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TALENT CULTIVATION

TALENT CULTIVATION

Educational Objectives

The school is student-centered, facing the major demands of the country's 'innovation-driven development strategy' and 'new generation artificial intelligence development plan'. Adhering to the educational philosophy of global vision, interdisciplinary innovation-oriented, quality-based, it integrates the characteristics of Chinese and Western education systems, strives to cultivate anew generation of international, innovative, and leadership talents who prioritize morality, have comprehensive development morality, intelligence, physique, beauty and labor, have a sense of national pride,international vision, cross-disciplinary perspective.and professional foresight. The undergraduate graduates from the Shien-Ming Wu School of Intelligent possess;

The critical thinking ability to discover, analyze,and solve problems;
The written expression and communication skills across disciplines,cultures,and borders;
The team collaboration and leadership abilities with a global view, coordination, inclusivity, and execution;
The skills for lifelong learning, and the ability to conduct further research in the chosen field in the future.

Program Profile

Intelligent Manufacturing Engineering

The Intelligent Manufacturing Engineering program covers several disciplines, including mechanical eng1neer1ng, automation, electronics and telecommunications, and computer science. It aims to meet the needs of the country's manufacturing industry transformation and upgrade, and it is aimed at nurturing innovative and comprehensive quality intelligent manufacturing science and technology talents, to meet the growing demand of Al-related technologies and industries. This program focuses on the cutting-edge technologies in the field of intelligent manufacturing, including intelligent algorithms and systems, system modeling and optimization, information integration, perception, control, integration, operation and maintenance, robotics, and other related knowledge.

Robotics Engineering

The Robotics Engineering program integrates knowledge from multiple disciplines such as computer science, mechanic, automation, and electronic engineering. Its emphasis is on the development,manufacturing, analysis and deployment of robots and Al systems,learning about robot perception,decision making, control,design,and other technologies.The program covers robots in various fields such as industrial,medical,service,and autonomous driving. lt aims to cultivate innovative, hands-on, compound high-level applied engineering talents and technical management talents who can combine engineering theoretical knowledge with engineering practice.

Course Features