Stevens Institute of Technology: Admissions Blog

Undergraduate Research Fosters Innovation

Research has been a core value of the Stevens Institute of Technology education since its founding. From the Scholars Program to Technogenesis to Senior Design, research serves as a critical foundation of the Stevens experience, where undergraduates are engaged in sophisticated research usually reserved for graduate students at other universities. Stevens students look forward to and thrive on hands-on, practical research and its applications, in many instances seeing their work published, reach the patent stage, and/or presented at conferences.

Each year, students participate in a Research Colloquium, where they are able to share their research and outcomes with their peers, faculty, and industry partners. Projects run the gamut, covering topics in each major discipline.

Jennifer Wehof, an environmental engineering major and cooperative education student currently in her fourth year at Stevens, is working on a project entitled “After the Storm: Beach Recovery” as part of the Civil, Environmental, and Ocean Engineering department. Through the Scholars Program, she has worked with Dr. Jon Miller in the Davidson Laboratory since her freshman year. When this research opportunity became available, Jennifer wanted to work on it, but she also knew she wanted to study abroad. Dr. Miller helped her balance both, and Jennifer was able to spend this past summer in the Netherlands while continuing her research. The project has since been submitted for inclusion in the International Conference for Coastal Engineering, which will be held in Spain this coming summer. If chosen, her advisor in Holland will present their work at the conference, where Jenny hopes to join him.

“Research is so important because it helps you be innovative and learn to form your own conclusions and ideas. Instead of relying on other people to tell me what’s next, I can research and figure it out on my own,” Jennifer explains. “Working on this project has opened my mind to other opportunities – I’m now considering a Ph.D. program. I can see myself being a professor and helping students the way my professors have helped me.” Jennifer also credits Study Abroad as a key component of her Stevens experience: “Being able to do research abroad was incredible, but being immersed in another culture while continuing my studies was invaluable.”

Thomas Tritt says he has always been interested in research because his dream is to pursue medical school after graduating from Stevens. Through the Technogenesis Summer Scholars Program, Thomas, a junior biomedical engineering student, has been involved with a project (“Development and Evaluation of a Novel, Real-Time Mobile Telesonography System in Management of Abdominal Trauma”) in conjunction with Hackensack Medical Center, working under Dr. Vikki Hazelwood and Ph.D. student Marissa Gray.

“Last summer, I was developing a protocol and collecting data for the project, but this summer I will be able to go even deeper into the project, helping Marissa publish a paper for her Ph.D.,” Thomas says. “It’s partially funded by the Department of Defense, so I will get to do research and data collection for them as well.” Thomas defines his research experience as allowing him to reach a “higher level of understanding for a particular field.” He hopes to focus on research in medical school and credits Technogenesis with helping him accomplish his goals at Stevens. He is also pursuing an Entrepreneurship minor, which he feels compliments his studies and research by helping provide fundamentals: “Entrepreneurship is the spirit of Technogenesis!” he adds. “Stevens provides an excellent educational background for students and then also affords them the real-life opportunities to do research hands-on,” Thomas asserts.

On another end of the spectrum, Stevens students are also participating in research that combines science and technology with art and music. Nick Catania, who is set to graduate in May, has a double major in physics & engineering physics and music & technology. His project – “Research and Development of an Interactive Learning Display for the Liberty Science Center” – has the potential to go live in the very near future. Nick knew he wanted to do something unique that would increase his knowledge in sound design and recording but also go a step further to really allow him a chance to conduct innovative research. With the help of his advisor David Musial, he met with the Liberty Science Center in Jersey City and the idea for creating a music video production experience for school children was immediately embraced. Though there are many layers in the development of this project, Nick is proud that he has been able to have a hand in them all. His advice to other researchers: Don’t ever be afraid to explore.

“When I first looked at this project, I was not thinking about the computer science part, but I explored and taught myself the programming language,” he explains. “I never thought I’d be where I am today when this started, but I wasn’t afraid to explore. Knowing the potential result continues to drive me.” Hoping to complete the project before graduation, Nick is excited to be able to give back to a younger generation through this music video display. Nick hopes that if it is successful at the Liberty Science Center, it will be replicated at other science centers. “If it has the impact I’m hoping, it will allow children to truly see the transfer of information between science and art. It will give them something to hold onto, and be inspired.”

Another project fusing science and art is “Building Immersive Image-Based Visualization Environments” that Caroline Amaba and Zachary Moy worked on together with advisor Brian Moriarty. Caroline will receive dual degrees in computer science and art & technology when she graduates in May 2012. The project started as a way to explore new ideas for incorporating research into art & technology. Together, they built the foundation for what they’ve nicknamed EVE – Explorable Visual Environs.

“For me, research was learning in a different way. It takes it way further than the classroom; because it is so hands-on, it helps you retain what you’re learning, and I really enjoyed that,” Caroline states. “We had to make our own goals and figure out what needed to be done. That was invaluable.”

In addition, Caroline and Zak co-authored two papers with their advisor that were accepted to two conferences. Professor Moriarty will present the paper Utilizing Explorable Visual Environments for Experiential Applications at the Conference on Systems Engineering Research in St. Louis this summer and Zak presented Implementation of Explorable Visual Environments for Cultural Heritage and Experience Applications at the International Conference & Expo on Emerging Technologies for a Smarter World in Hauppauge, NY last year.

“This project gave me so many new ideas for my art & technology final project as well. It has been an incredible resume boost and is helping to guide me to where I want to go in the future,” Caroline concludes.

Fall Spotlight on Summer Undergraduate Research

A Significant Stevens Advantage

Hundreds of students gathered at last week's Student Research Colloquium to display and discuss the research they led this summer. While a long-standing tradition at Stevens, the fall student research exhibit this year was a special highlight as the Colloquium kicked off a long weekend of exciting events celebrating the inauguration of Dr. Nariman Farvardin as the seventh president of Stevens Institute of Technology.

Among the packed crowd of students, faculty, and outside audience members attending the Colloquium, was the President himself, who expressed being inspired by the open forum. 

“I am overly excited about what I see. I am amazed that some of these students have started their research in their first summer at Stevens and are only in their second year now.  For them to do so much already is very impressive. These students are so bright, and I can see the spark in their eyes.” Dr. Farvardin added, “These are the leaders of the future.”

Access to research for Stevens undergraduates is one of the great advantages of being a student at Stevens and is an educational approach that is deeply rooted in Stevens' legacy. It's no surprise the Student Research Colloquium played an important role in the presidential inauguration this year. 

The research projects presented evolved from summer research in various disciplines, including chemical engineering, technology management, ocean engineering, music and technology, and many more. Students had access to hands-on research in collaboration with faculty mentors through two elite programs for especially high-achieving undergraduate students: the Stevens Scholars and the Innovation and Entrepreneurship Summer Research programs. 

 

Through their research activities, Stevens and Technogenesis Scholars acquire experience in advanced research, design, and business development projects and develop skills which, among many benefits, give them a leg up in the job market and/or disctinction as prospective graduate students of competitive graduate programs around the world.   

In addition to leading the inauguration weekend, the research exhibit was also distinct this year in the scope, diversity, and multidisciplinary characteristics of the students' work. "This year was a watermark in the history of our undergraduate research programs," said Shane Topping, Director of Undergraduate Admissions at Stevens. "The number of students, from across all the disciplines, as well as the broad range of projects they led are all very impressive indications of the limitless opportunities for hands-on, real-world, collaborative exploration and problem-solving here at Stevens." 

Victoria Baldwin, class of 2013, completed her project on photovoltaic efficiency through nonporous anti-reflective thin films. “As renewable energy continues to grow in significance each and every day, so does its compatible power sources, particularly in the photovoltaic field,” said Baldwin. “The question is whether photovoltaic efficiency can be significantly increased in order to make this field a more reliable and effective source of power for consumers.” Chemical engineering and materials science professor and chair Ronald Besser served as the faculty advisor for Baldwin's work.

Nicholas Catania presented his project, "Research and Development of an Interactive Learning Display for the Liberty Science Center," advised by music & technology professor David Musial.  Catania is  majoring in engineering physics and music & technology.

Robert Moakler, a double major in physics and service oriented computing, created a project based on the human psyche. His research is based on the concept that groups of users can successfully lie on the Internet using services like Twitter and Facebook. Moakler named the project “Anatomy of a Lie.” Professor Jeff Nickerson of the Howe School of Technology Management served as advisor.

Joseph Huyett and Angela LoPiccolo, both sophomore mechanical engineering majors, partnered to research vibration energy harvesting. Mechanical engineering and nanotechnology professor Frank Fisher served as advisor. The goal of their project was to autonomously tune piezoelectric beams to ambient vibrations. Magnets were utilized in order to change the stiffness and resonant frequency of the beams. During the course of the experiment, the prototype was redesigned to reduce the play in the system. A linear potentiometer was added to transmit data about the position of the beams to a microcontroller. 

“It was a great experience. There was no one babysitting us during the research, so it really taught us how to be our own boss," said Huyett. "I now know the value of time management, and, overall, I feel like we accomplished a milestone that I am truly proud of.”

 

Associate Provost of the Office of Innovation and Entrepreneurship at Stevens, Christos Christodoulatos, took an opportunity to praise the research programs. “I think this is a tremendous success for our students and advisors,” he said. “Students are gaining experience through their projects, which emphasize innovation and entrepreneurship and teach our students the value and impact they have on society. They are given both the soft skills and business skills needed to compete in the real world.”

 

 

Designing the Future

When presented with a real-world problem, Stevens Institute of Technology students kick into gear, and not just because they're required to do so.  The Senior Projects Expo last week exemplified the reality that Stevens students not only develop the skills and knowledge to design solutions to challenging problems but that they enjoy the process!  

It was a beautiful day as faculty, staff, students, alumni, community members and friends gathered for Stevens’ annual event, a showcase of the senior year design projects of the graduating students from the Charles V. Schaefer, Jr. School of Engineering and Science, the Howe School of Technology Management, and the School of Systems and Enterprises.

The Expo is the culmination of the undergraduate education experience at Stevens. It allows students to apply the knowledge they have learned over four years to address a significant challenge in the areas of engineering, science, computer science, engineering management, and technology marketing and management. More than 100 groups were present at this year’s event – with outdoor exhibition space set up for the first time ever to accommodate the overflowing arena. 

"Every year, it is exciting to see the progress, teamwork, and execution of these concepts as ideas become reality," says Dr. Keith Sheppard, Associate Dean of Engineering and Science. "A number of these projects will go on in competitions, while others will make positive changes as industry applications. These students look forward to an incredible future."

The projects on display ran the gamut from alternative energy solutions to biomedical applications to innovative and efficient new vehicles. 

Team Five Guys was among the senior design teams displaying their projects in the Canavan Arena. Nyle Hammond, Edgar Barrios, Kyle Hanas, Elliot MacMillan, and Peter Yurkowski designed an interactive ordering solution for casual eating establishments, a project sponsored by Johnny Rockets, "The Original Hamburger," establishment in Hoboken, NJ. Their solution to inefficiency between front-end service and back-end management functions at restaurants that capitalize on maximizing table turnover? They designed a system that includes utilizing Apple iPads with the "Easy Pay Touch" hardware, docking stations, iOS mboile operating system software that integrates with the restaurant's POS system, and an administrative Web page. 

Essentially, they put touch-screen devices in the hands of customers, allowing them to choose and submit their orders directly to a ticketing system, generate and manage their bills, request server assistance, and split bills easily - decreasing time and error that would otherwise impede flow of service and, essentially, profits for the restaurant.

One of the groups, TEACHINS-U, worked to develop a therapeutic device for autistic children. Designed in two phases, a training phase then a hands-on phase, the acronym stands for Training and Educating Autistic Children to Help Improve Necessary Skills Unit. The Mechanical Engineering team has been receiving very positive and enthusiastic feedback to the device, according to group member Jeff Pass.

 

An Electrical and Computer Engineering (ECE) group created The Digital Wall Calendar, a device which will utilize a calendar-based operating system for organizing plans, meetings, and other scheduled events. They also intend for it to incorporate a custom photo feature to replicate the novelty of a traditional wall calendar.

 

The team members report that the project development was a lot smoother than they originally thought. They were able to utilize their time throughout the entire Senior Design process, completing the research early on, which made putting the final product together even easier. The team also published a QR code on their poster, drawing smart phone users to a website explaining their project. 

 

CADeyes, a Stevens Start-up company, is an advanced mobile mapping system designed to create dimensionalized site and contour maps, and as-built drawings of both the exterior and interior of building structures. The company tasked a Mechanical Engineering group with developing a mobile indoor-scanning platform for 3-dimensional mapping and visualization.

 

“We are really pleased with the way the CADeyes IntelliScan turned out,” said Ravi Javia. “The device is exactly what we expected it to be. CADeyes didn’t have a system for indoor scanning yet, so this is just what they wanted. Our group created something that delivered to their exact specifications.”

 

An Engineering Management group stayed close to Stevens for their project, working with the Athletics department on their website. They developed a highlights video package for Athletics events that would create a more interactive website experience.

 

Their display was a colorful, interactive board, complete with streaming video. Gene Kang stated that the board replicated exactly what they intend the website to look like beginning next year. Attila the Duck, Stevens’ mascot, hung out with the group at the Expo.

 

“We’re getting a lot of attention today,” said Kang. “But I think that’s because of Attila!”

 

Margaret Przeszlo, an ECE major, and her partner Kevin Fuhrman, worked on a project entitled Facemask. At the Expo, she stated: “Everything worked out so well! Last week our system crashed and we were afraid we wouldn’t have anything to show but we were able to work the glitches out. I guess that’s what Senior Design is all about, right? Real-life, real-working challenges – and finding solutions.”

 

That sentiment is definitely a recurring theme among the students.

 

"The hands-on Senior Design process is very helpful," says Biomedical Engineering student Dalia Shendi, whose "Heat Wave" Senior Design team created a portable device to re-warm patients suffering from hypothermia, with applications for both the U.S. Army and New Jersey Physicians. "Before Stevens, I had little real experience, and now I know I can research a problem, look at the market for a product, and build and test a successful prototype."

 

Alumna Dominique Gonzalez: From Stevens to Product Engineer at Fisher-Price/Mattel

Since 2004, mechanical engineering graduate Dominique Gonzalez (B.E. `04, M.E. `10) has been a product engineer for Fisher-Price/Mattel in New York City.  True to the company’s mission of “Creating the Future of Play”, she is specifically responsible for the production of some of the most popular, innovative toys on the market.  For the average consumer, it’s hard to imagine all the work behind creating the fun children have with the latest toys, but listening to Dominique describe her role in getting the company’s products on the shelf – through the various stages of concept and design to manufacturing, packaging and distribution – cultivates a keen sense of appreciation for her job as well as the education she received at Stevens.

As product engineer, Dominique is charged with considering, first, if the toy design is manufacture-able, and if so, ensuring that it is developed through the production cycle, including debugging and safety inspections, ultimately making sure the product meets expectations in every way.  As highly sophisticated and complex as it is, Dominique describes her job as a fun place to be.  Considering some of her favorite products – Handy Manny Toolbox, Elmo Live, and the Sesame Street Cars– that’s not surprising. “In a job like mine, it’s actually ‘ok’ to watch cartoons and get excited about toys,” she said.  “It’s fulfilling to see my products in the stores, to see parents buy them.  Really, I get to make things that make kids happy!”

Dominique’s success at work and in life, she says, is linked to several factors.  Recalling her days as a student at Verona High School in New Jersey, Dominique pointed to her mother’s high expectations and how that ultimately led to her applying and getting accepted to Stevens. “I was always pushed to do well in school,” she said.  “A’s were expected, and if I was struggling with getting those, I was encouraged to find help and support. There were no exceptions.”  Her uncle being a mechanical engineer was also an influence. “A few things he told me about the field that inspired me: one, that mechanical engineers are versatile and two, engineers, generally, are taught to be good at problem-solving,” Dominique said. “At Stevens, that all held to be true. I learned to handle people and projects, how to organize them into an efficient whole.  Product engineer for Fisher-Price/Mattel, which was first a temporary position, was my first job in the field. I adapted to a complex process of product design and project management very quickly. I did a great job, and they kept me on as a regular full time product engineer. That really is a testament to my Stevens education and the support I received through the Career Development Office.”

Dominique is equally appreciative of the solidarity she had at Stevens, which she gained through several activities: varsity women’s volleyball, the Black Student Union (BSU), Latin American Association (LAA), National Society of Black Engineers (NSBE), the Stevens Technical Enrichment Program (STEP), and the Society of Hispanic Professional Engineers (SHPE).  “At Stevens, everyone is willing to help,” she said. “It’s challenging, for sure, but very supportive.”

The highlight of her experience at Stevens?  Senior design, she said.  And this is what she feels incoming students need to know if they’re weighing several colleges.  “Senior design is the most important hands-on dive into your major. It’s amazing,” Dominique said.  “Beyond the books, you seriously learn here by doing – like building mock ups, outputting information to the model shop, designing and running simulations.  By the time you leave Stevens, you understand and are confident because of this experience. It makes you distinct out there in the industry.” 

Dominique’s senior design project won top prize at the New Jersey Chapter meeting of the International Society of Pharmaceutical Engineers (ISPE).  The “Remotely-Operated Stitching Device,” was an exercise in pharmaceutical engineering.  Her team’s primary goal was to provide an innovative way to reduce, if not eliminate, invasive surgery. More specifically, the aim was to develop a method for securing an endovascular stent-graft in place from within the aorta using spiral Nitinol clips.  In addition to winning first place in the ISPE Poster Competition, the project won Stevens’ Technogenesis Award in 2004, and the team filed a U.S. patent for the device.  They also earned a National Collegiate Inventors and Innovators Association grant. “I learned a lot during the senior design experience,” Dominique said. “And the highlights of the project were a big deal. We got to present in San Jose at a professional conference.  Most memorable for me, though, is having worked with Professor Zhengi Zhu, our senior design advisor. He is really incredible.  Working with faculty like him – very much known out there for his expertise, his research, and yet so available to students – is what you get at Stevens, and that makes all the difference.”

Summer Research for Stevens Scholars

This past summer, nearly 80 students conducted research at Stevens and abroad as part of the Stevens Scholars Program, and each had a chance to showcase and discuss their work on Wednesday, October 13, in the Babbio Center at a poster exhibit and reception to celebrate their accomplishments. 

Scholars Program summer research projects are diverse in topic and scope. Commonly, though, all the projects allow students to apply their engineering and scientific training to design and research, an attractive challenge to students eager for experience beyond the classroom.  Sophomores Jackson Kelly and Chris Federici were among the scholars presenting their work at the exhibit.  Their study, "Investigation of Secure Human Identification Protocols with Random Noise," was conducted under the guidance of Dr. Antonio Nicolosi and, in layman's terms, involves designing the code and interface for a more secure way of utilizing usernames and passwords - while still maintaining ease of use for consumers.  Both Chris and Jackson are pursuing degrees in Computer Science and Mathematics and said they appreciate the opportunity to conduct hands-on, cutting edge research.  "The coursework is one thing," Jackson said. "But it's this kind of research opportunitiy that allows us to explore new territories - to take part in real-world problem solving."

Incoming freshmen were invited to attend the showcase, which, for them, is a chance to be inspired by and consider participation in such student-driven research as quantum cryptography, bone regeneration, neural tissue engineering, a novel approach to overcome the drug resistance of cancer cells, understanding social networks psychology of movement in video games, indoor geolocation technology, passive solar house technology, applications of energy harvesting for micro/nano robotics, and more. 

"The Stevens Scholars Program provides our best students the opportunity to conduct research within a wide range of topics during the summer," said Dr. Edward Whittaker, professor of physics and engineering physics in the Charles V. Schaefer, Jr School of Engineering & Science and director of the Stevens Scholars Program. "Students work closely with a faculty member and present their research not only at annual poster sessions but also in leading research journals."

Stevens Scholars are typically high-acieving students with strong interest in and dedication to their areas of study.  Strong candidates are invited by faculty to apply for the program. And once admitted, student scholars must maintain a minimum 3.2 GPA at Stevens. In addition to summer research - or additional summer coursework - Stevens scholars can earn a combined B.E/M.E, B.E./M.S., or B.S./M.S. degree in just four years and accelerate their programs of study to earn B.A., B.E. or B.S. degrees in three years. Over a dozen students from the Class of 2010 graduated with dual degrees earned through participation in the Scholars Program, Dr. Whittaker said.

Aiming High at Stevens

Last week the Babbio Center had more than sun and a stunning view of Manhattan illuminating its beautiful atrium.  Undergraduate students in the Technogenesis™ Summer Scholars Research Program held their season-concluding poster exhibition there – an event that showcased 42 student researchers in a well-deserved, collective spotlight.

The scholars were recognized for the research they did over the 10-week span of the program this summer. They also had the opportunity to discuss their projects with many observers who were curious about their work – if not in complete awe.  For those who missed the opportunity that afternoon to observe the new technologies and innovations produced and in active development by these students, this video is a great way to learn something new about the culture of technology and entrepreneurship at Stevens.  Or, it may simply validate what you already know!

Taking advantage of ample opportunities to work closely with faculty on cutting-edge research, as well as directly in industry even before graduation, is nothing new or unusual for many Stevens students.  However, programs like the Technogenesis™ Summer Scholars Research Program distinguish especially high-achieving studentsamong their peers.    

Mechanical Engineering major Christina Alecci’s project, “Design of an Introcular Pressure (IOP) Sensor” was facilitated in Stevens’ MicroDevice Laboratory under the advisement of professor E.H. Yang.

Another student, Ben Choe, advanced research in Social Networking in Urban Healthcare. "I wanted to participate in this student reasearch program because I'm interested in learning by doing," Ben said.  "I am intrigued by the particular research I did and its application in a specific industry that needs it.  But thinking ahead, I'm also interested in exploring how the research and process can be applied for other purposes."

In its 10th year of existence, the Summers Scholars Research Program admitted its largest class of students, and from its largest pool of applicants, said David Peacock, Director of Intellectual Property Management at Stevens.  Peacock addressed the students at a certificate and recognition ceremony after the exhibition.  Joining Christos Christodoulatos, Associate Provost for Academic Entrepreneurship, and Malcolm Kahn, Vice President of Enterprise Development and Licensing, he reminded the scholars of their distinct place in what he calls a family of students who've gone through the program. 

Graduate School on the Horizon

Graduating seniors aren’t just busy securing jobs for after graduation, many Stevens students are hard at work on graduate school applications. Jake Mower, a senior Engineering Physics major, has that part behind him and now has to decide which graduate school to attend.

Jake, who credits his involvement in the Technogenesis Summer Scholars Program as a big part of his success, has been accepted into five prestigious graduate programs. With offers to attend Columbia, Stanford, University of California at Santa Barbara, University of Rochester and Cornell, Jake will begin his graduate studies at one of those schools in the fall. He will pursue his Ph.D. in Electrical Engineering with a concentration in Quantum Information Processing, an emerging field in which Jake hopes to make his career.

Through the Office of Academic Entrepreneurship at Stevens, Jake was able to participate in several diverse research projects during his time here. Beginning in the summer after his freshman year, Jake was a part of a research project each summer, allowing him to discover a whole range of research options and to hone in on his true passion. He says: “As easy as it is at Stevens to get involved with research, students still need to put forth the effort to become fully integrated into the projects. Talk to the professors, write the proposals… your research experience is very important when it comes to grad school applications.”

During his time at Stevens, Jake has also been active in many of our music and dramatic organizations and clubs, including the concert band, jazz band, jazz combo, Stevens Dramatic Society, and the orchestra for DeBaun productions. Jake is also a member of the Society of Stevens Physics Students.

As Jake moves on to pursue his Ph.D., he remains committed to research and the power that research experience has for students. He asserts: “The research experience that Stevens students get is so important. That experience gives us the advantage. It really makes a name for us as Stevens students, sets us apart and makes us highly competitive.” Jake can name at least five esteemed schools that completely agree.

Technogenesis Summer Projects Unveiled

The Technogenesis Program was in full swing at Stevens again this past summer, when 28 undergraduates participated in research projects.  Students from all the engineering and science disciplines were represented and explored the boundary between their classroom learning experiences and the realities of the global marketplace.

Katherine Reighard (B.E. ’09) worked with SPOC Inc., a company that began from a Biomedical Engineering senior design project.  Katherine focused on the continuing effort to bring the technology of SPOC to the marketplace and the special challenges in the medical field when new technologies are created.

“I learned a great deal about the FDA and the rules and regulations that govern the medical industry.  I was grateful to be able to help SPOC with documents and testing to further complete their Premarket Notification (510(k)) in effort to receive FDA clearance,” explained Katherine.

Other Technogenesis students focused their work on the development of new technology. Mike Mitchell (B.E. ’09) worked on biofilm adhesion, which has serious implications for transplant patients.  Bacterial biofilms, which coat the surface of hip transplants, are infection risks that affect 5-10% of all transplant patients. His focus was on performing calculations to determine what sheer stress was needed to remove a biofilm from a transplant surface.

Patrick Robinson (B.E. ’09), a chemical engineering student, investigated the development of hydrogen fuel cells by using bacteria to generate hydrogen gas. According to Patrick, the inspiration for this project came from modeling the mitochondria of heart cells.  He said, “I realized that at one point in the process of cells breaking down sugars with oxygen, the energy of the sugar is transformed into [electricity]… Ever since then, I have been interested in the idea of harvesting energy from bacteria.”

                                                                                                            - Regina Pynn, ‘11

Alumnus, professor work together to fight obesity

Seth A. Tropper, past co-founder of the successful Stevens spin-off PlasmaSol and current CEO of Switch2Health (S2H), and Dr. S. Vincent Grasso, a Stevens Institute of Technology Adjunct Professor and Healthcare IT Management Advisory Board member, have joined forces to extend the value of the S2H product line. 

S2H’s proprietary sensor technology placed within a wrist-worn device will identify and quantify physical activity and this, coupled with a web-based rewards system, will motivate individuals of all ages to be physically active and lead a healthier lifestyle.

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President Raveché on Port Security

From Solutions for our Future:

Stevens Institute of Technology was awarded the responsibility of leading research and education in port security. This honor was the result of the impressive strength of Stevens and its university and industry partners, which include MIT, Rutgers University, the University of Miami, the University of Puerto Rico, the U.S. Merchant Marine Academy, Monmouth University, and Lockheed Martin Corporation. The focus areas of the center's research include maritime domain awareness; space-based wide area surveillance; vessel detection, tracking, and monitoring; High Frequency Frequency radar for multiple applications; search and rescue; environmental monitoring; human and organizational factors influencing Marine Transportation System (MTS) security and coastal safety; resiliency; and MTS recovery and continuity of operations.

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