James Lim

- Architected an industry-standard embedded security framework for Dyson's next-generation robot vacuum, ensuring secure device provisioning and robust over-the-air software updates. - Served as software architect for platform component selection and integration, defining hardware-software interfaces across the next-generation robotic platform's core components (SoC, camera subsystems, and sensor suites). - Owned C/C++ development of the robotic platform software stack, driving implementation from hardware abstraction through to application-layer integration. - Onboarded and led teams of senior and junior software engineers to successfully meet deadlines and surpass key performance targets.

- Served as Tech Lead for a team of software platform engineers, providing technical guidance across architecture, design, and testing. - Led software integration for audio and next-generation device programmes, coordinating software teams across global offices and external vendors.

• Co-led the design of remote monitoring system for IoT devices

- Core team member for the development of a next-generation smart router platform, contributing to software architecture decisions and prototype improvements. - Drove platform stability improvements through extensive C++ debugging and refactoring, diagnosing complex system-level issues and optimising key subsystems.

- Co-architected and deployed a comprehensive security framework — including secure boot and a low-bandwidth socket layer — protecting firmware and data for IoT devices on marine vessels. - Designed and developed a software-defined Modbus snooping device that became a customer favourite for its ability to rapidly add IoT functionality with minimal system intrusion.

- Served as software architect and principal software engineer for Singapore's high-performance nano-satellites (POPSAT, ATHENOXSAT). - Designed and developed the complete satellite flight software system from the ground up. - Built the attitude determination and control system end-to-end, from MATLAB simulations to porting validated code to FreeRTOS for production use. - Developed the ground mission control software. - Developed and integrated drivers for onboard sensors and actuators including IMU, sun sensor, magnetometer, propulsion, and reaction wheel systems. - Unlocked proprietary IP camera functionality by reverse-engineering its protocol and implementing a custom driver for embedded Linux.