Ammar Asel

Responsibilities:
• Provided advanced technical support for GPS trackers, CANBus devices, MDVR
systems, and sensors.
• Configured and troubleshot devices from Ruptela, Teltonika, Xirgo, Howen, Oyster,
GalileoSky, and Pilot.
• Integrated telematics devices with Wialon, Navixy, and Pilot platforms.
• Performed CANBus/FMS diagnostics and extracted vehicle parameters for analysis.
• Installed and configured MDVR systems, including cameras, streaming services,
and firmware upgrades.
• Executed PoCs, field demonstrations, calibrations, and validation tests.
• Conducted M2M SIM troubleshooting (APN, whitelisting, connectivity).
• Produced wiring diagrams, documentation, configuration templates, and
troubleshooting guides.
• Coordinated with manufacturers on firmware issues, parser updates, and escalated
cases.
Achievements:
• Completed complex PoCs with accurate CANBus extraction and stable MDVR
performance.
• Resolved critical issues related to CAN decoding, MDVR streaming faults, sensor
calibration, and SIM configuration.
• Reduced repeated field visits through improved troubleshooting processes.
• Enhanced installation standards and internal documentation quality.

Delivered advanced technical support for GPS trackers, CANBus devices, MDVR systems, and
sensors.
Configured and troubleshot devices from Ruptela, Teltonika, Xirgo, Howen, Oyster, GalileoSky, and
Pilot.
Integrated telematics devices with Wialon, Navixy, and Pilot platforms.
Executed CANBus/FMS diagnostics and extracted vehicle parameters for analytical review.
Engineered and configured MDVR systems, including cameras, streaming services, and firmware
upgrades.
Orchestrated PoCs, field demonstrations, calibrations, and validation tests.
Diagnosed M2M SIM issues related to APN, whitelisting, and connectivity.
Authored wiring diagrams, documentation, configuration templates, and troubleshooting guides.
Collaborated with manufacturers on firmware issues, parser updates, and escalated cases.
Accomplished complex PoCs with accurate CANBus extraction and ensured stable MDVR
performance.
Resolved critical concerns regarding CAN decoding, MDVR streaming faults, sensor calibration, and
SIM configuration.
Streamlined troubleshooting processes, significantly reducing repeated field visits.
Enhanced installation standards and the quality of internal documentation.

Responsibilities:
• Led hardware development for the company’s car-sharing fleet expansion.
• Designed immobilizer logic, remote window/door control systems, and
theft-prevention configurations.
• Performed CAN reverse engineering to extract parameters for eco-driving and
vehicle analytics.
• Tested and validated various telematics devices for car-sharing operations.
• Supported mobility operations across scooters, bikes, and cars, including
diagnostics and BMS firmware updates.
Achievements:
• Delivered the complete car-sharing hardware solution ahead of schedule.
• Reduced scooter battery failures by approximately 60% through structured
diagnostics.
• Increased mobile application downloads by approximately 70% via targeted digital
improvements.

Championed hardware development for the companys car-sharing fleet expansion.
Designed innovative immobilizer logic, remote window/door control systems, and theft-prevention
configurations.
Conducted CAN reverse engineering to extract parameters for eco-driving and vehicle analytics.
Validated various telematics devices essential for car-sharing operations.
Supported mobility operations involving scooters, bikes, and cars, including diagnostics and BMS
firmware updates.
Delivered the complete car-sharing hardware solution ahead of schedule.
Reduced scooter battery failures by approximately 60% through structured diagnostics.
Boosted mobile application downloads by around 70% via targeted digital improvements.

Responsibilities:
• Provided first-line technical support to technicians and end clients.
• Performed voltage testing, signal diagnostics, and device data verification.
• Supported GPS tracker configuration, troubleshooting, and platform connection
issues.
Achievements:
• Transitioned troubleshooting from onsite visits to remote diagnostics, reducing
field workload by ~80%.
• Improved diagnostic accuracy and lowered operational costs.

Provided first-line technical support to technicians and end clients.
Conducted voltage testing, signal diagnostics, and device data verification.
Supported GPS tracker configuration, troubleshooting, and platform connectivity issues.
Transitioned troubleshooting from onsite visits to remote diagnostics, resulting in an ~80% reduction
in field workload.
Enhanced diagnostic accuracy, contributing to lower operational costs.