My Master's program at MIT is in Human Centered Design and I enjoy blue sky thinking. I can help you find the best path using both qualitative and data-driven methods.
Where I shine most is in getting through the first few design iterations quickly, cheaply, and effectively to maximize learning before committing major resources.
Whether it's debugging on the bench or field implementation, I can quickly onboard, find the bug, and generate design recommendations to protect customer experience.
I love working with data. From excel to python to tensorflow, I can provide insights from internal or market data to inform product development or the business more broadly.
Talking to customers is the best way to inform the design process. I can extract user needs from free-form interviews or I can develop a survey script that won't bias users.
I can work in Fusion, Solidworks, Inventor, Onshape and more. Whether it's for concept work or design for manufacture, I can communicate in 3D.
I usually work in Eagle or CircuitStudio, but I'm flexible. Component selection, schematic capture, PCB layout, and breadboard work.
Hacked together parts of competitors' products, laser cutting, 3D Printing, hand soldering, etc. I have my own equipment.
Post-it notes, wireframes, story boards, mood boards, and pitch decks. I have many tools in my visual communication arsenal.
I frequently write embedded code in C++ and scripting in Python. I can also muddle my way through JS, JQuery, Java, and php. I'm learning R.
FutureAir needed a quick revision of an R3 board to be able to launch pilots on short notice.
About ProjectVolta was testing a new lab-on-a-chip concept and needed a first revision plus analysis.
About ProjectGEM was considering which new products to launch when, and how to evaluate which product features were necessary.
About ProjectCytera needed someone to commission and debug their cell culture automation equipment and install it at a pharma company in Boston.
About Project