I am an Electrical Engineering student at Northeastern University with hands-on experience in biomedical research and engineering design. At Regeneron and Massachusetts General Hospital/Harvard Medical School, I contributed to molecular biology and RNA-seq projects, co-authoring a publication in the British Journal of Haematology. Beyond research, I enjoy applying engineering concepts to real-world projects—having designed a wind tunnel, custom 3D printer and a microcontroller-driven automatic watering system.
With a team of Northeastern engineering students, we collaborated to Design and build an interactive wind tunnel exhibit for a traveling science museum to teach children (ages 6-11) about wind turbine efficiency and renewable energy. The hands-on...
Designed and created a small wind turbine that displays the energy it produces and its RPM for a school project. It had to be built for free from scrap found in Northeastern's engineering center.
Over time, I have designed, modeled, and sometimes brought to life various models for practical use, training, and for classes. I have used TinkerCAD, Fusion 360, Blender, AutoCAD and SolidWorks to design 2D and 3D models, but have now focused onto...
Working with a group to design and build a smart modular exoskeleton for limb & joint support. ARKE's goal is to create a cheap and light alternative to exoskeletons on the market that consumers with joint or limb mobility concerns could use to help...
As a bassist in a band and a avid listener to music, I collect and use various audio equipment. I often find vintage equipment that is not working properly for free in garage sales or online listings, I then fix them and use them often.