MICRO ELECTRO MECHANICAL SYSTEMS ENGINEERING

The Micro Electro Mechanical Systems Engineering program is an ideal choice for those passionate about high technology, innovation, and developing miniature electronic devices and mechanical systems. If you are eager to work in healthcare, aerospace, and cutting-edge technologies, MEMS will open up vast career opportunities.

Program Introduction

Micro Electro Mechanical Systems Engineering (MEMS) is an emerging technology and discipline that integrates microelectronics, mechanical engineering, materials science, and biology. It forms a unique engineering field by combining these disciplines. 

MEMS technology manufactures and designs miniature mechanical and electronic systems at the micro and nano scales, enabling exploration and control of the microscopic world. This technology has gradually penetrated various fields, including automotive, healthcare, consumer electronics, aerospace, and more. 

It has now become a key driver for the advancement of intelligent systems, miniaturization, and high-performance manufacturing.

Training Objectives

• Objective 1: To apply knowledge of mathematics, natural sciences, engineering principles, and specialized MEMS knowledge to analyze and solve complex engineering problems, becoming a technical backbone.
• Objective 2: To develop a strong understanding of humanities, professional ethics, and social responsibility, and to understand and comply with technical standards and regulations in engineering practice.
• Objective 3: To develop strong communication and teamwork skills, with the ability to manage engineering projects in MEMS-related fields.
• Objective 4: To cultivate a broad international perspective and lifelong learning abilities, allowing adaptation to technological advancements and societal development.

Graduation Requirements

Graduates must meet the following requirements:

• Master the basic knowledge and theories of Micro Electro Mechanical Systems Engineering.
• Understand the development direction of MEMS technology.
• Master the basic theories and research methods of MEMS systems.
• Have the practical skills required for working in the field.
• Be proficient in at least one foreign language with strong communication abilities.
• Have the ability to summarize, organize, analyze, design, and write academic papers, as well as engage in academic exchanges with strong innovative thinking.

Core Courses

• Engineering Drawing
• Fundamentals of Mechanical Design
• Engineering Materials and Forming Technology
• Fundamentals of Mechanical Manufacturing Technology
• Hydraulic and Pneumatic Systems
• Fundamentals of Control Engineering
• Electromechanical Drive and Control
• Microcontroller Principles and Interface Technology
• Introduction to Python Programming
• Nano and Micro Materials
• Machine Vision Technology
• Micromachining and Micro-fabrication Technology
• MEMS System Design
• Nano/Micro Measurement and Testing Technology

Research Directions in Micro Electro Mechanical Systems Engineering

• Micro Sensors and Micro Actuators Design: Research on how to design and manufacture high-performance micro sensors and micro actuators, such as pressure sensors, accelerometers, gyroscopes, micro mirrors, and their application in various electronic devices and systems.
• MEMS Materials and Manufacturing Processes: Explore advanced materials for MEMS systems (such as silicon, polymers, metals) and micro-manufacturing processes (such as photolithography, micro-machining, 3D printing) to improve the performance and reliability of MEMS devices.
• MEMS System Integration and Packaging: Study how to integrate MEMS systems with electronic circuits, optical devices, wireless communication modules, etc., and develop efficient packaging technologies to ensure system stability and durability.
• Micro/Nano Fluid Systems: Research on the behavior of fluids at the micro/nano scale and their application in MEMS systems, such as biomedical chips, chemical sensors, and environmental monitoring devices.
• Biological MEMS and Biomedical Applications: Explore the application of MEMS in biomedical fields, including the development of miniature devices for disease diagnosis, drug delivery, gene analysis, as well as biosensors and implantable medical devices.
• Micro Energy and Energy Harvesting: Study the application of MEMS in the energy field, especially micro energy devices and energy harvesting technologies, such as micro batteries, nanogenerators, and energy harvesters, to power MEMS devices.
• MEMS Reliability and Testing: Research the reliability of MEMS systems, developing new testing and evaluation methods to ensure long-term stable operation of MEMS devices in various environments.
• Intelligent MEMS and IoT Applications: Explore the integration of MEMS with Artificial Intelligence (AI) and the Internet of Things (IoT), developing intelligent sensor networks, adaptive systems, and automation control systems to promote smart manufacturing, smart cities, and other developments.

Degree Awarded

Graduates are typically awarded a Bachelor of Micro Electro Mechanical Systems Engineering degree.

Career Development

Graduates of this program have good career prospects. They can work in the following fields:

• IC Manufacturing: Engage in MEMS design and manufacturing, production management, and quality control.
• Aerospace: Work in aerospace technology, precision manufacturing, and research institutions.
• Mechanical Engineering: Engage in the design, manufacturing, and R&D of micro electro mechanical systems.
• Medical Devices: Work on MEMS development and manufacturing for medical applications.
• Precision Instruments: Work in the precision instrument industry, focusing on the integration of MEMS technologies.

Related Majors

• Mechanical Engineering
• Mechanical Design, Manufacturing, and Automation
• Materials Forming and Control Engineering
• Mechatronics Engineering
• Industrial Design
• Process Equipment and Control Engineering
• Vehicle Engineering
• Automotive Service Engineering
• Mechanical Process Technology
• Mechatronic Engineering Education
• Automotive Maintenance Engineering Education
• Intelligent Manufacturing Engineering
• Intelligent Vehicle Engineering
• Bionic Science and Engineering
• New Energy Vehicle Engineering
• Additive Manufacturing Engineering
• Intelligent Interaction Design
• Emergency Equipment Technology and Engineering
• Agricultural and Forestry Intelligent Equipment Engineering

Top Universities Offering Micro Electro Mechanical Systems Engineering

1. Northwestern Polytechnical University
2. Beijing University of Aeronautics and Astronautics