Portrait of Mustafa
SYSTEMS ENGINEER
Robotics and AI

MUSTAFA SIDDIQUI

Experience

Applied engineering across AI, robotics, and secure systems

Skills

An interactive engineering toolbox

Built to evolve over time. Categories are modular, so adding or removing tools only requires editing one card block.

AI Engineering

Designing robust AI systems from data ingestion and OCR to deployment and monitoring.

PyTorchOpenCVPaddleOCRLLM ToolsData Pipelines

Software Engineering

Shipping maintainable backend and frontend systems with strong API and deployment discipline.

PythonJavaScriptTypeScriptHTMLCSSSQLREST APIsGit

Mechanical and Robotics Engineering

Building integrated systems where hardware and software work together under real constraints.

SolidWorksFusion 360RoboticsKinematicsHardware DesignEmbedded Systems

Tools and Platforms

Operational tools used to deploy, automate, monitor, and maintain engineering systems.

JenkinsDockerActive DirectorySCCMRaspberry PiArduinoGitHubSupabaseVercel

Projects

Systems I have built across work, university, and personal labs

Invoice OCR platform

Intelligent Invoice OCR Platform

Built production OCR pipelines with model fallbacks, document classification, and structured data export.

AIComputer VisionOCRMLOpsWorkData

Key tools: PyTorch, PaddleOCR, Python, Docker

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Rehabilitation robotics prototype

Rehabilitation Robotics Prototype

Co-designed assistive robotic mechanisms and validated motion control for repeatable patient exercises.

RoboticsMechanicalResearchUniversityHardware

Key tools: Fusion 360, MATLAB, Embedded Sensors

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Secure endpoint automation

Secure Endpoint Automation Framework

Automated provisioning and patch workflows for secure enterprise environments with audit-friendly reporting.

WorkAutomationSoftwareDashboardData

Key tools: SCCM, PowerShell, Active Directory, SQL

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Lunar rover subsystem

Lunar Rover Telemetry Subsystem

Built and tested sensor telemetry pipelines for a rover concept, from data capture to remote monitoring.

RoboticsEmbeddedResearchWorkUniversity

Key tools: Raspberry Pi, Python, Fusion 360

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PPE detection system

PPE Vision Safety Assistant

Developed a lightweight vision model to detect missing safety gear in workshop settings in near real time.

AIComputer VisionPersonalSoftwareAutomation

Key tools: OpenCV, PyTorch, Flask, Vercel

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IoT monitoring dashboard

IoT Environment Monitoring Dashboard

Created an IoT stack for environmental sensing with cloud sync, alerting, and a mobile friendly dashboard.

IoTDashboardFull StackPersonalHardware

Key tools: Arduino, Supabase, JavaScript, REST API

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Bluetooth attendance app

Bluetooth Attendance Mobile App

Built an Android app that verifies attendance through Bluetooth proximity and stores encrypted logs.

Mobile AppAndroidBluetoothSoftwarePersonal

Key tools: Kotlin, SQLite, Bluetooth LE

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Community robotics contribution

Community Robotics Outreach Kits

Led the build of portable kits used to teach robotics fundamentals in community STEM workshops.

LeadershipCommunityRoboticsUniversityResearch

Key tools: Arduino, CAD, Python, Documentation

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About

Personal, practical, and grounded in real world engineering

Who I am beyond a job title

I am an engineer who enjoys turning uncertainty into workable systems. I value clarity, reliability, and thoughtful execution. My best work sits at the intersection of software, hardware, and human impact.

I prefer projects where I can own the full loop: understand the problem, build a prototype, test in real conditions, and refine until it becomes useful.

Know me beyond engineering

  • Values: accountability, curiosity, and engineering craftsmanship
  • Interests: robotics labs, rapid prototyping, and science outreach
  • Mindset: practical solutions over flashy demos
  • Working style: collaborative, structured, and delivery focused

Where I see myself in a few years

I want to grow into a systems engineer who leads multidisciplinary products in AI, robotics, aerospace, and medical technology. The long term goal is to build meaningful systems that improve safety, access, and public impact.

I am especially interested in projects that combine machine intelligence with reliable hardware for high-stakes real world environments.

Engineering moments

Professional portrait
Professional profile
Robotics workspace
Robotics workspace
Prototype session
Prototype iterations
AI system delivery
AI systems delivery