Hi, my name is
Gabriel Johnson.
I build things for space and Earth.
I'm a multifaceted mechanical engineering student with a passion for propulsion, sustainable technology, and full-stack development. I thrive on complex challenges, from optimizing spacecraft thrusters to designing systems that benefit our planet.
01. About Me
My journey into engineering wasn't sparked in a classroom, but deep in the Alaskan backcountry. After high school, a chance encounter with a team of engineers in the wilderness, solving real-world problems with creativity and technical skill, showed me the path I wanted to follow. I've always been a builder, a musician, a traveler, and an explorer—and I realized engineering was the ultimate medium to channel all these passions into creating something meaningful.
At the University of Vermont, I've pursued this by diving into both mechanical engineering and computer science. This dual perspective allows me to not only design the physical hardware but also build the software that controls and optimizes it. My focus has naturally gravitated towards two areas: the immense challenge of space propulsion and the critical need for sustainable environmental technologies on Earth.
Whether I'm running CFD simulations for a master's thesis on rocket engine priming, developing a full-stack ERP system for a space-tech company, or researching in-vessel digestion for composting, I'm driven by a single goal: to apply first-principles thinking to solve impactful problems.
02. Where I've Worked
Production Engineering Intern
Benchmark Space Systems | May 2024 - Dec 2024
- Engineered and validated critical test fixtures for a new 1.1 N thruster line, improving test reliability and reducing setup time by 30%.
- Streamlined production workflows for satellite propellant tanks, identifying and eliminating bottlenecks to increase throughput by 15%.
- Led the design, development, and deployment of a full-stack Manufacturing Resource Planning (MRP/ERP) system using React and PostgreSQL, digitizing inventory management and production scheduling.
Mechanical Engineering Intern
Linamar North Carolina | May 2023 - Aug 2023
- Authored the primary technical documentation for a new friction-stir welding production line, ensuring compliance with automotive industry standards.
- Developed and implemented improved quality control forms and processes, directly contributing to a significant reduction in component defects and saving tens of thousands of dollars.
03. Things I've Built
Master's Thesis: CFD of Priming Transients
Investigating the complex, multiphase fluid dynamics that occur when propellant first enters a rocket engine's feed lines. This critical phase dictates engine reliability and performance. My research, supported by NASA, uses Reduced Order Modeling to create computationally efficient and accurate simulations.
Full-Stack MRP/ERP System
Developed a custom manufacturing resource planning system from the ground up for Benchmark Space Systems. The application tracks inventory, manages production orders, and provides real-time data to the production floor, replacing a cumbersome spreadsheet-based system.
In-Vessel Composting Research
Conducted research into optimizing aerobic digestion processes for in-vessel composting systems. This work focused on sensor integration and data analysis to improve efficiency and output quality, contributing to more sustainable waste management solutions.
04. What's Next?
Get In Touch
I'm actively seeking full-time roles in propulsion or sustainable engineering where I can apply my diverse skill set. Whether you have an opportunity, a question, or just want to connect, my inbox is always open.
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