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Owns automotive sensor product lines, driving market research, roadmaps, and launches from concept to post-launch iteration.
Build Singapore’s next-generation traffic light control system using C++ for real-time logic and Python for automation, ensuring 24/7 reliability and security for millions of daily road users.
Owns the product roadmap for automotive display solutions, defining scalable HMI features across HUDs and instrument clusters while aligning OEM needs with business goals.
Support and implement IoT telematics solutions for clients in Japan, troubleshooting GPS tracking devices and connected-vehicle systems for fleet, rental, and logistics use cases.
Engineer exterior illuminated features for Mercedes-Benz vehicles, collaborating with local suppliers and R&D teams to develop and verify China-specific parts.
Engineer exterior mirror and glazing systems for Mercedes-Benz vehicles, integrating sensors and kinematic functions while coordinating with EE systems and stakeholders.
Lead a team to design and verify advanced microcontrollers and microprocessors for automotive, IoT, and RF products using industry-leading verification methodologies.
Leads complex airport construction and infrastructure projects, coordinating engineers, architects, and contractors to deliver airfield, terminal, and utility upgrades while ensuring FAA and TSA compliance.
Integrate and validate hardware platforms for Mercedes-Benz cockpit, ADAS, and centralized computing systems, debugging issues across hardware, software, and suppliers.
Designs and evaluates next-gen radio access network solutions for a Philippine telecom, ensuring cost-effective deployment and alignment with global tech trends.
Leads the design and validation of automotive seating systems, ensuring structural performance, manufacturability, and regulatory compliance while collaborating cross-functionally.
Designs and drives end-to-end software test architecture and automation frameworks for automotive electronics, ensuring robust validation across system integration and qualification levels.
Designs and oversees embedded software testing for automotive systems, focusing on AUTOSAR, ASPICE, and functional safety using C/C++, Python, and CAPL.
Designs and manages ADAS system requirements and architecture for automotive electronics at Magna Electronics, using tools like Codebeamer and EA.
Engineer automotive cybersecurity for ADAS products, deriving security requirements per ISO 21434 and working with ASPICE processes to protect vehicle electronics.
Support and improve software release management processes for Daimler Truck’s Software-Defined Vehicle portfolio, including process governance, metrics tracking, and continuous improvement.
Designs embedded software requirements and architecture for automotive driveline systems using AUTOSAR, ASPICE, and safety standards, then verifies designs through modeling and testing.
Build high-fidelity robotics simulation platforms to test autonomous mobile robots and fleet systems before deployment, using ROS2, Gazebo, and Isaac Sim.
Build high-fidelity robotics simulators in C++/Python to test AGVs and fleet systems before deployment, using ROS2, Gazebo, and Isaac Sim.
Owns and drives the interface-technology product portfolio, translating market needs into technical specs and collaborating with hardware/software teams to deliver safe, automation-focused solutions.
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