Description

With the recent advances in artificial intelligence (AI) technology, digital computers are providing a new future for human society. The world has changed - those who are kids today will be the adults that will live with this paradigm-shifting change. This course opens a door for kids to an entry level of machine intelligence through utilization of programing (Scratch) and robot (mBot) control, and offers them a steppingstone to explore the knowledge and a glimpse of this fundamentally changed future society.

Scratch is a programming language developed by MIT Media Lab. With drag-n-drop, learners can easily create projects with audio and video effects, and share creations with others. mBot is a do-it-yourself educational robot kit created by robotics experts. 

The first half of this course will focus on sharpening the basic logical skills of the students through Scratch. Then we will proceed to teach students developing their own software to control the robotic device mBot. Students will build the mBot robots themselves from separate mechanical pieces in the first class. Then they will learn the basic skills for putting the intelligence into the otherwise dumb mBot and transforming the robot into an intelligent self-driving autonomous vehicle. This involves putting advanced abilities like dynamic sensing, dynamic decision-making, and inter-vehicle communication into the mBot robot and utilizes them to do self-driving – which is one of the hottest topics in the industry today.

Basic programming concepts, e.g. variables, arrays, controls, loops, data abstraction and objects, are infused into the course too. These are universal principles for any modern programming language, and will be beneficial if kids want to go further in coding.

The course will conclude with a rally competition of teams of mBots on a “line-chasing” map to practice what they have learnt from this course.

Course Sample

Instructor

Dr. Alex Lam ── Dr. Lam received his Ph.D. degree in Electronic and Computer Engineering from the McGill University of Canada in 2011. Since then he has been teaching at the Department of Computer Science and Engineering of HKUST, teaching various courses at the undergraduate level. He has experience in developing diverse course materials and he enjoys teaching and sharing the joy of learning with his students. He feels that computer programming offers the best platform for the youth to unleash their full logical thinking capability.

Date & Time

Robot Assembly, Lectures & Practice

Jul 21, 23, 25, 28, 30 (Mon, Wed, Fri) 【2:00pm – 5:00pm】

Project Demonstration & Presentation

Aug 1 (Fri) 【2:00pm – 5:00pm】

(In case of bad weather, make-up class(es) will be held on Aug 4 and/or Aug 6. Please refer to the latest updates by CDGT.)

Language

Cantonese supplemented with English (Lecture notes in Chinese)

Requirements

P.5 – P.6 students who are interested in computer science and programming

Award

Students with 80% attendance, have submitted all the assessment assignments and taken part in the final competition will be issued a certificate

Course Fee

HKD 4,600

Material Required

(Self-prepared)

Each student is required to bring along with their own Makeblock mBot2 for lessons. (Reference price of mBot2: HKD$1,258).

For purchase method and details, please refer to the website of Makeblock’s Authorized Distributor in Hong Kong below:

Description

Linear functions are a fundamental concept and essential problem-solving tool in higher mathematics. They have a wide range of applications not only in pure and applied mathematics but also in fields such as science, engineering, and economics. This course will guide students in exploring linear functions, covering key areas that are vital for future studies in mathematics.

The topics covered include vectors, systems of linear equations, matrices, the relationship between matrices and linear functions, simultaneous equations, and determinants. Through engaging face-to-face classroom activities and exercises, students will deepen their understanding of these concepts and enrich their mathematical knowledge.

Course Sample

Instructor

Mr. Cheng Wing-cheong ── holds a master’s degree from the Hong Kong University of Science and Technology. He taught at the Department of Mathematics of the University from 2014 to 2024 as an Instructional Assistant Coordinator. During this period, he also served as the Officer of the Mathematics Support Center. He has extensive experience in delivering gifted educational courses to cultivate students’ mathematical abilities and has been teaching Level 1 Mathematics for Dual Program, offered by the Center for the Development of the Gifted and Talented, HKUST since 2018.

Date & Time

Lectures

Jul 15, 17, 22, 24, 29 & 31 (Tue & Thu)【10:00am – 12:30pm】

(In case of bad weather, make-up class(es) will be held on Aug 5 and/or Aug 7. Please refer to the latest updates by CDGT.)

Language

English supplemented with Cantonese (lecture notes in English)

Requirements

P.5 – P.6 students who are interested in mathematics

Award

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate.

Course Fee

HKD 3,800

Description

Diseases play a significant role in human life, affecting our health and well-being. They vary in their nature, with some being infectious, caused by pathogens like bacteria and viruses, while others are non-infectious, resulting from genetic factors or lifestyle choices. Understanding these differences is crucial for prevention and treatment, enabling us to lead healthier lives.

Throughout this interactive course, students will become "disease detectives”, investigating common illnesses such as common cold, asthma and cancer through understanding their major symptoms, and discovering the links between causes, symptoms, effective remedies and preventive measures.

Join us in this adventure to unravel the mysteries of illness and become champions of health in your community!

Course Sample

Instructor

Dr. Amy Kwok ── Dr. Kwok obtained her Ph.D. majoring in molecular biology and endocrinology in the University of Hong Kong. She worked in research laboratories and life science companies in recent years. She is experienced in teaching and mentoring young students in undergraduate courses and summer internship programs. She has a keen interest in applying interactive in-class activities such as discussion and scenario-based problem-solving exercises to improve students' initiative and understanding of the subjects.

Date & Time

Lectures

Jul 19, 26 & Aug 2, 9, 16 (Sat)【10:00am – 12:30pm】

(In case of bad weather, make-up class(es) will be held on Aug 23 and/or Aug 30. Please refer to the latest updates by CDGT.)

Language

Cantonese supplemented with English (Lecture notes in Chinese)

Requirements

P.4 – P.6 students who are interested in health sciences

Award

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

Course Fee

HKD 3,200

How do seedless plants reproduce? Why do plant stems grow towards light? What features protect plants from herbivores? In our daily lives, we encounter a wide variety of plants, many of which have unique adaptations that help them thrive in their habitats. This course will introduce students to the diversity of plants, as well as their basic structures and growth. Students will also explore different defence mechanisms of plants, their applications in human society, and the technique of plant tissue culture.

In addition to informative lectures, a series of hands-on experiments will allow students to gain technical and analytical skills related to plant science. Interactive activities and scientific presentations will further develop their critical thinking and problem-solving abilities.

Course Sample

Dr. Amy Li ── Dr. Li is currently a Lecturer in Division of Life Science, HKUST. She received her Ph.D. in Microbiology from McGill University, Canada. Apart from a dozen of research publications in international academic journals, Dr. Li has over 10 years of local and overseas teaching experience in various biology courses, such as Plant Biology and Plant Biotechnology. She is particularly good at integrating a combination of teaching strategies and class activities to develop students’ critical thinking and communication skills, as well as inspire their interest in further study.

Aug 5, 7, 12, 14, 19 & 21 (Tue & Thu) 【10:00am – 1:00pm】

(In case of bad weather, make-up class(es) will be held on Aug 26 and/or Aug 28. Please refer to the latest updates by CDGT.)

Cantonese supplemented with English (lecture notes in English)

S2 or above students with genuine interest in plant science

Students who have attained 80% attendance will be issued a certificate

HKD 4,800

In this course, we will use a comparative approach to examine the physiology of selected animal systems (such as the circulatory, nervous and sensory systems) with an emphasis on vertebrates. We will also examine how physiological systems are integrated and thus allow animals to respond in different environments. Moreover, dissection demonstrations will be conducted by the instructor, through which students can observe the structures and feel the textures of various animal organs, including hearts, lungs and eyes.

Course Sample

Dr. Philip Lam ── Dr. Lam received his Ph.D. in Molecular Pharmacology and Toxicology from University of Southern California, USA. He is currently an Assistant Professor of Science Education at the Division of Life Science, HKUST. He has years of substantial teaching experience. He is familiar with various new pedagogical strategies such as e-learning and blended learning. Dr. Lam believes that it is of utmost importance to provide students with a learning environment that nurtures critical thinking.

Jul 16, 18, 21, 23 &25 (Wed, Fri and Mon)

【Class A: 10:00am – 1:00pm】

【Class B: 3:00pm – 6:00pm】

(In case of bad weather, make-up class(es) will be held on Jul 28 and/ or Jul 30. Please refer to the latest updates by CDGT.)

Cantonese supplemented with English (lecture notes in English)

Students who have a genuine interest in animal biology

Students with 80% attendance will be issued a certificate

HKD 4,200

Description

Public perceptions of forensic science are heavily influenced by TV shows like CSI: Crime Scene Investigation, which often prioritize dramatic, high-tech imagery over an accurate understanding of its role in the criminal justice system. However, forensic science has undergone revolutionary advancements in recent decades, particularly with the advent of DNA profiling. These breakthroughs allow investigators to extract critical evidence—such as microscopic traces of body fluids, drugs, or explosives—of sufficient quality to play a pivotal role in criminal investigations and trials. Today, forensic science is an indispensable tool in the criminal justice process, providing answers to investigative questions more effectively than many other methods.

This course offers students a comprehensive introduction to the theories, techniques, and analytical tools used in forensic science. Topics include the analysis of fingerprints, bloodstains, DNA profiling and sequencing, drug chemistry, and fibers, among others. Students will also conduct project-based studies on topics of their choice. To enhance understanding, laboratory demonstrations and hands-on explanations will illustrate how to analyze samples using various forensic instruments, providing students with a unique perspective on science that helps uncover the truth.

Course Sample

Instructor

Dr. Veronica Tse ── Dr. Tse is an Assistant Manager (Laboratory) at the Department of Chemistry, HKUST. With a diverse educational background, she holds a bachelor’s degree in Chemistry, a bachelor's degree in Health Science, a master's degree in Analytical Chemistry, and a Ph.D. degree in Chinese Medicine. Her expertise encompasses analytical chemistry, instrumental analysis, biomolecular analysis, and Traditional Chinese Medicine (TCM) research. Her extensive teaching experience spans various fields, including organic chemistry, inorganic chemistry, biomolecular chemistry, and analytical chemistry. She has successfully instructed chemistry laboratory courses, sharing her knowledge with students in a practical setting. Currently, she is actively involved in teaching general, synthetic, biomolecular, and pure chemistry laboratory courses at the Department of Chemistry, as well as courses offered by the Center for the Development of the Gifted and Talented at HKUST. Additionally, she contributes to postgraduate-level laboratory courses, further enriching the academic experience for advanced students.

Date & Time

【Class A】: Jul 15, 17, 22, 24, 29 & 31* (Tue & Thu)    【10:00am – 1:00pm】

* Jul 31 will be the day for oral presentation and final exam.

【Class B】: Jul 16, 18, 23, 25, 30 & Aug 1* (Wed & Fri)  【10:00am – 1:00pm】

* Aug 1 will be the day for oral presentation and final exam.

(In case of bad weather, make-up class(es) will be held on Aug 5 and/ or Aug 7 for Class A, and Aug 6 and/ or Aug 8 for Class B. Please refer to the latest updates by CDGT.)

Language

English supplemented with Cantonese (lecture notes in English)

Requirements

Secondary school students interested in the chemistry and techniques used in forensic science

Award

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

Course Fee

HKD 4,800

Drugs play a vital role in our lives by preventing, diagnosing, and treating diseases. But have you ever wondered how the medications that heal us are created? This course invites students to discover the secrets of Pharmaceutical Chemistry, where the realms of chemistry, medicine, and manufacturing technologies converge.

Students will explore fundamental concepts of pharmaceutical chemistry, including the physicochemical parameters of drug molecules, mechanisms of drug action, drug synthesis, formulation of common dosage forms, and drug analysis. Through engaging laboratory demonstrations, students will learn how to extract, isolate, identify, and analyse the active ingredients in pharmaceutical products using instrumental methods. Lessons will also incorporate interactive activities such as group discussions and presentations, enriching the overall learning experience for students.

Course Sample

Prof. Ho-Wai Dennis Chan ── Dr. Chan is an Adjunct Associate Professor in the Department of Chemistry, HKUST. He specializes in organic synthesis of compounds with pharmaceutical potential and application of organometallic reagents in chemical synthesis. He currently teaches a University Common Core course (in science and technology area) and practical chemistry courses in the Department of Chemistry covering various areas of chemistry realm ─ including organic chemistry, inorganic chemistry, biomolecular chemistry, material chemistry and pure chemistry. He also supervises final year undergraduate students in completing their capstone projects. He has extensive experience in teaching gifted students and has been teaching a variety of courses offered by the Center for the Development of the Gifted and Talented, HKUST since 2007.

Dr. Man Sing CHEUNG ── Dr. Cheung is currently an Assistant Manager (Laboratory) in the Department of Chemistry, HKUST. His research area mainly focuses on theoretical organic and organometallic chemistry, with the emphasis on designing catalysts and other useful materials. He is experienced in teaching chemistry to various types of students. He now teaches laboratory courses of general chemistry and synthetic chemistry in the Department of Chemistry and the chemistry courses offered by the Center for the Development of the Gifted and Talented, HKUST.

Jul 15, 17, 22, 24, 29 & 31* (Tue & Thu) 【10:00am – 1:00pm】

* Jul 31 will be the day for oral presentation and final exam.

(In case of bad weather, make-up class(es) will be held on Aug 5 and/or Aug 7. Please refer to the latest updates by CDGT.)

English supplemented with Cantonese (lecture notes in English)

S3 or above who have an interest in the chemistry of pharmaceutical ingredients. Basic understanding of organic chemical structures would be preferred.

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

HKD 4,800

The ability to code computer programs is an important part of literacy in today’s society. Coding allows you to use computer as a tool to express yourself and realize your creative ideas.

This course is a programming course for everyone, teaching the popular Python programming language. No pre-requisite knowledge in programming is needed. The course introduces programming fundamentals, such as variables and expressions, program control flow with branches and loops, functions, strings, and lists. Via lectures and programming exercises, you will be able to write simple Python programs to solve practical problems. Learning to program is ultimately about learning to think logically and to approach problems methodically. Such abilities can be carried ahead and prepare you for any advanced programming courses in the future.

Course Sample

Dr. Cecia Chan ── Dr. Chan is a lecturer at the Department of Computer Science and Engineering, HKUST. She received her Ph.D. from the Chinese University of Hong Kong and joined HKUST in 2012. Dr. Chan has a strong passion in education and has rich experience in teaching students from different backgrounds and at different levels. She teaches computer programming courses for both undergraduate and postgraduate students, including two popular languages, C++ and Python, and fundamental courses on Big Data. Her research interests include information extraction, text mining, machine learning, and knowledge system.

Jul 15, 17, 19, 22, 24 & 26 (Tue, Thu & Sat)【10:00am – 12:30pm】

(In case of bad weather, make-up class(es) will be held on Jul 29 and/or Jul 31. Please refer to the latest updates by CDGT.)

English

Students with basic computer skills and interested in computer science and programming

Students who have attained 80% attendance and completed programming exercises and projects will be issued a certificate

HKD 4,000

Do you enjoy playing computer games or mobile games? Have you ever thought of creating your own game? This course is designed to introduce students to the fundamentals of game development using the Godot Game Engine. Throughout the course, students will explore:

• What is a Game Engine? Discover the functionality of game engines, with a special focus on the features of the Godot Game Engine.
• Programming Basics: Gain hands-on experience with GDScript, Godot’s built-in scripting language, while learning essential programming concepts.
• Game Mechanics: Dive into key elements such as animation and collision detection that make games captivating and fun.
• Game Development: Bring creativity to life by developing a 2D game under guidance.

By the end of this course, students will be cultivated with skills and knowledge to continue the journey in game development and turn any game ideas into reality.

Course Sample

Dr. Cecia Chan ── Dr. Chan is a lecturer at the Department of Computer Science and Engineering, HKUST. She received her Ph.D. from the Chinese University of Hong Kong and joined HKUST in 2012. Dr. Chan has a strong passion in education and has rich experience in teaching students from different backgrounds and at different levels. She teaches computer programming courses for both undergraduate and postgraduate students, including two popular languages, C++ and Python, and fundamental courses on Big Data. Her research interests include information extraction, text mining, machine learning, and knowledge system.

Jul 15, 17, 19, 22, 24 & 26 (Tue, Thu & Sat)【2:30pm – 5:00pm】

(In case of bad weather, make-up class(es) will be held on Jul 29 and/or Jul 31. Please refer to the latest updates by CDGT.)

English supplemented with Cantonese (lecture notes in English)

Secondary students with basic computer skills and interested in computer science and programming

Students who have attained 80% attendance and completed all programming exercises and project with passing grades will be issued a certificate. 

HKD 4,000

Energy plays a significant role in both our daily lives and society. Without energy, we would not be able to perform any activities, as simple as cooking meals, taking a hot shower, charging smart devices to manufacturing, construction, etc. Energy shortage is one of the global challenges in the 21st Century and renewable energies are increasing in-demand as alternative energy solutions. This course will introduce students to different types of renewable energies, such as wind, solar, marine energies, etc. and how these natural resources can be converted into usable forms of energy through energy conversion processes.

Students will work as a group and study i) a variety of energy conversion systems based on some exciting real-world applications of energy and its transfer, ii) the efficiencies of different energy conversion processes, and examine their impact on the environment. Various energy transformation systems, e.g. turbine or equivalent component will be demonstrated.

The course emphasizes on hands-on learning experience - through engaging in comprehensive measurement, and testing of solar energy, students will deepen their understanding of its principle and mechanism. Small group activities will also help students cultivate their skills in communication, problem solving as well as a teamwork spirit.

Prof. Robin Ma ── Prof. Ma is an Associate Professor of Engineering Education in the Department of Mechanical and Aerospace Engineering (MAE) at HKUST. He is also a Chartered Engineer of Institution of Mechanical Engineers (IMechE), UK. He obtained his Ph.D. in the School of Materials Science and Engineering at the University of New South Wales (UNSW), Sydney. He has been active in engineering education for over 15 years. He has also had an increasing involvement with new approaches to education, including experiential learning, blended learning and undergraduate research. He believes that this broader contemporary approach is beneficial for students, especially for engineering students preparing for professional careers. He received the School of Engineering Teaching Award and the MSc program Teaching Excellence Appreciation Award in 2015 and 2018, respectively. On the other hand, Prof. Ma is the Director of the Center for Industry Engagement and Internship (IEI) in the School of Engineering (SENG) at HKUST, assisting students to find overseas and local internships and jobs. Prof. Ma is an advisor of two local technology start-up companies.

Aug 18, 19, 20, 21, 22 & 25 (Mon to Fri)【2:00pm – 4:30pm】

(In case of bad weather, make-up class(es) will be held on Aug 23 and/or Aug 26. Please refer to the latest updates by CDGT.)

English supplemented with Cantonese (lecture notes in English)

S1 - S6 students who are interested in mathematics, physics, energy and engineering

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

HKD 4,200

This exciting hands-on course guides students through the complete process of building and flying their own aircraft. Students will learn the basics of aerodynamics and flight principles by constructing a realistic model aircraft.

Through hands-on experience in this course, students will be cultivated with practical skills, teamwork spirit and real-world problem-solving skills, together with enough theories to understand why planes fly. Students will also experience the thrill of seeing their own aircraft take to the skies in the final session.

Course Sample

Prof. Larry Li ── Associate Professor in the Department of Mechanical and Aerospace Engineering at the Hong Kong University of Science and Technology (HKUST). He received his BASc and MASc in Mechanical Engineering from the University of British Columbia (Canada), where he was a Natural Sciences & Engineering Research Council Scholar in the Applied Fluid Mechanics Laboratory. He then went on to study for a PhD at the University of Cambridge (UK), where he was a Bill & Melinda Gates Scholar. After graduating, he stayed on at Cambridge as a Research Associate before joining HKUST in 2014. His research focuses on fluid mechanics, thermoacoustics and nonlinear dynamics, with applications ranging from aircraft propulsion to spray painting. He has investigated a variety of thermofluid phenomena, including global instabilities in open shear flows, non-Newtonian atomization in crossflows, and forced/mutual synchronization of thermoacoustic modes. His industrial experience includes time spent at Rolls-Royce (UK), LB Foster (Canada) and Coanda Research & Development (Canada).

CK Leung ──── Experienced educator and aviation enthusiast with over three decades of teaching experience in Hong Kong. After obtaining his Teacher's Certificate from Northcote College of Education, he furthered his studies, culminating in a Bachelor of Education from Cheltenham & Gloucester College of Higher Education. His passion for aviation education is reflected in his achievements with the Hong Kong Air Cadet Corps, where he received both a Principal Coach Level Certificate and the Medal for Meritorious Service. A licensed model pilot certified by the Aero Sports Federation of China, Leung has led teams to success in international competitions, including first-place finishes in the British Model Flying Association's Payload Challenge. His unique combination of educational expertise and aviation skills continues to inspire the next generation of aviation enthusiasts.

Aug 4, 6, 8, 11, 13, 14 & 15 (Mon, Wed, Thu & Fri)

【9:30am – 12:30pm】

(In case of bad weather, make-up class(es) will be held on Aug 18 and/or Aug 19. Please refer to the latest updates by CDGT.)

English supplemented with Cantonese (lecture notes in English)

S2 or above with a foundation in physics, mathematics, and/or integrated science/science/STEM, and are interested in aviation or aerospace engineering.

Students who have attained 80% attendance will be issued a certificate

HKD 5,600

Composition is the process of creating music that expresses your thoughts and emotions. When listening or playing masterpieces by Bach and Mozart, have you ever wondered how classical music works? How did Debussy and Satie convey the beauty of impressionistic style? And why are the tunes and harmony by John Williams and Joe Hisaishi so catchy and enchanting?

This course will let students understand some basic principles of classical music and tonal contemporary music, and the elements of writing a beautiful melody and a good harmony. Students will explore the variety of styles and characters of musical writing –– fundamental composition techniques that equip young composers to develop their musical ideas into an interesting musical piece. Under guidance, each student will create a unique music piece of their own at the end of the course.

Course Sample

Dr. Phoebus Lee ── Dr. Lee graduated from the Chinese University of Hong Kong. He is a composer and educator. His compositions and papers have reached numerous international musical festivals and academic platforms, such as festivals in Hong Kong, Japan, Italy, Israel, Latvia, Shanghai, Singapore, Switzerland, Taiwan. His music covers a wide range of genres including solo, chamber, vocal, choral, orchestral, for moving pictures, and for art gallery.

Dr. Lee has extensive experience in music education. He is a part-time lecturer at the Chinese University of Hong Kong, Baptist University of Hong Kong and the Education University of Hong Kong, and a teacher at various colleges and schools for HKDSE Music curriculum. He also served as tutor of composition programmes organized by the Hong Kong Composers Guild and Young Composers Workshop of Hong Kong Arts Festival. He was often invited by the Education Bureau to give workshop, consultation and adjudication service at various composition and creativity programmes.

Lecture

Jul 16, 18, 21, 23, 25 & 28 (Wed, Fri  & Mon) 【10:00am – 1:00pm】

Composition Showcase

Aug 4 (Mon)【10:00am – 1:00pm】

(In case of bad weather, make-up class(es) will be held on Jul 30 and/or Aug 6. Please refer to the latest updates by CDGT.)

Cantonese supplemented with English (lecture notes in English)

Secondary students with ABRSM Grade 5 Theory and/or Grade 5 Practical (or equivalent in standard). Students major in Chinese instrument are also welcome.

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

HKD 5,400

Enrolled students need to prepare their own earphone/headphone with 3.5mm plug for use with computers during lessons.

Game theory is about the interactions of decision-makers and the study of how their actions are affected by the others. Game theory is not only applied to traditional games, but can also be extended to explain different social science aspects, such as economic, political, or social phenomena.

In this course, we will introduce the fundamental concepts of game theory with various examples. Topics to be covered mainly include basic mathematical formulation of strategic games, Nash equilibrium, dominated action, best response function, mixed strategies, models of oligopoly. Students can learn how to predict when and how individual actions could influence others’ decisions, and to maximize one’s own benefits.

Course Sample

Dr. Alan Chu ── Dr. Chu received his Ph.D. in Mathematics from HKUST. He has been actively involved in teaching applied mathematics in different aspects at undergraduate level. Course topics include probability and statistics, financial mathematics, mathematics on the battlefield, solving mathematical problems using MATLAB, and applied graph theory.

Dr. Chu has received the HKUST Din-Yu Hsieh Teaching Award in 2019. His current research areas include the level set method, image processing, and numerical solution of Partial Differential Equations (PDEs).

Aug 13, 15, 18, 20, 22 & 25 (Wed, Fri & Mon)

【10:00am – 1:00pm】

(In case of bad weather, make-up class(es) will be held on Aug 27 and/or Aug 29. Please refer to the latest updates by CDGT.)

Cantonese (lecture notes in English)

S1 or above with interest in applying mathematics to solve real-life problems

Students who have attained 80% attendance and completed all assessment activities with passing grade will be issued a certificate

HKD 4,600

The Nobel Prize in Physics may sound somewhat strange to the general public, yet the discoveries and inventions awarded have brought about far-reaching impact on our daily lives. In this course, the selected Nobel Prizes in Physics are categorized into several fields ─ solid state physics, quantum physics, nuclear physics, particle physics, astrophysics, etc. The underlying concepts, theories and experiments involved will be introduced and explained in layman’s terms. We hope that students would be inspired by the wonders of physics, and could also recognize how physics has changed the perspective we perceive our world and even the universe.

Course Sample

Dr Nidhi Pant ── Lecturer at the Department of Physics, HKUST. She received her Ph.D. in Cosmology. Before joining HKUST, she worked as a research associate at The Chinese University of Hong Kong (2021-2022). She also worked as a Claude Leon and SKA postdoctoral fellow at the University of the Western Cape, Cape Town and postdoctoral researcher at Inter University center for Astronomy and Astrophysics (IUCAA) in Pune, India. At HKUST, she has been teaching undergraduate (common core) and post graduate courses. She has been actively involved in outreach activities since the beginning of her career. She firmly believes that STEM education empowers learners to explore new academic opportunities and take control of their education.

Face-to-Face (Lecture): Jul 18 & 26 (Fri & Sat) 【3:30pm – 6:00pm】*

Online (Lecture): Jul 22, 24 & 29 (Tue & Thu) 【5:30pm – 8:00pm】

Face-to-Face (Exam): Aug 2 (Sat)【11:00am – 1:30pm】*

*In case of bad weather, Face-to-Face (Lecture) on Jul 18 & 26 will be switched to online mode; while Face-to-Face (Exam) will be rescheduled on Aug 9 (Sat). Please refer to the latest updates by CDGT.)

English (lecture notes in English)

S1 – S3 students who are interested in physics

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

HKD 3,800

This course is designed for secondary school students who are interested in psychology. Throughout this course, students will explore the fundamentals and current debates in psychology, while emphasizing the practical application of psychological theories in the daily lives, such as using self-help skills when faced with stressors and challenges. Students are expected to gain higher self-understanding through exploring topics, including personality development, psychological well-being and stress management, social behavior, and the maintenance of healthy relationships. By joining lectures and class activities, this course will lead students to uncover the pervasive influence of psychology, ways of application of theories and strategies to take care of self-mental health and its profound impacts on our daily interactions and experiences.

Course Sample

Mr. Kelvin Tang ── Registered Counselling and Educational Psychologist from Hong Kong Psychological Society, works for local universities, being dedicated to delivering psycho-educational support and advisory services to school-aged students with diverse learning needs (such as students with Attention Deficit / Hyperactivity Disorder, gifted potentials), their parents, teachers, and other professionals. Mr. Tang also has previous work experience in providing school-based educational psychology services for local mainstream primary and secondary schools through the Education Bureau.

Aug 8, 11, 13, 15, 18, 20 &22 (Fri, Mon & Wed)

【10:00am – 12:30pm】

(In case of bad weather, make-up class(es) will be held on Aug 25 and/or Aug 27. Please refer to the latest updates by CDGT.)

Cantonese (lecture notes in English)

All S3 or above students who are interested in psychology are welcome to join.

Students who have attained 80% attendance and completed all assessment activities with passing grades will be issued a certificate

HKD 4,400