- Migrated infrastructure from manual CLI updated Google Kubernetes Engine to Terraform provisioned Amazon Fargate, reducing budget from $5k to $1k/month by taking advantage of task definition resource optimization- Implemented Terraform provisioned CI pipeline using a Google Compute Engine fake and in-lab Github runner on Nitricity R&D hardware, allowing software engineers to test their merge request against a simulated Nitricity unit- Created locally hosted Kubernetes cluster observability product utilizing Grafana and PostgreSQL Docker containers with VNC SSH tunneling to securely ingest and analyze 1800 datapoints per Nitricity field unit per minute- Shifted company artifact labeling from user-input to Poetry semantic versioning, reducing PM workload

- Created Docker-hosted Grafana+PostgreSQL Telemetry product with SSH tunneling to securely ingest and analyze 1800 datapoints per Nitricity field unit per minute, paving the way for Nitricity remote-debug features and reducing maintenance time by an average of 22% per maintenance type- Installed a two-stage test runner pipeline using a Google Compute Engine fake and in-lab Nitricity R&D hardware, allowing software engineers to safely test their branch merge request against a simulated Nitricity unit virtual machine, then the real hardware- Integrated mutmut mutation testing with django unit testing to protect from unforeseen user inputs on the Nitricity WebUI- Reduced testing code repetition by implementing pytest fixtures and sphinx documentation for all sensor classes, allowing for new software team members to be onboarded in 6 hours instead of 10

- Extended Github Actions post-receive hooks to automatically deploy GCP VPN and webapp Docker container for all branches, allowing for inexperienced volunteers to develop without local IDE or dev environment- Combined CI/CD pipeline with tox to allow volunteer developers to lint, unittest, check coverage, sphinx autodocument, and deploy their code to the QA environment through merge & code review requests- Employed python requests library on EveryAction REST api to allow users to edit membership and events database from modal menus in Slack, making data collection and visualization accessible to volunteers with no training

- Developed AWS Secrets Manager pipeline for securely updating client satellite software in-field- Fabricated HIL testing harness and Gitlab CI Pipeline for flagship space radio system with JTAG firmware and SSH software update capability, automating feature verification upon merge with development branch of source repo- Wrote SIL radio fake for software team to test communications against during feature branch development- Synthesized automated test regimen from manual test technician documentation, utilizing pyvisa SCPI commands, mySQL database, and Dash GUI to save 200+ hours in testing & report generation labor over 6 months- Onboarded new software team and devops hires through README documentation and pair programming sessions

- Utilized Texas Instrument JTAG debug interface and Code Composer breakpoints to isolate intermittent voltage spike causing logic error in Mixed Signal Processor C source code on radio bootup in cold temperatures- Tuned filter and drain voltage of 4 watt amplifier chain leading to efficiency of 32% over 500MHz frequency range- Compared radio telemetry to radio baseband board schematic to remotely determine IC causing in-field failure

- Applied automotive design management experience to lead team in electrical powertrain overhaul of 2017 internal combustion vehicle, constructing an FSAE electric race car prototype in 6 months on an $82k budget- Accepted $3000 Summer Scholars Undergraduate Research grant for tuning MATLAB hardware-in-the-loop brake dynamics simulator to within 5% accuracy, allowing for safety factor reductions across brake system- Created SOPs and instructed students on manual mill, lathe, CNC router, and FSAE spec welding

- Coordinated mechanical and electrical engineering underclassmen to acquire and analyze strain strain gauge harness data, lightweighting the car by 8% while maintaining 80 hour package reliability goals- Utilized engine rpm data to back out torque on powertrain components during field failure, giving the powertrain team the data necessary to redesign the engine shaft key as an easily replaceable point of failure - Led 115 undergraduate team members to 3 top 20 car finishes out of 150 international teams

• Computer vision and accelerometer tracking of suspension dynamics• In-field validation of steering systems design

- Created comprehensive database of diversity related student organizations to coordinate student voices on campus- Assisted External Affairs council member in running Terp Talks to facilitate discussions between students and staff about the death of football player Jordan McNair and African American student Richard Collins

- Led Adventure Leadership & Learning Inclusion Experience through Diversity (ALLIED) backpacking trip, guiding minority leaders on in reflections about activism, tolerance, and privilege on campus- Served as caving training instructor, teaching new trip leaders risk reduction and rescue techniques- Effectively communicated with co-leader to rescue unresponsive heatstroke victim in the backcountry using improvised kayak towing system- Coordinated back-country risk assessment and evacuation during heavy snowfall conditions- Led a total of 18 trips, including climbing, caving, backpacking, whitewater kayaking, paddle boarding, and more

- Manufactured 100 microstrain sensitive strain gauge harness for deflection and friction testing of rover tires using Arduino DAQ and LabView GUI systems to automate tire dynamics test standAcquired $5000 SEEDS Undergraduate Research Fellowship grant for lab work and project presentation- Oversaw and maintained woodshop, teaching underclassmen compression failure testing of student designed truss bridges using Instron universal testing machine

- Revised gear organization to streamline user experience and accommodate more gear in limited space- Built professional relationships with gear suppliers, securing $1600 in discounts, sponsored gear, and repair kits

- Fabricated optical-electric test station and part traveler documents raising product reliability from 82% to 89%- Analyzed the effect of partial vias on ground plane crosstalk noise using altium, leading to a 15x noise reduction- Instituted systems and board level testing procedures for signal filtering circuits in HRQLS II DAQ and PDU, rectifying over 80 bugs and fabrication errors before systems were deployed

- Engaged students in learning activities to increase comprehension of algebra, calculus, and other subjects- Assisted with administrative tasks such as testing and product tracking