Responsible for selecting and evaluating the optimal specifications for hardware components required for AI image processing systems, such as cameras, CPUs, GPUs, and specialized processors.
Design hardware with considerations for constraints such as heat generation, processing speed, and power consumption to enable high-precision image processing.
Design and implement prototypes, testing and improving system performance.
Research technical information on necessary hardware and adopt new devices or technologies flexibly as needed.
Develop test plans to ensure product quality and provide technical support throughout the manufacturing process.
Ideal Candidate Profile
Highly motivated to design high-performance hardware and continuously improve it toward productization.
Deep understanding of hardware-software integration to achieve optimal designs.
Interest in new devices and technologies, with a commitment to ongoing learning.
Capable of identifying challenges quickly and providing flexible and effective solutions.
Requirements
Knowledge of architectures and performance evaluation for CPUs, GPUs, and specialized processors such as FPGAs and TPUs.
Experience in hardware design that balances trade-offs among heat generation, processing speed, and power efficiency.
Basic understanding of image sensors, lenses, and skills in selecting related camera modules or equivalent technologies.
Foundational technical expertise in circuit design and component selection.
Rewards
Achieve the fulfillment of designing hardware that forms the foundation of high-performance AI image processing systems.
Overcome complex constraints such as heat generation and processing speed, directly contributing to enhanced product performance.
Participate in projects that leverage cutting-edge hardware technology to deliver transformative value to the manufacturing industry.
Experience the satisfaction of seeing your designs progress from prototype development to implementation in real-world applications.
