Electrical Systems Intern
Supported New Glenn electrical systems work spanning harness design and release, avionics-lab organization, and systems-engineering support.
Electrical + Computer Engineering
I work across electrical systems, embedded hardware, manufacturing, and hands-on engineering problem solving.
Professional background
Applied work across aerospace, manufacturing, electrical systems, and technical environments.
Electrical Systems Intern
Supported New Glenn electrical systems work spanning harness design and release, avionics-lab organization, and systems-engineering support.
Engineering Intern
Worked on manufacturing and product-support engineering projects involving tooling, fixtures, material compatibility, process improvements, and troubleshooting.
Electrical Technician Intern
Built and troubleshot industrial electrical systems, including control-panel wiring, terminations, and EMI-related debugging.
Co-op
Supported manufacturing equipment through preventive maintenance, troubleshooting, electrical work, and hands-on plant engineering.
Selected engineering work
Blue Origin · New Glenn
Contributed to production-relevant electrical systems work involving harnessing, avionics support, documentation, and cross-functional engineering processes.
SFS Group
Worked on practical engineering problems where tooling, materials, process constraints, and manufacturability had to be considered together.
Industrial + technical experience
Hands-on work with wiring, electrical panels, equipment maintenance, instrumentation, troubleshooting, and debugging physical systems.
Current focus
Building a small Linux compute cluster from repurposed desktop hardware to develop practical experience with system administration, networking, and distributed computing. Current work centers on the cluster hardware and network setup, with node automation, SLURM scheduling, MPI applications, and benchmarking planned next.
Developing C/C++ and Python fundamentals through ECE 1111 assignments and labs, including Unix command-line workflows, Makefile builds, standard input/output, and input validation. Arduino and micro:bit exercises in Tinkercad connect programming to analog temperature sensing and LED control. Recent work focuses on streaming sensor data, serial plotting, and introductory discrete Fourier transforms—learning how sampling and frequency bins relate to a signal.
About
I’m an Electrical & Computer Engineering student with a hands-on background in aerospace electrical systems, manufacturing equipment, wiring and harnessing, prototyping, and troubleshooting.
My current focus is a Unix compute cluster built from repurposed desktop hardware. Through this project, I’m developing practical experience with Linux administration and networking, with plans to explore workload scheduling, parallel applications, and performance benchmarking as the cluster takes shape.