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Edge AIoT and Microelectronics (EdgeAIoTM) Engineering Skills for Gifted Students

Off-school Advanced Learning Programme (2024/25 school year):
Edge AIoT and Microelectronics (EdgeAIoTM) Engineering Skills for Gifted Students
(Funded by Gifted Education Fund)
Introduction
The Edge AIoT and Microelectronics (EdgeAIoTM) Engineering Skills for Gifted Students programme aims to equip gifted students with essential knowledge and skills related to AI, IoT, edge computing, and microelectronics technologies. It also seeks to empower them with coding, engineering, and mathematics skills, as well as critical thinking, teamwork, and problem-solving abilities. These soft and hands-on skills will enable them to develop applications that can solve current and future world problems.
Programme Objectives
- To provide gifted students with the foundational knowledge and techniques in AI, edge computing, IoT and microelectronics to solve local and global problems;
- To equip students with engineering skills and experiences through lab sessions, assignments and projects, to develop edge AIoT devices by using advanced hardware and software utilised in the industry;
- To create awareness of the semiconductor manufacturing process, and nurture talents that can design and develop semiconductor and hardware systems demanded in Hong Kong and global industry, market, and academia;
- To inspire gifted students about the role and applications of microelectronics in other advanced applications such as AI and IoT. Students will learn how to design and implement pure hardware, System on Chip (SoC) and Integrated Circuit (IC) for AI and IoT applications;
- To arouse students’ awareness on ethics of using AI and other technologies in daily life and its security issues, and nurture their ability to evaluate and analyse various systems; and
- To nurture positive values and attitudes among students and foster their perseverance in overcoming problems
Timeline
Date and Time | Contents |
---|---|
Phase 1: Foundational Guest Lectures on AI, Edge AIoT and Microelectronics |
|
23 May 2025 (Fri) |
Guest Lectures on Computer Hardware and Microelectronics Engineering |
30 May 2025 (Fri) |
Guest Lectures on AI and its Development |
6 Jun 2025 (Fri) |
Guest Lectures on Edge Computing and its Application |
Phase 2: Fundamentals of Microelectronics and Digital Systems Design |
|
13 Jun 2025 (Fri) |
Introduction to microelectronics and digital systems |
20 Jun 2025 (Fri) |
Combinational logic design |
27 Jun 2025 (Fri) |
Sequential logic design |
4 Jul 2025 (Fri) |
FPGA design and Implementation with Vivado and Vitis: |
11 Jul 2025 (Fri) |
System on Chip Design (SoC) on FPGA: Hardware Acceleration |
18 Jul 2025 (Fri) |
Edge detection and Camera/Video streaming on FPGA |
Phase 3: Basic AI and Machine Learning Theories and Techniques with Hands-on AI Coding in Python |
|
25 Jul 2025 (Fri) |
Machine learning Python libraries and environments |
1 Aug 2025 (Fri) |
AI and Machine learning algorithms and techniques |
8 Aug 2025 (Fri) |
Fundamentals of Deep Neural Network, its training and inference (MNIST Dataset use case) |
15 Aug 2025 (Fri) |
Convolutional Neural Network (CNN) |
Phase 4: Edge AI Internet of Things (Edge AIoT) Design and Development on FPGA (PYNQ) |
|
22 Aug 2025 (Fri) |
Introduction to AI Internet of Things (AIoT) and Edge computing |
29 Aug 2025 (Fri) |
Embedded Edge AI Platforms and Tools |
5 Sep 2025 (Fri) |
Deep Learning Processor (DPU) Implementation and Pre-trained AI Model Inference |
12 Sep 2025 (Fri) |
AI Model quantization, compilation, and Inference with Vitis-AI and PYNQ |
19 Sep 2025 (Fri) |
Smart home automation with FPGA and AWS |
Phase 5: Advanced Edge AI Applications Development on Edge Computing Platform (Hands-on Edge AI) |
|
26 Sep 2025 (Fri) |
Getting Familiar with GPU/NPU Architecture, GPU/NPU Hardware Acceleration Platforms and Developer Tools |
3 Oct 2025 (Fri) |
YOLO Object Detection, Training, and Inference on GPU/NPU Hardware Acceleration Platform (Hands-on) |
10 Oct 2025 (Fri) |
Face Recognition Implementation on GPU/NPU Hardware Acceleration Platform (Hands-on) |
Phase 6: Final Project, Mentorship, Presentation, Competition and Exhibition |
|
17 Oct 2025 (Fri) |
Mentorship meeting |
24 Oct 2025 (Fri) |
Mentorship meeting |
Oct to Dec 2025 |
Student Project Presentation, Competition and Exhibition |
Notes:
• Class dates are subject to change.
• Classes will be conducted on campus unless otherwise necessary.
Medium of Instruction
Course Material: English
Class Teaching / Discussion: English supplemented with Cantonese
Application
Eligibility: Secondary 1-5 students in the 2024/25 school year who meet the following requirements:
- Applicants should demonstrate great interest and outstanding performance in mathematics, and should be experienced in at least one text-based computer programming language such as Python, C/C++, Java and JavaScript; and
- Show eagerness to learn about topics related to AI and microelectronics
- Applicants should be a HKAGE member
Programme Fee: Free of charge
Application Deadline: 2 Apr 2025 (Wed)
Result Announcement Date : By early May 2025 (tentative)
- More information can be found HERE.
Contact Information
Prof. Ray Cheung
Associate Provost (Digital Learning)
Professor, Department of Electrical Engineering
City University of Hong Kong
Tel: 3442 9849
Email: eegefp@cityu.edu.hk