Talented master's Program in Mechatronics Engineering

1. Training Objectives

PEO 1: Serve as an expert, scientist, or technical leader in mechatronics; lead or participate in research and development activities and master advanced technologies; and create new solutions, products, and knowledge to address complex engineering problems.

PEO 2: Actively participate in or take on coordinating, managing, or leadership roles in professional teams, research groups, or projects involving research, product development, technology transfer, innovation, and entrepreneurship in mechatronics.

PEO 3: Continuously pursue learning and professional development, adapting to changes in science and technology; work effectively in multidisciplinary, multicultural environments; practice the profession according to ethical standards; and contribute to economic, social, and environmental development in line with sustainable development goals.

2. Program Student Outcomes

SO 1: Creatively apply engineering, scientific, and mathematical principles to identify, model, analyze, and solve complex engineering problems in the field of Mechatronics.

SO 2: Design, develop, and optimize advanced engineering solutions for Mechatronics and intelligent robotic systems to meet technical requirements while taking into account safety, economic, social, environmental, and sustainable development factors.

SO 3: Communicate effectively in Vietnamese and English on professional and academic matters through presenting, defending, and responding to questions about research findings, design proposals, and advanced engineering solutions in academic, industrial, and international collaborative settings.

SO 4: Fulfill ethical and professional responsibilities; make engineering decisions that take into account economic, environmental, social, and global impacts, in the direction of sustainable development.

SO 5: Work effectively and provide leadership within professional or product-development teams to successfully carry out engineering and research projects in the field of Mechatronics.

SO 6: Design and conduct experiments; analyze and interpret data; and draw scientific conclusions in the field of Mechatronics.

SO 7: Engage in self-directed learning and research and keep pace with new knowledge in order to adapt to developments in science, technology, and the profession.

3. Training Program Information:

Talented Master's Training Program in Mechatronics Engineering