• Lup Wai Chew (left) explains his research in Wind Enhancement in Urban Areas to alum Luis De Jesus.

    Lup Wai Chew (left) explains his research in Wind Enhancement in Urban Areas to alum Luis De Jesus.

    Photo: John Freidah

    Full Screen
  • MERE showcases and celebrates mechanical engineering students’ research. The event includes researchers at all levels: undergraduates, graduate, and post-doctorates from all seven of the department's key research areas.

    MERE showcases and celebrates mechanical engineering students’ research. The event includes researchers at all levels: undergraduates, graduate, and post-doctorates from all seven of the department's key research areas.

    Photo: John Freidah

    Full Screen
  • Zheng Jie Tan speaks about his research — strategies for metal casting high resolution parts from plastic 3-D-printed CAD files via investment casting.

    Zheng Jie Tan speaks about his research — strategies for metal casting high resolution parts from plastic 3-D-printed CAD files via investment casting.

    Photo: Tony Pulsone

    Full Screen
  • Cecile Chazot explains her research project, which was titled:

    Cecile Chazot explains her research project, which was titled: "Light-Emitting Surfaces with Tailored Emission Profile for Compact Dark-Field Imaging Devices."

    Photo: John Freidah

    Full Screen
  • Eliot Owen (right) shows his design of a safe, high-performance cylindrical cell lithium-ion battery pack for an electric racecar.

    Eliot Owen (right) shows his design of a safe, high-performance cylindrical cell lithium-ion battery pack for an electric racecar.

    Photo: Tony Pulsone

    Full Screen
  • MERE committee members (l-r) Professor Nick Fang, Andrew Bouma, Cameron McBride, keynote speaker Mike Massimino SM '88, PhD '92, department head Professor Gang Chen, Emily Hanhauser, and Kathleen Cavanagh.

    MERE committee members (l-r) Professor Nick Fang, Andrew Bouma, Cameron McBride, keynote speaker Mike Massimino SM '88, PhD '92, department head Professor Gang Chen, Emily Hanhauser, and Kathleen Cavanagh.

    Photo: John Freidah

    Full Screen

Presentation practice: Hurricanes to prosthetics

Lup Wai Chew (left) explains his research in Wind Enhancement in Urban Areas to alum Luis De Jesus.

Students hone their communication skills by presenting their research projects at the 4th annual Mechanical Engineering Research Exhibition.


Press Contact

Mary Beth O'Leary
Email: olearymb@mit.edu
Phone: 617-692-0939
Department of Mechanical Engineering

The wind whipped down Massachusetts Ave. Torrents of rain pelleted the roof of the Zesiger Sports and Fitness Center. The remnants of Hurricane Jose circled above.

But dry inside the Johnson Ice Rink, mechanical engineering graduate student Sydney Sroka had a different hurricane on her mind. Data from 1997’s Hurricane Guillermo informed her research on improving hurricane intensity forecasts.

“The overwhelming majority of energy in a hurricane comes from warm seawater, which bubbles into sea spray because the wind is so fast,” Sroka explained, pointing to a figure of small water droplets. “The air temperature is mediated by these tiny drops of seaspray, that are affected by microphysics,” she added.

By analyzing and modeling the heat of these drops of water, she said she hopes that forecasters can make more accurate predictions about a hurricane’s strength.

Sroka was one of the over 70 graduate students participating in the annual Mechanical Engineering Research Exhibition (MERE). In its fourth year, MERE, which is hosted by the Department of Mechanical Engineering and the Graduate Association of Mechanical Engineers, gives mechanical engineering graduate students, Undergraduate Research Opportunities Program (UROP) participants, and postdocs a chance to present their work to alumni, faculty, and fellow students. Projects range from low-cost braille label makers to solar thermophotovoltaic systems and an in vitro intestinal organ model.

“I think it is very important community building event,” said Professor Nicholas Fang, MERE’s faculty advisor. “For our graduate students, this is a great opportunity to get to know each other. MERE is often their first exposure to other research activities in the department.”

MERE is more than just an opportunity for students to showcase the research they’re working on — one of its primary goals is to emphasize the importance of effective communication to a diverse audience.

The set-up is similar to a poster session at a scientific conference. Students stand in front of their posters and answer questions from attendees. At MERE, these attendees are mostly comprised of alumni and faculty, who serve as judges. The judges aren’t just interested in what kind of research these students are presenting, but how the students are presenting the research. This setup enables students the ability to practice and hone their presentation skills and prepare for upcoming conferences or qualifying exams.

“I presented last year and it was a great experience and opportunity to get useful feedback on my work,” said PhD candidate Arny Leroy, who presented this year on high performance incandescent lighting. “It’s helpful to practice presenting.”

Some students were able to exhibit live demos as a part of their presentation. During the first poster session, a robot designed to adhere to pedestrian rules whizzed around the attendees. The robot was part of Michael Everett’s research project. Meanwhile Rachel Hoffman was able to show attendees a scale model of the multi-track elevator system she is working on for e-commerce fulfillment centers.

After the judges’ marks were tallied this year’s winners were announced. The day was capped off with a keynote speech by former NASA astronaut Mike Massimino SM '88, PhD '92. Massimino chronicled his journey from his childhood on Long Island playing with an astronaut Snoopy toy, to his time as an MIT graduate student living in a small apartment in Central Square, and then finally his experience working on the Hubble Space Telescope as an astronaut.

The following students were honored by the judges:

Best Overall/Understanding: Sebastian Pattinson — “Printed mesh materials with locally tailored elasticity for compliant wearable and implantable devices.”

Highest Impact: Arny Leroy — “High performance incandescent lighting”

Most Excitement: Elise Strobach — “Optically Transparent, Thermally Insulating and Soundproofing (OTTIS) Aerogel for High-Efficiency Window Applications

Best UROP: Ryan Koeppen — “Controlling Physical Interaction: Humans Do Not Minimize Energy”

The runner-ups included Victor Prost, Vrushank Phadnis, Jerry Wang, Mohammad Farazmand, Sydney Sroka, Hyeon Yu Kim, Anoop Rajappan, Edward Burnell, Kevin Kung, and Cecile Chazot.

Those receiving honorable mention included Bethany Lettiere, Yi Huang, Abiodun Olaoye, Michael Everett, Bikram Bhatia, Xiaoyu Wu, Zheng Jie Tan, Andrew Bouma, Qifang Bao, Quantum Wei, Sahil Shah, and Yi Xue.


Topics: School of Engineering, Mechanical engineering, Awards, honors and fellowships, Assistive technology, Contests and academic competitions, Weather, Students, Undergraduate Research Opportunities Program (UROP), Research

Back to the top