Independent applicant portfolio · Hadrian
Customer-facing software for shipyard operations, production systems, and aerospace engineering.
I work with stakeholders to turn operational requirements into deployed software, connecting the people, data, and physical systems needed to get work done. My experience spans full-stack planning tools, embedded controls, and automated engineering analysis.
I want to strengthen America’s ability to manufacture the systems it depends on. Hadrian’s mission connects that ambition to work I want to own: learning a customer’s production reality, building what is missing, and improving the software as people use it. I want to grow my engineering career alongside the operators and engineers making American industrial capacity more capable and dependable.
U.S. citizen · Irvine, California
Available for full-time onsite work, relocation, and customer-site travel.
Selected engineering work
O3 Worldwide, Inc. · 06/2026–Present
Engineering and planning for aviation, aerospace, maritime, shipbuilding, and advanced-manufacturing programs, including the O3-led, $15 billion-plus Orlando Sanford International Airport development opportunity.
System architecture, technical workflows, software and data requirements, simulation integration, and requirements traceability for aircraft and maritime programs.
O3 Worldwide, Inc. · Selected engineering project
Technology and Computer Engineering Consultant
Make a disrupted production plan actionable.
Developed software for potential deployment by leading U.S. shipbuilders, connecting an ontology of parts, equipment, workers, and task dependencies to an operator interface; integrated OPC-UA adapters and OR-Tools CP-SAT scheduling.
Implementation · Rust · Python · FastAPI · PostgreSQL · React · TypeScript · Docker · OPC-UA · OR-Tools CP-SAT
Ibrium Studios · 09/2025–05/2026
Independent Embedded Systems Engineer
Turn creative requirements into reliable physical operation.
Architected distributed real-time control for a production multi-axis motor system; implemented the CAN protocol, ARM Cortex-M node firmware, central controller, multilayer Altium PCBs, feedback, fault detection, and safe-stop behavior.
Implementation · C · ARM Cortex-M · CAN · Altium · SLAM · Unreal Engine · Logic analyzer
O3 Worldwide, Inc. · Selected engineering project
Technology and Computer Engineering Consultant
Evaluate coupled airframe tradeoffs with engineering evidence.
Connected parametric geometry with aerodynamic, structural, mass, and aeroelastic analysis; screened hundreds of variants, validated three finalists with higher-fidelity tools, and identified a trade-study design with approximately 24% lower structural mass than its baseline.
Implementation · Python · NumPy · SciPy · OpenVSP · CalculiX
MedBWS · 05/2020–06/2023
Automation Lead
Support operational work with controlled, traceable data.
Built a computer-vision and Swift iOS workflow for pharmaceutical identification and disposal in HIPAA-compliant hospital environments, including secure APIs, access controls, and audit logging.
Implementation · Computer vision · Swift · Secure APIs · Access controls · Audit logging
Additional engineering depth
Saddleback College Robotics · 06/2021–06/2023
Co-led ROS 2 rover autonomy through two competition seasons, integrating Nav2 behavior trees, waypoint navigation, ArUco detection, obstacle avoidance, stereo cameras, LiDAR, GPS, and IMU fusion.
Connected autonomous and teleoperated control to STM32 through an asynchronous Rust driver; integrated ODrive and CAN control, React/TypeScript and Foxglove interfaces, Jetson video, Gazebo/Isaac Sim environments, rosbag replay, and a Docker test harness.
Validated autonomy through field trials and rosbag replay, coordinated subsystem integration through GitHub reviews, and built simulation tests that exercised navigation changes without vehicle hardware.
O3 Worldwide, Inc. · Selected engineering project
Built a replayable signal and decision pipeline using FFT and CA-CFAR detection, emitter-feature extraction, threat-library matching, constrained response selection, confidence-based abstention, and reproducible Nix environments.
Processed synthetic and SigMF replay IQ; evaluated response plans against mission state, spectrum restrictions, and resource constraints, preserving decision evidence for adversarial simulation and replay-based debugging.
Haskell · Nix · FFT · CA-CFAR · SigMF · Simulation and replay
O3 Worldwide, Inc. · Selected engineering project
Built a Rust analyzer for C/C++ flight software with function discovery, call extraction, MAVLink-handler lookup, and heuristic checks for authentication references, unsafe memory access, and unexpected navigation-state writes; validated behavior with 29 passing tests and a release build.
Validated call-graph extraction and detection rules against PX4 function lookups and vulnerable-versus-corrected fixtures, producing findings for source review.
Rust · PX4 v1.16 · C/C++ · MAVLink
Hasan & Associates · 06/2026–Present
Designed tools and workflows to organize and synchronize video, images, documents, timelines, and demonstrative exhibits; created courtroom-ready multimedia presentations and applied data-processing, conversion, quality-control, and retrieval methods across large evidentiary records.
Tata Consultancy Services · 12/2025–02/2026
Configured sensors and validated field captures across multiple sites; developed C software and repeatable protocols for consistent indoor scanning.
Why Hadrian
The opportunity to configure and integrate Opus, build applications where a customer program needs more, and help useful solutions become reusable platform capabilities is why this role stands out to me. These examples show the experience I would bring to that responsibility.
I built shipyard planning software around an ontology of parts, equipment, workers, and task dependencies, adapting workflows to operator feedback.
React and TypeScript interfaces connect to Rust and Python services, PostgreSQL operational data, and constraint-based scheduling.
Role-based access, event history, and tamper-evident audit records support review of the shipyard platform.
I carried robotic controls through custom PCB design, board bring-up, firmware, fault diagnosis, integration, and production handoff.
Production stakeholders supplied creative intent and constraints. I translated them into control requirements, explained technical limitations, and trained the crew.
AEROS required understanding the coupling between geometry, aerodynamic loads, structural mass, and flutter alongside aerospace engineers.
Contact
Irvine Valley College · GPA 4.0
C++ · Computer Organization and Assembly · Python · MATLAB
Calculus · Linear Algebra · Differential Equations
August 2026
Available for full-time onsite work, relocation, and travel.
April 2026
Code samples and letters of recommendation available upon request, subject to client confidentiality.