Perygee is building next-gen automation tools for enterprises. Sound interesting? We are always hiring excellent people, so don't hesitate to connect!

At Tulip I'm building the systems and technology to empower manufacturers with digital tools.Tulip builds a no-code App platform for manufacturers of all shapes and sizes to build their own digital infrastructure and leverage the latest technology to improve their operations.

My research spans the fields of medical devices, developing world technologies, and disaster relief. As a researcher, I'm skilled in precision machine design, modeling, systems engineering, and project management.

Provided mechanical design and manufacturing insight to push two hardware projects to short-run production (qty. 250) in China. Designed a portable tradeshow kit that reduced setup time at events from 8 hours to 20 minutes. Wrote a customer-tracking dashboard in Javascript that is now the primary gauge of customer health at the company.

Researching the burn characteristics of charcoal for use as a cooking fuel in developing countries. Work includes original experimental design, apparatus design and fabrication, testing, and documentation. Designed testing apparatus optimized for low-cost while maintaining appropriate statistical resolution. Work has been tested in the field in Tanzania and Uganda.

A team that designs and builds an all-electric, Formula style racecar for competition. Is currently the testing and development lead responsible for managing vehicle level testing and advanced development projects such as data acquisition and vehicle-level validation. Additionally, leads a subteam in designing and manufacturing anti-roll bar and suspension rockers. Experience includes research, design, modeling, documentation, and fabrication. Design in Solidworks, machining on manual and CNC mills and lathes.

Worked on system-level mechanical and electrical validation for Jeep Grand Cherokee SRT. Work included developing and validating a quasi-static track simulation for estimating lap times, managing track-day testing and data collection, and presenting issues to management relevant to vehicle release.

Designed an electronic system for bicycles from initial concept development to a final product, the InfoCycle. Product was released at CES 2015. Work included physical design and form factor optimization, electronic design and PCB manufacturing, firmware design and implementation in C, and the design of a supporting web application. In the 12 weeks, was personally involved in 3 Ford invention disclosures.

Aided in the development of a JavaScript webapp for the general public that allows easy comparison of the environmental impacts of different modes of transportation.

Met with school officials and independently created a JavaScript-based web application to manage student scheduling. Currently in use, supporting over 100 staff and 1600 students.