Gabriel Lepage Email & Phone Number

Sterling Heights, Michigan, United States

Novi, Michigan, US

• Technical customer interface presenting advanced development feature & product roadmap for all business unit to various equipment manufacturers for both on and off-highway automotive productso Products range from.
• Chief architect for the technical design, specification, and execution of the industry’s first wired trailer rear view camera for articulating commercial vehicles with traditional SAE J560 tractor-trailer interface.o.
• Trained fleet technicians on installing and commissioning of the PoC systems on-site.
• Performed multiple DoE clinics and driver interviews to improve system effectiveness and user experience.
• Engineering interface with partner company on a program for joint development of connected smart trailers allowing drivers real-time visualization of critical trailer health data in-cab.
• Product owner of the next generation automotive ethernet camera targeted for commercial vehicle applications.

Farmington Hills, MI, US

• Lead System Architect for (2) innovation projects targeting new product segments
• Headed concept generation, analysis and selection during system architecture development
• Derived over (200) requirements and verification criteria while maintaining traceability in DOORS
• Reviewed and negotiated system requirements with both internal as well as external customer teams
• Evaluated system function and architecture modifications for new product segments
• Presented future system functions to advanced development customer teams

Farmington Hills, MI, US

• Technical expert for torque and angle sensors (TAS) in North America region
• Electrical project lead of up to (4) simultaneous customer projects
• Lead designer of fully automated environmental test system for validation of components under real world climatic and road conditionso Designed, specified and sourced over (3000) hardware componentso Generated over.
• Executed over (200) validation tests spanning electrical, environmental and electromagnetic compatibility (EMC)

Bietigheim-Bissingen, Baden-Württemberg, DE

• Lead designer/programmer/commissioner of state-of-the-art voltage segmented control panels in (1/3) the time of traditional projects
• Commissioned software systems of over (300,000) variables and (80,000) rungs of logic
• Hardware design of over (40) electrical control panels to operate in harsh conditions
• Developed (20) touch sensitive visualizations for operating a paint facility
• Management of multi-million dollar electrical installations
• Interfaced with robot, conveyor, building and supervisory systems in real time

Lexington, KY, US

• In charge of large scale deployment of critical security patches and software to over 1,000 computers
• Produced computer inventory scripts as well as an equipment checkout website
• Troubleshot computer problems ranging from faulty hardware to roaming profile folder redirection problems

Karlsruhe, Baden-Württemberg, DE

• Developed a self-learning algorithm to train Histogram of Oriented Gradients (HOG) detectors for pedestrian tracking
• Helped reduce false detections from (10) to nominally (1)
• Used OpenCV library to add automatic pedestrian recognition and tracking to a training image extractor
• Implemented timestamp correction algorithm to time synchronize sample image orientation data

Louisville, KY, US

• Performed load testing on prototype power supplies for cost-to-performance analysis
• Use of Cadence software to lay out a washer accelerometer control board intended for future production
• Retrofitted prototype washing machine control boards to test competitor model

Louisville, KY, US

• Launched the first icemaker testing lab
• Designed and built (10) electronic test fixtures for production and suppliers
• Worked with suppliers in qualifying (35) new wire harnesses

Louisville, KY, US

• Completed analysis and troubleshooting on over (500) control boards from the manufacturing line as well as customer returned defective parts
• Headed root cause analysis and corrective action with suppliers to prevent future problems
• Reduced the number of defective reworked control boards from (60) per day to approximately (2) helping to avoid shutdown of the factory

Master Of Engineering - Meng, Systems Engineering

Bachelor’S Degree, Electrical And Electronics Engineering

Electrical, Electronics And Communications Engineering