Industrial Systems Engineering (ISE)
Introduction / Background
The Industrial Systems Engineering (ISE) program addresses the systematic design, optimization, and operation of integrated engineering systems involving people, equipment, materials, data, and processes. It provides a rigorous engineering framework for improving productivity, reliability, quality, and sustainability across industrial and technological systems, in response to the increasing complexity and technological intensity of modern industries.
The ISE program brings together specialized tracks in Industrial and Manufacturing Engineering, Mechatronics and Machine Intelligence, Biomedical Engineering, Semiconductor Engineering, and Artificial Intelligence of Things and Signal Processing. This integrated structure enables students to develop strong engineering foundations while gaining exposure to advanced technologies that support smart manufacturing, intelligent systems, and high-value industrial applications.
Areas of Specialization
The Industrial Systems Engineering (ISE) program offers the following areas of specialization:
- Artificial Intelligence of Things and Signal Processing (AIoT)
- Industrial and Manufacturing Engineering (IME)
- Mechatronics and Machine Intelligence (MMI)
- Biomedical Engineering (BME)
- Semiconductor Engineering (SCE)
Focus Areas
The Industrial Systems Engineering (ISE) program focuses on applied research and advanced engineering development in the following areas:
Industrial Systems and Quality Engineering
- Industrial systems design and optimization
- Production and operations systems
- Quality management and continuous improvement
- Logistics and supply chain systems
Intelligent Systems, Robotics, and Automation
- Intelligent vehicles and autonomous systems
- Robot manipulators and cooperative robotics
- Automated Guided Vehicles (AGV) and Laser Guided Vehicles (LGV)
- Rehabilitation machines and assistive robotic systems
- Exoskeleton systems and human–machine interaction
Mechatronics and Embedded Engineering Systems
- Mechatronic system design and integration
- Embedded and real-time control systems
- Sensor-based systems and industrial instrumentation
Biomedical Engineering and Medical Technologies
- Biomaterials and biosensors
- Prosthetics and assistive devices
- Medical instrumentation and diagnostic systems
- Medical and rehabilitation robotics
Semiconductor and Electronic Engineering Systems
- Electronic and semiconductor-based systems
- Device integration for industrial and medical applications
- Electronics and communication hardware for engineering systems
AIoT and Smart Connected Engineering Systems
- Industrial IoT system design and implementation
- Sensing, monitoring, and control systems
- Wireless and mobile technologies for connected devices
- AI-enabled sensing and automation for engineering applications
Preferred Background
Master’s Program
Applicants should hold an undergraduate degree in engineering or related applied science disciplines with a strong quantitative background, such as industrial, manufacturing, mechanical, electrical, electronics, mechatronics, computer, biomedical engineering, or other relevant fields.
Doctoral Program
Applicants should hold a relevant master’s degree in engineering or applied sciences aligned with the focus areas of the Industrial Systems Engineering program.
Concerned Faculty
Contact Information
Phone: +66 (0)2 524 6601
Email: [email protected]
