Ching-Ching Chiang

Conducted integration of AI hardware and software for optimal performance.:

• Architected and implemented advanced motor control solutions through custom RTL IP design, enhancing responsiveness and precision in servo operations
• Implemented low-level I/O optimization, capping system latency to a stringent sub-millisecond threshold for real-time ZMP balance calculations in robotic platforms
• Optimized CPU performance sustaining 30 FPS at 2K resolution while performing real-time CV workloads (ArUco detection) at 15 FPS.
• Designed high-performance streaming image pipeline leveraging memory mapping for zero-copy data transfer.
• Executed low-level I/O optimization, reducing system latency to sub-millisecond threshold for real-time ZMP balance calculations in robotic platforms
• Architected scalable automated test platform with unified hardware abstraction layer for robot arms and instruments. Designed safety-critical finite state machine engine to synchronize precision actions effectively.
• Engineered BLE sensor mesh network for HVAC control, achieving 20% increase in energy efficiency
• Collaborated with cross-functional teams to integrate hardware and software components, ensuring cohesive system functionality

• Designed ATE systems using LabVIEW to enhance testing processes., Developed Bluetooth Low Energy applications using nRF51 for IoT devices., Implemented IoT security proof of concept using STM32 and wolfSSL..
• Developed and executed automated test scripts using Selenium to enhance testing efficiency.
• Collaborated with cross-functional teams to define testing requirements and improve product quality.
• Conducted thorough analysis of test results, identifying defects and ensuring timely resolutions.

• Optimized Linux kernel middleware and IPv6 protocol stacks to enhance system performance and reliability.
• Led cross-functional teams to optimize engineering processes and improve project delivery timelines.
• Developed and implemented innovative design solutions, enhancing product functionality and user experience.
• Mentored junior engineers, fostering skill development and ensuring adherence to best practices in engineering standards.

• Developed servo control systems and provisioned firmware for efficient operation.
• Diagnosed and repaired control systems to enhance operational efficiency.
• Implemented preventative maintenance procedures for various automated machinery.
• Collaborated with engineering teams to troubleshoot complex system issues.