MPhil in Technology Innovation and Entrepreneurship (TIE)

The Hong Kong University of Science and Technology (HKUST) is committed to fostering the spirit of innovation and entrepreneurship, and has incubated over 1,700 active start-ups, including 10 unicorns and 11 listed companies, creating more than HK$400 billion of economic benefits for the community, and nurturing tens of thousands of innovative talents rooted in a wide range of industries. Today, Clear Water Bay has become a cradle of technology innovations with rich resources and a strong eco-system. 

The Master of Philosophy in Technology Innovation and Entrepreneurship (TIE) is a major attempt by HKUST to reshape the education system and make the school a real driving force for continuous innovation in society after 30 years of focus on education. The entire training model will be transformed from the traditional model to a problem-oriented, multidisciplinary, project-based learning model, designed for innovators and entrepreneurs who aspire to take the lead in the deep technology field.

The program provides a comprehensive new engineering education experience, combining in-depth technical knowledge with necessary entrepreneurial skills. Students will work in dynamic teams, participate in rigorous research training, and gain valuable industry experience opportunities. Each student must complete a thesis independently under the guidance of faculty members and collaborate on team projects that combine theoretical insights with practical applications. If you have a solid foundation in science and engineering, a courageous entrepreneurial spirit, a good team spirit, and a desire to learn interdisciplinary thinking, come and apply!

 

The TIE program encapsulates HKUST’s accumulated experience in fostering innovation and entrepreneurship and propels students to the forefront of technological advancement and enterprise creation. TIE has three key features: 

  • A research-driven entrepreneurship education
    • This approach ensures graduates are well-equipped to be technical experts in specific areas and are able to originate solutions and overcome technical barriers of complex problems.
  • A research-to-industry ecosystem
    • A synergistic ecosystem linking students with industry practitioners, investors, and other relevant stakeholders to offer practical experience in commercializing original research outcomes to resolve real-life challenges.
  • Collaborative learning and personalized research endeavours
    • TIE promotes teamwork and individual research contribution. Students will pursue individual thesis topics linked to a prototype/service developed by their team.

 

Students are required to take a total of 12 credits of coursework (including 6 credits of core courses, i.e. Design Thinking, Entrepreneurial Literacy, and 6 credits of elective courses), to fulfill HKUST graduation requirements, and complete individual thesis research. Besides the required courses, students will be equipped with Graduate Teaching Assistant Training, Professional Development Courses, and Language courses for full-person development. The detailed curriculum can be found in the Program Catalog

Besides the required courses, Industrial Engagement Workshops, Field Trips & Exhibitions, as well as Technology Innovation and Entrepreneurship Seminar will be provided. 

Students in teams of 4 to 5 will collaboratively develop a product prototype or service throughout the program, and conduct a product demonstration. Each team will be assigned a prime supervisor and include additional supervisors based on the specialized expertise or guidance necessary from faculty members.

Students are required to complete an individual thesis related to the group-based product prototype or service they worked on.

The 2-year program journey and milestones are illustrated as above. On successful completion of the program, graduates will be able to:

  1. Tackle challenges of technology innovation in a real context
  2. Diversify market sense.
  3. Converge resources to integrate supply chains and industry pain points.
  4. Possess outstanding technical capabilities and leadership.
  5. Communicate effectively to do market research and form groups.
  6. Learn fast from changing scenarios and study interdisciplinarity.
  7. Implement products to fit the market need and maintain sustainability.
  8. Iterate products continuously and have the ability to commercialize.

 

Through the program study, candidates will establish a robust foundation in the following areas, a profound sense of curiosity, and an aptitude for learning are ideal for this program.

  • Marine Tech, Underwater Vision, Transport, Communications
  • Bio Health, Bio-inspired Design, [Tele] Medical Design, Wearable Healthcare Devices
  • AI Hardware, Edge AI
  • Low Energy System Design, Architectural Geometry, Sustainable Design
  • Design Theory, Innovative Design, Human-centred Design
  • Computer-Aided Design and Manufacturing (CAD/CAM)
  • Computer Vision, Computer Graphics, Computation Design
  • Augmented Reality, Pervasive and Cloud Computing
  • System Designs, Embedded Systems
  • Microelectronics, Beyond 5G, IoT
  • Robotics Dynamics and Control, Systems Simulation and Modelling

 

The TIE MPhil program is designed to bridge the gap between academic research and real-world application. Our program collaborates with a diverse range of academic institutions and industrial partners to provide students with a comprehensive learning experience.

  • Academic Partners

Our academic partners include leading universities and research institutions, including UC Berkeley, Olin College of Engineering, Shenzhen InnoX Academy, etc. Collaborative research projects and joint seminars can foster an environment of innovation, encouraging students to engage with current trends and challenges in technology.

  • Industrial Partners

We also collaborate with various industrial partners, including HKSTP, HKCRC, XBot Park, etc. By working closely with industry leaders, students will gain practical experience and insights into the entrepreneurial landscape.

 

 

TIE requires a period of two years of study in full-time mode. For details on admission requirements and the application process, please visit the Program Catalog.
Typically, all qualified students accepted to HKUST MPhil programs will receive postgraduate studentship (PGS) which carries financial assistance sufficient for an individual’s cost of living in Hong Kong. For detailed regulations, please visit the FYTGS webpage and Handbook for Research Postgraduate Studies for details.

 

ISD UG Students Won Bronze Award of ASMPT Technology Award 2024

News 24 Jun 2024

A team of UG students from the Division of Integrative Systems and Design (ISD) won the Bronze Award of ASMPT Technology Award 2024.

Five of our undergraduate students Shijie WANG, Mukai YU, Yui Kai TSE, Wang Lok LUK and Chen SONG came up with a practical innovation under the supervision of Prof. Chi-Ying TSUI and Dr. Jac LEUNG for their final year project, titled “Facade Installation Robotic System (F.I.R.S): Modernizing Working at Heights”. F.I.R.S is a smart construction robot that could handle the most high-risk procedures of mounting panels at heights with Computer Vision-powered Automation, and IoT connectivity while giving construction workers control to monitor and intervene safely from the ground. This solution could empower the construction workers to install the Building-Integrated Photovoltaics (BIPV).

Nominated to participate in the competition, the team stood out from the rest of the final year projects among universities in Hong Kong in engineering or science fields and won the Bronze Award with their outstanding design and presentation.

The ASMPT Technology Award is the initiative of ASMPT Limited that aims to recognize and reward students with exceptional final year projects which demonstrate excellence in technology and innovation.

Congratulations to the winning team!

Prof. Li Li is a Professor in the Division of Integrative Systems and Design of The Hong Kong University of Science and Technology, Board of Director of The Hong Kong Research Institute of Textiles and Apparel Limited, Technical Expert in the discipline of “Textile & Clothing” under the New Industrialisation and Technology Training Programme (NITTP), and the Fellow of Royal Society of Arts. Prior to joining HKUST, Prof. Li was the Cally Kwong Mei Wan Professor in Chinese Culture and Creative Design in the School of Fashion and Textiles at The Hong Kong Polytechnic University. During her time in PolyU, she was also the Founding Director of China Resources-PolyU Joint Research Institute for Carbon Neutral New Materials, Director of PolyU Technology and Consultancy Co. Limited, and Associate Director of PolyU Academy for Interdisciplinary Research. In her early age, she gained valuable industry experience working in the creative sector of Shenzhen and Hong Kong for over 7 years.
 
Prof. Li’s research has expanded the potential of fibers, a distinctively soft material, beyond their traditional applications into a versatile and powerful interdisciplinary tool benefitting designers and researchers across various disciplines. The design engineering of fibers enables tactile qualities that can evoke emotions and story-telling, allowing for immersive and interactive experiences which can revolutionize the creative industry, drive commercial success, and unlock new opportunities for different sectors. Her adoption of design thinking has also provided opportunities to experiment and innovate in areas such as smart technology, material science, and sustainable design that have found practical value for the domains of design, healthcare, agriculture, archaeology, electronics and life style etc. Furthermore, her research has had successful industrialization and commercialization outcomes on an international scale.

Thumbnail
People Type
People Position
Email
lillyli@ust.hk
Area
Wearable Electronic Textiles
Industrial Innovations
Advanced Manufacturing
Fiber Technology
Creative Art
Phone
Location
RM 4364
Surname
Li

[ISD Seminar] Functional Metal-Based Nanomaterials from Metallopolymers

Events 07 Jun 2024
Events Date07 June 2024 Events4:00 p.m. EventsLT-F (Lift 25-26), Academic Building, HKUST

Metal-containing polymers represent an important research field due to their combination of unique and intriguing redox, electronic, magnetic, optical, and catalytic properties and their ability to be easily processed and fabricated into thin films, fibers, and other forms. As these metallopolymers can be readily shaped and patterned using various lithographic techniques, they offer a convenient synthetic access to patterned arrays of metal NPs with control of their composition and density per unit area.

ISD Seminar - Artificial Intelligence for Wildlife Conservation

Events 28 May 2024
Events Date28 May 2024 Events11:00am - 12:00pm EventsRoom 4580 (Lift 27-28), Academic Building, HKUST

Wildlife monitoring provides valuable information for conservation, research and disease management, but most wildlife monitoring methods are expensive and labour intensive. This presentation will cover our research on applying Artificial Intelligence (AI) to monitor wildlife in new and more effective ways, overcoming the limitations of current monitoring methods. We present our integrated framework for data collection and annotation, AI method development and validation, to improve feedback loops between AI and ecological data.

The Future of Healthcare Powered by AI & Wireless Sensing

Events 13 May 2024
Events Date13 May 2024 Events10:00am EventsLT-H (Lift 27-28), Academic Building, HKUST

The multifaceted nature of individual health can be captured using an array of physiological and behavioral indicators, including but not limited to respiratory patterns, cardiac rhythms, neural activity as evidenced by brain waves, articulation and linguistic nuances, kinesthetic dynamics, and the intricate details captured in medical imaging. This talk will present innovative wireless sensing and advanced machine learning technologies, which have the potential to transform daily health monitoring and revolutionize the accuracy and efficiency of disease diagnosis.

Flexible Robotic Exoskeleton System for Advancing Human Potential in Enhancing Physical Attributes and Abilities

Events 06 May 2024
Events Date06 May 2024 Events10:00am - 11:00am EventsRoom 2303 (Lift 17-18), Academic Building, HKUST

Robotic exoskeletons are advanced wearable devices designed to enhance the capabilities of disabled patients and manual laborers engaged in routine heavy manual work. These exoskeletons incorporate powered assistance and support mechanisms, enabling users to experience improved limb movement, strength, and endurance. Active rigid exoskeletons, commonly employed in this context, consist of a stiff frame or structure worn over the body.

ISD Seminar - Designing Mechanical Intelligence in Magnetic Robots

Events 02 May 2024
Events Date02 May 2024 Events11:00am - 12:00pm EventsRoom 5510 (Lift 17-18), Academic Building, HKUST

Modern mechatronic systems provide precision and automation through highly specialized sensors, controllers, actuators, and batteries connected by electrical wires. Many natural organisms (e.g., bacteria, fungi, and plants) have evolved intelligent behaviors without sharing the same system architecture. Instead, the functions are partially encoded in the material and structures, and the control is performed by mechanical interactions between the material and the environment.

ISD Seminar - Reimagine Fashion: A Journey of Integrated Study and Learning

Events 30 Apr 2024
Events Date30 April 2024 Events09:00am - 10:00am EventsRoom 2303 (Lift 17-18), Academic Building, HKUST

Fashion is an integral part of society, culture, economy, and the daily lives of everyone, reflecting people’s values, beliefs, and identities and influencing perceptions, emotions, and well-being. In this talk, Dr. Tracy Mok will share her work on computer-aided fashion creation and realization, adopting an integrated approach through industry and university collaborations.