savva morozov
maker engineer student
Oi!
Together with President Leebron of Rice University. Phenomenal man
August'18, Learning and Leadership lunch series.
I am a tinkerer and a future engineer set to shake the world with my enthusiasm, resilience, and hard work.
There is nothing I enjoy more than working on my engineering projects. I love every stage of it - research, web readings, modeling, tinkering, prototyping, testing, and more of above in any order possible. I love to understand how things work, and that makes me a better engineer and user.
What I Can Do For You
I am skilled in all aspects of the engineering design process, including researching, prototyping, and finding the optimal solution for a given problem.
I have much experience in:
• 3D-modeling and 3D printing (Form 2 in particular, FDM; with Fusion360, OnShape)
• 2D-design: laser cutting, CNC routing, milling.
• Imbedded circuits, PCB Design, hardware prototyping
• Programming - C++, Python, Java, MATLAB, R
• Equipment Debugging
• Arts! Generative, engraved, and drawn
My Past
What I Do Now
I studied in the best STEM school in Russia, and after getting mostly theoretical education (math analysis), I moved to Princeton, NJ to focus on creeping into American Space Industry by launching a CubeSat satellite to the orbit, sending my code to the Space Station, and building solar sensors. I am now at Rice University studying Electrical Engineering - staying under NASA’s radar:)
My Education
'22: Rice University, BS in Electrical & Computer Engineering. Current GPA: 4.0
'18: PRISMS, Princeton, NJ. GPA: 3.97
'16: HS #57, Moscow, Russia. Math specialization,
graduated with gold medal for "Outstanding Achievement in Studying". GPA: 3.77
**in addition to keeping a 4.0GPA**
I work as a Lab Assistant at our Maker Space - OEDK - where I break and fix Form 2 3d-printers, Epilog Laser Cutters, and other equipment. OEDK is my 2nd home - that’s where I tinker with my side projects at my spare time.
I am exploring research possibilities in the field of Engineering: currently I am a Research Assistant in a Realtime Neuro Engineering Research Lab at Rice. I’ve been working on neural imaging and optimization of mouse head-mounted microscopes. The lab recently implemented my designs for all their miniscopes.