Curriculum Vitae
View my CV in PDF format.
Below is an abbreviated version:
| Email: mw2236@cornell.edu | Phone: +1 609 917 8074 |
Education
-
Cornell University
Bachelor of Science in Mechanical Engineering
GPA: 4.0/4.0 | Graduation: December 2026 -
Technical Univeristy of Denmark
Junior Year Spring Study Abroad
Engineering courses -
Hong Kong University of Science and Technology
Freshman Year Summer Study Abroad
Math and CS courses
Skills
- Software: Autodesk Fusion 360, SolidWorks, ANSYS, OpenSCAD
- Programming: Python, MATLAB, SQL, MongoDB
- Tools: 3D Printing, Mill, Lathe
Experience
- Cornell Autonomous Sailboat:
Machine Shop Lead
- 3D-modeling surfaces using SolidWorks and DFM or DFA techniques
- Designed and machining sturdier rudder improvements, helping team win 1st place at SailBot competition
- Created a fiberglass deck using a vacuum bag lay-up method
- Coordinate machine shop shifts with mechanical team members to ensure smooth production process
- Hybrid Body Lab:
Undergraduate Researcher
- Used rapid prototyping techniques to build and open-source a wet spinning machine for functional biofibers
- Designing parts in Fusion 360 or Open SCAD and fabricating with SLA or FDM printers (GitHub)
- Helped host a workshop study where 10 fiber artists tested the machine and used feedback to iterate the design
- Second author on an Best Pictorial Honorable Mention Award for a DIS paper (DOI)
- Collaborated with a team of engineers and artists to create a miniature tattoo gun nail cover (project page)
- Researched and implemented 4D weaving techniques using sustainable hydrogel yarn over the summer
- CB Fisk:
Summer Intern
- Worked with 30 artisans and engineers to build Opus 166, a mechanical French Romantic pipe organ
- Soldered, shaped, and measured 100+ lead pipe feet
- Created parts for Barker levers and CNC-milled wind ducts from AutoCAD drawings
Publications
- Jingwen Zhu, Megan Wu, Ruth Zhao, Samantha Chang, Cindy Hsin-Liu Kao, “Empowering Sustainable E-Textiles: DIY Biofiber Wet Spinning for Community Material Exploration.”