- Filmed, produced, and animated short videos on scientific topics for clients at institutions including Stanford University, Knexus Research Corporation, and the Journal of Fluid Mechanics. - Offered science communication workshops and training at institutions such as Harvard University, the Technical University of Delft, Stanford University, and the United States Military Academy.

- Created, researched, wrote, and maintained a popular science blog with new posts 3-5 days/week. - Built an audience of over 350,000 followers across Tumblr, YouTube, Twitter, Instagram and Feedly. - Studied the physics of the Boston Molasses Flood with collaborators at Harvard University and received national and international press coverage from The New York Times, the Associated Press, New Scientist, Smithsonian Magazine, CBC (Canada), Cosmos Magazine (Australia), Die Welt… Show more - Created, researched, wrote, and maintained a popular science blog with new posts 3-5 days/week. - Built an audience of over 350,000 followers across Tumblr, YouTube, Twitter, Instagram and Feedly. - Studied the physics of the Boston Molasses Flood with collaborators at Harvard University and received national and international press coverage from The New York Times, the Associated Press, New Scientist, Smithsonian Magazine, CBC (Canada), Cosmos Magazine (Australia), Die Welt (Germany), and many others.- Featured on Wired, Physics World, io9, Gizmodo, NPR, BoingBoing, Mashable, the Atlantic and others. - Recognized on Tumblr for Lifetime Achievement (Dec. 2015) Show less

- Mentored 80 undergraduates on communicating science in an introductory fluid dynamics course.- Met weekly with students during the semester to provide feedback and advice on their final video projects.

- Created and disseminated models for aerodynamics, aerothermal heating, and re-entry physics of gliding hypersonic vehicles. - Analyzed and modeled complex sensor architectures used for national defense. - Created technical materials presented internally and externally, including to the Department of Defense and Congressional staff.

- Researched surface roughness effects on hypersonic boundary layer transition using hotwire anemometry.- Designed a smooth hypersonic cone model with removable blunt nosetips featuring surface roughness.- Performed complementary boundary layer stability computations to flight tests on a new wing designed by Northrop Grumman and developed an eigenvalue solver for instabilities in a 3-D boundary layer.- Prepared and led laboratory sessions focused on experimental aerodynamics with… Show more - Researched surface roughness effects on hypersonic boundary layer transition using hotwire anemometry.- Designed a smooth hypersonic cone model with removable blunt nosetips featuring surface roughness.- Performed complementary boundary layer stability computations to flight tests on a new wing designed by Northrop Grumman and developed an eigenvalue solver for instabilities in a 3-D boundary layer.- Prepared and led laboratory sessions focused on experimental aerodynamics with 50 students per semester. Show less

- Studied effects of high free stream turbulence on turbulent boundary layers using hotwire anemometry.- Led 40 students in laboratory sessions for a mechanical engineering course focused on solid mechanics.- Trained and certified as a teaching assistant by Cornell’s College of Engineering.

Tutored 30+ fellow undergraduates one-on-one in writing skills.