1. Design and develop automated systems based on control theory.

2. Integrate sensors, actuators, and controllers to ensure system stability and precision.

3. Conduct parameter tuning and performance evaluation through simulation and experimental validation.

4. Plan control architectures for mechatronic, robotic, or manufacturing process systems.

5. Support the adoption of intelligent control technologies and provide technical assistance.

1. Design and develop embedded system control software to ensure seamless hardware–software integration.

2. Integrate sensors, communication modules, and peripheral hardware interfaces.

3. Perform system testing, debugging, and performance optimization to enhance system stability.

4. Develop device drivers and support hardware design and functional verification.

5. Manage firmware updates, maintenance, and provide technical support.

1. Install and customize network software to meet the requirements of specific Internet-based devices.

2. Support the development of Internet-based applications.

3. Provide technical recommendations on network system operation, management, and procurement.

4. Design interconnection schemes among various network systems.

5. Design, develop, and maintain the operation of Internet systems.

1. Research, design, and improve circuit systems for microwave communications, as well as radio transmitters and receivers.

2. Study and enhance signal processing techniques for television signals, radio broadcasts, and electromagnetic communication signals to achieve optimal audio-visual performance.

3. Supervise the installation, configuration, operation, maintenance, and repair of radio communication systems.

1. Analyze and derive the design principles and applications of optoelectronic phenomena in materials.

2. Apply the propagation and interaction of light and electromagnetic waves to product design.

3. Conduct technological enhancement and advanced design for display and energy applications.

4. Apply light- and electrical-based technologies to advanced chip-level integrated design.

1. Establish mathematical models to analyze electronic behavior and physical phenomena.

2. Develop practical analytical and quality inspection skills, and perform product lifetime and performance analysis.

3. Carry out process optimization and improvement to establish optimal process parameters.

4. Research and develop nanoscale devices and applications of emerging materials for advanced manufacturing processes.

1. Demonstrate proficiency in circuit simulation using PSpice.

2. Construct functional modules for logic circuit and digital system design.

3. Perform parameter analysis and improvement of circuit performance, such as amplification, filtering, and signal processing.

4. Complete the printed circuit board (PCB) layout design workflow using circuit simulation and schematic drawing software.

1. Implement logic circuits and perform hardware verification by programmatically constructing circuit block modules or systems.

2. Simulate circuit characteristics and verify design correctness in an EDA environment.

3. Conduct timing analysis, parasitic effect extraction, and circuit performance parameter analysis.

4. Perform circuit design using layout techniques to complete chip implementation.