ADAS HIL Validation
Virtual and hardware-in-the-loop test environments for validating driver-assistance features across multiple vehicle platforms.
- Python
- dSPACE
- MATLAB
- Simulink
Hi, I'm
Ali Aljibory
Solution & Application Engineer, Robotics Systems Builder, Software Engineer, and Founder
I build robotics and software systems that work beyond the prototype.I connect customer problems, software, hardware, and engineering teams to deliver real operational systems.
AMR-01 · PATROL · 0.0 m/s
Move your cursor and the robot followsTap the floor to send the robot
Portfolio
Selected projects across automotive, embedded, and software systems
Embedded RF Systems Integration
System engineering and validation automation for automotive embedded RF systems, from customer requirements through integration and testing.
- C/C++
- Python
- CAPL
- CANoe
myCloudGarage
A live operations platform for used-car lots, vehicle reconditioners, dealerships, and collision shops.
- Full-stack development
- AI-assisted workflows
- Cloud deployment
Interactive Campus Map
An interactive map of the University of Michigan-Dearborn campus, built by a student team and recognized with a College of Engineering and Computer Science award.
- JavaScript
- Java
- CSS
- SVG
Experience
Where I've worked
2025–Present
Solution & Application Engineer
MyBull Intelligent Machinery
Pre-sales and application engineering for heavy-duty autonomous mobile robots, from first technical discovery through deployment planning and partner enablement.
- Technical lead in customer engagements with operations, engineering, and IT teams.
- Site qualification and navigation planning for indoor and outdoor AMR deployments.
- Integration planning between fleet software and plant systems, plus technical bids and ROI models.
- Training for partners, integrators, and the deployment team.
- AMRs
- Fleet management software
- Lidar
- SLAM
- RTK GNSS
- REST APIs
- PLC/WMS/MES integration
2024–2025
Application Engineer
Valeo
Customer-facing system engineering for automotive embedded RF systems, connecting customer requirements with software, hardware, and manufacturing teams.
- System requirements and specification alignment with the customer.
- Root-cause analysis across embedded hardware and software with international teams.
- Test automation and requirement coverage on validation benches.
- Embedded systems
- RF
- C/C++
- Python
- CANoe
2022–2023
System Engineer
Stellantis
Virtual and hardware-in-the-loop validation environments for L2+ driver-assistance features across multiple vehicle platforms.
- HIL bench integration of ADAS modules, infotainment ECUs, and vehicle networks.
- Python automation for test execution, data logging, and scenario generation.
- Feature validation and failure reporting with integration teams.
- Python
- dSPACE
- HIL
- CAN
- ADAS simulation
Founder work
August 2025–Present
myCloud Garage, Inc.
Co-founder
Product company behind myCloudGarage.
July 2026–Present
Bounty Hit, Inc.
Founder
About me
Background and approach
Solution & Application Engineer
Ali Aljibory
I'm a Solution & Application Engineer at MyBull Intelligent Machinery, working with manufacturers on heavy-duty autonomous mobile robot (AMR) solutions. My work spans technical discovery, site qualification, system design, integration planning, and deployment support.
My background combines robotics, automotive embedded systems, and software. Before MyBull, I was an Application Engineer at Valeo working on embedded RF systems and a System Engineer at Stellantis building hardware-in-the-loop validation environments for driver-assistance features. I'm also the co-founder of myCloud Garage, a software platform for dealership and reconditioning operations, and the founder of Bounty Hit.
I hold a Bachelor of Science in Software Engineering from the University of Michigan-Dearborn. Across every role, I focus on understanding the real workflow, translating it into clear technical requirements, proving the system, and closing the loop between customers and engineering.
- Currently
- Solution & Application Engineer, MyBull Intelligent Machinery
- Education
- Bachelor of Science in Software Engineering, University of Michigan-Dearborn
- Languages
- English, Arabic
What I do
Solutions engineering
Technical discovery, system architecture, technical bids, ROI models, and proofs of concept that turn customer requirements into viable solutions.
Robotics and AMR systems
AMR and AGV selection, fleet software, LiDAR, SLAM and localization, and integration into manufacturing operations.
Embedded and automotive
HIL environments, CAN/LIN networks, ASPICE system integration, and functional safety for production-intent systems.
Full-stack products
TypeScript products taken from product definition through live deployment, including myCloudGarage.
Skills
Domains and tools I work across
Robotics & systems
- Robotics
- AMRs and AGVs
- Lidar
- SLAM and localization
- RTK GNSS
- Fleet management software
- PLC/WMS/MES integration
- ROS 2
- Gazebo
Software
- Python
- C/C++
- TypeScript
- JavaScript
- Java
- Linux
- Docker
- Cloud deployment
- APIs
- IoT
Embedded & automotive
- Embedded systems
- RF
- HIL
- CAN/LIN
- ADAS validation
- Test automation
Product & delivery
- Solutions design
- Technical discovery
- Technical bid writing
- ROI modeling
- Proofs of concept
- Deployment
- Partner training
- AutoCAD
Education & leadership
University of Michigan-Dearborn
Bachelor of Science in Software Engineering
Intelligent Systems Club
Software Engineering Member
Built a Gazebo-based virtual testing environment and ROS 2 frameworks for navigation, sensors, LiDAR, and vision systems.
Electric Formula SAE Club
Engineering Team Member
Contributed as a member of the university's electric Formula SAE engineering team.
Contact
Let's talk about systems that have to work in the real world.
Reach me by email, LinkedIn, or GitHub.