices in engineering education. Additionally, the EAC provided separate input and feedback to the four ABET-accredited majors including curriculum feedback and support to ABET accreditation by reviewing the Student Outcomes and Program Educational Objectives. As the School of Engineering embarked on a comprehensive curriculum review this year, the EAC also provided input to assist with ensuring the Cooper Union engineering curriculum is producing graduates that can succeed in a dynamic and increasingly complex world. 

Thank you again for sharing your valuable time with me on Shoop’s Stoop! You should know that these are just a few of the highlights – the tips of the waves – of activities in the School of Engineering. It’s an exciting time to be part of the Albert Nerken School of Engineering. I look forward to sharing additional updates in future editions of Shoop’s Stoop!

Barry L. Shoop, Ph.D., P.E.

Dean of Engineering

Albert Nerken School of Engineering

Thank You to Our Donors!

As we conclude this Academic Year, I want to take this opportunity to recognize and personally thank our donors who make possible many of the exciting initiatives in the School of Engineering. Our donor contributions support activities like curriculum innovation, student travel to competitions and conferences, project opportunities, workshops, student mentors, student awards and many others. This year, those institutional and individual donors who have contributed $10,000 or more to the Albert Nerken School of Engineering are identified here.