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B.S. Computer Science • Honors • GPA 3.83 • Dec 2025

Software & systems
engineer.

Automation and production software for regulated, high-stakes systems, from Class III cardiac device testing to end-to-end encrypted messaging. Work-authorized in the U.S. (F-1 OPT, STEM extension eligible).

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About Me

From cardiac devices
to cloud IoT platforms.

Muhammad Moiz Bukhari

I am a B.S. Computer Science graduate (Honors, GPA 3.83) from the University of the Pacific with deep expertise in embedded systems, automation, and full-stack engineering. I architect production-grade software that eliminates inefficiencies and ensures regulatory compliance.

At Abbott Laboratories, I designed an Arduino-based power automation fixture with relay control, color sensor feedback, and battery detection logic to automate long-duration testing on a Class III cardiac device program, and supported summative human factors studies with patients and clinicians. At TWM Wholesale, I built 10+ automation scripts for inventory, procurement, and supplier workflows, reducing ~3–4 hours/day of manual data entry.

Open to Software Engineer, Systems Engineer, Verification/Test Engineer, and Embedded roles: California, Houston, remote, or relocation. Contract or full-time. Work-authorized on F-1 OPT, STEM extension eligible.

Certifications: Certified Scrum Master (Scrum Alliance)

Education: University of the Pacific, Aug 2021 – Dec 2025

Awards: Dean's List (All Semesters), Honors Graduate

Remote Hybrid Onsite

Authorized to work in the U.S. under F-1 OPT (STEM extension eligible)
0
Years of Experience
0
GPA
0
Hour Unattended Test Cycles

Experience

Where I've
made an impact.

Professional, co-op, teaching, and campus leadership roles.

Software Engineer

TWM Wholesale • Stockton, CA • May 2026 – Oct 2026
  • Designed and built a full-stack platform from scratch, including user authentication and server-side data encryption, to support a growing catalog of 40,000+ SKUs/products
  • Built 10+ automation scripts for inventory, procurement, and supplier workflows, eliminating ~3–4 hours/day of manual data entry across the operation
  • Raised automation reliability by tracing recurring failures through log analysis and rebuilding scripts into fault-tolerant, self-recovering pipelines

Systems Engineering Co-op

Abbott Laboratories • Pleasanton, CA • Jan 2025 – Aug 2025
  • Designed and built a 5-fixture Arduino-based power automation system from the ground up, integrating relay control, color sensor feedback, and battery-detection logic to automate long-duration endurance testing
  • Enabled 72-hour unattended endurance test cycles across multiple fixtures with zero manual intervention by combining embedded C/C++ firmware with Python test sequencing, real-time logging, and anomaly detection
  • Executed formal Verification & Validation protocols confirming BLE communication across multiple pairing scenarios on a Class III cardiac device program, documenting results with full traceability to design inputs
  • Supported 3 summative human factors studies across 3 sites for next-generation cardiac device systems, facilitating sessions with patients and healthcare providers and handling A/V, livestreaming, and real-time troubleshooting
More details
  • Released 4 test fixtures for V&V and Long-Term Testing by authoring IQ/OQ validation packages, PMs, drawings, and change orders in Windchill PLM, maintaining full audit traceability under FDA 21 CFR 820 and ISO 13485
  • Executed thermal testing protocols and ran FMEA-based risk analysis on the fixtures, implementing design changes that improved long-term test reliability
  • Integrated relay boards, color sensors, and I2C LCD displays; documentation followed FDA 21 CFR 820, ISO 13485, and IEC 62304
  • Assembled and validated fixture hardware end-to-end — soldering, wiring, and continuity/voltage testing against schematics — collaborating directly with mechanical and electrical engineering teams

Teaching Assistant

University of the Pacific • Stockton, CA • Jan 2022 – Dec 2025
  • Mentored 30+ students per semester in C/C++, data structures, and algorithms through labs, office hours, and code reviews

SOECS Tutor

University of the Pacific • Stockton, CA • Oct 2023 – Dec 2025
  • Tutored engineering and computer science students in the School of Engineering and Computer Science Student Support Center, one-on-one and through regular drop-in hours
  • Covered Computer Networks, Cyber Security, Algorithms, Calculus, Physics, and Chemistry, adding hours with supervisors when demand peaked

Resident Assistant

University of the Pacific • Stockton, CA • Aug 2023 – Dec 2025
  • Supported residents in university student housing as a part-time Resident Assistant, handling community building, conflict resolution, and on-call duties alongside full-time coursework

Tutor

University of the Pacific • Stockton, CA • Aug 2022 – Dec 2025
  • Tutored students across math, science, and programming courses, helping them work through problem sets, debug code, and prepare for exams

Student Leader

University of the Pacific • Stockton, CA • Aug 2022 – Sep 2023
  • Served as a part-time student leader, coordinating peers and events with a focus on leadership and teamwork

Featured Work

Projects that
define my craft.

Each card leads with the result. Hover (or tap on mobile) for the problem, solution, and stack.

Arduino-based power automation fixture used for Class III cardiac device endurance testing
Embedded C/C++ Python Arduino FDA 21CFR 820

Power Automation Fixture

Microcontroller-based automation system for battery-powered device testing with relay control, sensor feedback, and LCD status display.

Result Turned 72-hour endurance testing into unattended cycles with zero manual intervention, removing the need for overnight technician monitoring.

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72hr
Unattended cycles
5
Fixtures built
5
Firmware revisions

The Problem

  • Endurance testing on a Class III cardiac device program required a technician to monitor and power-cycle devices by hand
  • Long-duration cycles meant manual overnight monitoring and slow iteration between fixture builds

The Solution

  • Designed a 5-fixture automation ecosystem using Arduino Mega and precision relay control boards
  • Built color sensor feedback algorithms and adaptive battery detection firmware
  • Created Python-based automated test sequencing, logging, and anomaly detection across 4+ parallel fixture configurations
  • Structured firmware into separate sensor-driver, relay-control, and communication layers across 5 fixture revisions
  • Added real-time LCD status prompts for at-a-glance monitoring
Relay control board wiring Arduino Mega controller
Arduino Mega Embedded C/C++ Python Relay Control Color Sensor FDA 21CFR 820 IQ/OQ/PQ
GitHub → Details →
Signal Protocol React Native Go Team Project

End-to-End Encrypted Messenger

Two-person team project: a mobile messenger implementing the Signal Protocol for end-to-end encrypted, real-time messaging.

Result Built a working end-to-end encrypted messaging stack on the Signal Protocol, with real-time delivery and contact identity verification.

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Security

  • Implemented the Signal Protocol: X3DH key agreement and the Double Ratchet for forward secrecy
  • Added safety-number verification so users can confirm a contact's identity key

Architecture

  • Client built with React Native (Expo) and TypeScript; backend in Go
  • Real-time WebSocket messaging with automatic reconnect
  • Built with one teammate, sharing design, implementation, and testing
TypeScript React Native (Expo) Go X3DH Double Ratchet WebSockets
GitHub →
Python REST API SQL IoT

WaterCon – Cloud IoT Platform

Cloud-connected IoT platform with REST APIs, normalized SQL storage, and Python ingestion pipelines for live sensor telemetry.

Result Reduced stakeholder reporting lag from hours to seconds while maintaining 99.5% platform uptime.

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System Architecture

  • Built a cloud-connected IoT platform processing real-time telemetry from 3+ sensor device types
  • Designed a normalized SQL schema and Python ingestion pipelines
  • Built fault-tolerant retry logic to protect data integrity

API & Analytics

  • Designed RESTful APIs moving data between sensor devices, cloud storage, and reporting
  • Cut stakeholder reporting lag from hours to seconds

Reliability

  • Incorporated automated alerting and data anomaly detection
  • Sustained 99.5% platform uptime through fault-tolerant ingestion pipelines
Python REST API SQL IoT Data Visualization Cloud Architecture
GitHub → Live Demo →

Expertise

Tools & technologies
I work with.

Languages

Python C C++ C# SQL TypeScript Go MATLAB Bash PowerShell

Embedded & Hardware

Arduino Embedded Firmware I2C GPIO BLE Relay Control Sensor Integration ADCs Soldering Schematic Reading

Software & Testing

Data Structures Algorithms OOP V&V Automated Testing Root-Cause Analysis Python Scripting Test Documentation React Native WebSockets REST APIs Human Factors Studies

Tools & Regulatory

Git Windchill PLM LabVIEW Arduino IDE MPLab SolidWorks VMware Linux (coursework) FDA 21CFR Part 820 ISO 13485 IEC 62304 GDP IQ/OQ/PQ

Get In Touch

Let's build
something great.

Open to Software Engineer, Systems Engineer, Verification/Test Engineer, and Embedded roles in California, Houston, remote, or relocation. Contract or full-time.

Authorized to work in the U.S. under F-1 OPT (STEM extension eligible)