Develop novel equipment concepts necessary for manufacturing next-generation devices

Develop key skills to verify and implement concepts

Design mechanical systems that meets the physical conditions (temperature, pressure, etc.) required for the semiconductor process

Select key parts and configure layouts for the mechanical system design.

Develop sensors to monitor equipment status during implementation

Analyze the characteristics of key parts to further develop them

Use basic understanding of part characteristics, assembly structure, and layout to analyze system configuration and operating characteristics of the key parts in order to develop mechnical design concepts that can be applied to equipment.

Create optimal designs for driving mechanisms within the semiconductor equipment

Create optimal designs for wafer transfer robots within the semiconductor equipment

Create lightweight and highly-rigid design by employing the use of composite materials

Design and optimize driving mechanisms in vacuum and clean-room environment

Develop chemical resistance within parts with driving mechanisms.

Vibration, dynamics, mechanical product design, system control theory, mechanics, mechanical design, introduction to sensors, etc

Majored in fields related to mechanics, robots, and simulation (CAE)

Has knowledge of mechanical design, measurement, driving mechanisms, and control to comprehend equipment development

Has experience carrying out projects on mechanical system development

Proficient in a foreign language (English, Mandarin)

Design Electrical energy(Power) and control circuits to maximize performance of next-generation equipment

Analyze signals triggered by motion, analyze and design the efficient usage of power

Optimize performance through temperature and flow design of PCB boards

Optimal design through analysis of frequency and time domain characteristics of the net and resonance characteristics of the power supply ( Optimal design through analysis of frequency and time domain characteristics of the network and resonance characteristics of the power supply )

Secure and design RF-related spec. required for each equipment

Analyze characteristics and and provide suggestions for improvement for RF-related parts

Monitor RF-related issues during equipment operation

Verify PCB circuit through CAE technology such as high-speed circuit design, Power, and Digital circuit simulation

Analyze Parts/Components/Circuit Design and Circuit Self-Diagnosis

·Prevent facility downtime through circuit design technology

Circuit theory, electromagnetics, electronic and electrical circuits, analog electronic circuits, digital integrated circuits, power conversion circuits, logic circuits, etc.

Preferred degrees with Electrical and electronics engineering related

Knowledge of Circuit theory and able to circuit design and calculate

Understand circuit function requirements and able to perform optimal design and implementation

Experience in carrying out hardware and firmware development projects

Experience using RF related measuring instruments

Proficient in a foreign language (English, Mandarin)

Real-time control, ultra-precise/high-speed motion control, signal processing, high-speed data processing

Firmware software product design, development, application, evaluation and performance optimization

Equipment control SW platform development (Cluster process, Display equipment, Inspection equipment Robot, etc.)

High-speed Network Protocol (Field bus), real-time OS

Develop middlemare for Protocol, Device Driver, Linux, Windows

Develop AI-based Machine/Deep Learning, voice/natural language/image/image processing, and solutions.

Analyze big data of equipment (data correlation analysis, production/repair prediction and optimization, etc)

Establishing SW development methodology/process, establishing and automating development infrastructure/tool, analyzing SW, and controlling quality

System programming, algorithm, operating system, computer architecture, data structure, programming language, etc.

Electronic/computer : computer structure, computer programming, software engineering, algorithm, operating system, etc

Industrial engineering: data management and analysis, programming language, experimental planning, data mining, industrial statistical engineering, etc

Has algorithmic problem-solving skills and can utilize programming language (C/C++/C#/Python/Java, etc.)

Capable of designing and developing software specific to the programming requirements

Has experience related to the job

Has won the contests featuring software and hardware platforms and those who have taken part in related projects

Proficient in a foreign language (English, Mandarin)

Analyze bottle-neck of each process step and suggest improvements

Analyze process parameters and develop recipes to improve mass production process

Identify and improve process variables by data mining

Analyze data to predic yield and improve manufacturing processed

Identify causes of defects within the manufacturin process/equipment and suggest improvement plans

Analyze requirements of a new process and create parameters for the equipment

Study the compatibility between materials/ components of the equipment to figure out the optimal combination

Discover new materials and coatings that will improve plasma/chemical resistance based on process conditions

Evaluate and analyze performance of the test piece during implementation ( Evaluate and analyze performance of parts with split test )

Propose concepts of a novel equipment to secure the spec. required by the next-generation process

Predict required spec. for future equipment and suggest roadmaps to match the increasing difficulty of processes

Develop and verify a new schemes to overcome process limitations

Electrical and electronic : Semiconductor devices, electromagnetism, semiconductor integrated processes, etc

Chemistry/chemical engineering : General chemistry, organic/inorganic chemistry, analytical chemistry, etc

Mechanics: Vibration, Dynamics, Instrumentation, Mechanics, Mechanical Design, Non-Destructive Analysis, etc

Physics: General physics, plasma physics, electromagnetic waves, optics, etc

Majored in electrical and electronic, mechanical, physical, chemical/chemical engineering, etc

Has problem-solving skills for 8 major semiconductor processes

Understands process requirements, has experience in process/analyze/design/implementation, and can implement

Is capable of modeling and analyzing process variables based on data mining

Has basic knowledge to understand device structure and process mechanisms

Has experience in projects relating to semiconductor process development and/or equipment development

Proficient in a foreign language (English, Mandarin)

Maintenance of semiconductor/display/logistics automation equipments (failure measures, part replacement, abnormality improvements)

Analyze equipment data trends

Improve equipment utilization and performance by conducting PM (Preventive Maintenance)

Analyze and fix failures of equipment by conducting BM (Break Maintenance)

Enhance productivity by managing and organizing the equipment parts

Analyze and resolve causes of equipment problems

Mechanical: thermodynamics, fluid mechanics, heat transmission, solid mechanics, kinetics, computational system of mechanical engineering (design/CAD program), kinematics, mechanical element design, etc.

Electric and electronics: electronic circuits, circuit theory, electric and electronic circuits, etc.

Materials/Metals: Semiconductor science, material mechanics, metal materials, semiconductor materials, etc.

Chemistry/chemical engineering: organic/inorganic chemistry, physical chemistry, analytical chemistry, nanomaterial chemistry, etc.

Majored in electrical/electronics, machanical engineering, or materials, or have sufficient knowledge regarding those majors

Has knowledge related to mechanical/electronic equipment, the basis for understanding the structure and operation principle of semiconductor equipment, and has the capability of to maintain robots and automation equipment.

Those who have ability to use mechanical design tools (Auto CAD, Inventor, Solid Edge, CATIA) and system tools (C language/Java, etc.)

Those who have foreign language skills (English, Chinese) fluent enough to communicate