Master in International Master Program in Mechanical Engineering and Automation

At National Taipei University of Technology, tuition fees are 120,119 TWD per year.

Mechanical engineering and automation combines the principles of mechanical engineering, such as mechanics, materials, thermodynamics, and design, with the study of automated systems used to control machinery and manufacturing processes. Students in this field typically study machine design, control systems, robotics, manufacturing processes, and the sensors and software used to automate industrial equipment. The discipline prepares students to design, analyze, and improve mechanical systems while also integrating automation technology to increase efficiency and precision in manufacturing and other applications. This International Master Program in Mechanical Engineering and Automation is offered by National Taipei University of Technology, located in northern Taiwan, at the master's degree level. Instruction is delivered in English, allowing international students to pursue engineering study without a Chinese-language requirement. As a university with a strong technology and engineering orientation, this setting places students within an environment focused on applied and industry-relevant engineering education. Graduates of mechanical engineering and automation programs pursue careers in manufacturing engineering, robotics and automation system design, product development, quality engineering, and technical roles within industries such as electronics, automotive, and industrial machinery. Given Taiwan's role as a significant manufacturing and technology hub in Asia, graduates trained in this field often find opportunities connected to precision manufacturing, semiconductor equipment, and automated production systems. The combination of mechanical engineering fundamentals with automation expertise is particularly relevant as industries continue to adopt automated and computer-controlled manufacturing processes, positioning graduates to work on the design, integration, and maintenance of increasingly sophisticated production systems across a range of technical industries.