BEng in Robotics
- Program Objective
- Program Details
- Curriculum and Requirement
Program Objective
The industrial development of robots is an important indicator of a country's level of technological innovation, and it is also a strategic, fundamental, and pioneering industry that supports economic and social development and ensures national security. Additionally, robots are carriers of embodied intelligence, so they serve as a crucial force in driving technological revolutions and industrial transformations. The bachelor of engineering in robotics program is based on the demand of both national development strategies and industry requirements, addressing the opportunities and challenges in the field of robotics. By integrating the innovative talent cultivation models of the Hong Kong University of Science and Technology and the Hong Kong University of Science and Technology (Guangzhou), we aim to establish a platform for deep interdisciplinary integration. Furthermore, we will explore new models for cultivating interdisciplinary undergraduates, and we will nurture a new generation of talents in the robotics field with a global perspective, innovation capabilities, and practical skills. These individuals will be qualified for scientific research, education and teaching, technology development, and engineering management in the robotics field, meeting the future societal demands for high-level professionals in robotics and related fields.
Program Details
Program Duration
- Bachelor Track 4 years
Medium of Instruction
English is the medium of instruction and small class teaching is implemented in HKUST(GZ). The University has a language center to serve students to adapt to the English-medium learning environment.
Tuition and Fees
For Students of China’s Mainland, and Hong Kong, Macau and Taiwan Region
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Items
Rates
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Tuition Fee
CNY 50,000 to CNY 100,000 /year
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Accommodation Fee
a single room in the suite for six: CNY 630 /per month a single room in the suite for eight: CNY 580 /per month
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Medical Insurance
TBA
For International Students
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Items
Rates
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Tuition Fee
CNY 100,000 /year
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Accommodation Fee
a single room in the suite for six: CNY 630 /per month a single room in the suite for eight: CNY 580 /per month
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Medical Insurance
CNY 800 /year
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Application Fee
CNY 150 /person
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Reservation Fee
CNY 4000 /person
Scholarship and Aid
HKUST(GZ) sets up a wide range of scholarships and grants to support students throughout their academic journey. These scholarships are awarded for various reasons, such as academic performance, contributions to the community, and outstanding achievements in competitions, etc.
Meanwhile, the University welcomes excellent students, regardless of their financial background. Financial assistance will be provided to those in need. The admitted students may apply for financial aid according to the family's financial situation. HKUST(GZ) is committed to ensuring that no one student would be prevented from joining our community due to family financial difficulty.
For international students, HKUST(GZ) offers a variety of scholarships, including Admission Scholarship, which is awarded to top students from all backgrounds based on their academic merit and non-academic achievements. All applicants will be automatically considered for Admission Scholarship without extra application. Awarded details will be announced in the admission letter. Additionally, international students of HKUST(GZ) are eligible to apply for Guangdong Government Outstanding International Student Scholarship every year.
Intended Learning Outcomes
- 1. Acquire a solid foundation of knowledge in mathematical modeling, programming, algorithms, mechatronics design fundamentals, digital technologies, and systems development techniques that form the basis for designing robots and autonomous systems. (Knowledge)
- 2. Use existing tools and methodologies to elucidate problems relevant to robots and autonomous systems, like analysing, modeling, designing, optimizing, and implementing systems that contain software, hardware, and mechanics. (Execution)
- 3. Assess interdisciplinary information and make independent judgments on issues related to robots and autonomous systems. (Judgement)
- 4. Communicate effectively about robots and autonomous systems to both laymen and expert audiences.(Communication)
- 5. Demonstrate self-direction in tackling and solving both scientific and engineering problems and act proactively and responsibly in planning and implementing tasks. (Autonomy)
- 6. Use a global perspective in conjunction with robots and autonomous systems to address the issues of importance in science, technology, and society. (International Outlook)
Career Prospect
With the rapid advancement of the global robotics industry and the continuous expansion of the relevant market scale, there is a pronounced demand for high-caliber professionals in the field of robotics. Graduates of this program are well-equipped to engage in the development of robot-related hardware and software technologies, product testing, and operational management within emerging fields such as humanoid robots, quadruped robots, autonomous driving systems, and embodied intelligence. Additionally, they can contribute to the software and hardware development, and production of related robots and intelligent systems across various domains, including industrial automation, artificial intelligence, communication technology, integrated circuits, biomedicine, electrified transportation, aviation, and aerospace. Furthermore, graduates of this program are well-positioned to pursue advanced studies in related disciplines, such as robotics and autonomous systems.
Curriculum and Requirement
Overall Introduction
Under the Enquiry-based Cross-disciplinary Active Learning Model, students will take undergraduate common core courses and fundamental courses based on various interests and backgrounds in their first and second academic years. In the third academic year, students can choose the robotics major and start to take its major courses. At this stage, students need to meet the requirements of the major required courses and major electives of BEng in Robotics.
Program Structure
120 credits are required for BEng in Robotics:
- 30 credits for University Common Core Courses
- 87-88 credits for Major Requirements, including:
24-25 credits for Fundamental Courses
42 credits for Major Required Courses
21credits for Major Electives - Free Electives Courses can be used to fill in any shortfall in total credits
Study Pathway