In the face of global digital transformation and smart city development, the Hong Kong education sector is actively promoting STEAM education to enhance students' competitiveness. However, traditional secondary school ICT (Information and Communication Technology) curricula often struggle to keep pace with rapid technological advancements, and schools frequently face challenges regarding teaching staff and materials when introducing new technologies. SEED Foundation is dedicated to being a strategic partner for schools, providing industry-standard STEM on-campus courses. We combine academic accreditation, professional tutors, and corporate networks to introduce cutting-edge technologies—such as cloud computing, big data, and artificial intelligence—to schools, filling the skill gap between the current education system and workplace practice.
Why Choose SEED’s On-campus Teaching Model?
1. Aligned with Industry Standards, Enriching Secondary School ICT Curricula
Our course content is developed in consultation with technology enterprises and is academically accredited by HKU SPACE. This ensures that the skills students learn—such as Python programming, Figma design, and Linux systems—are those most in demand in the market. This effectively serves as an extension and enrichment of the current secondary school ICT curriculum, allowing students to move beyond basic theory and gain exposure to enterprise-level practical technologies.
2. One-stop Administrative Support, Reducing Teacher Workload
When implementing STEM on-campus courses, schools are often concerned about heavy administrative workloads. SEED Foundation provides comprehensive support:
- Tutor Arrangement: Sending strictly trained and qualified tutors to teach on-campus.
- Equipment Support: Providing cloud-based teaching platforms to solve software compatibility issues in school computer rooms.
We handle the entire process, allowing school teachers to be released from tedious administrative tasks and focus on student counseling and support.
3. A Learning Journey Emphasizing Both Knowledge and Experience
Simple classroom lectures are not enough to meet future challenges. SEED’s course structure is built on three main pillars:
- Skill Building: Establishing a solid foundation in technical theory and obtaining certificates recognized by the Qualifications Framework (QF).
- Project-Based Learning: Applying knowledge to solve real-world social problems through internal school or inter-school competitions.
- Workplace Experience: Arranging visits to technology companies and participation in job shadowing programs to link classroom knowledge with career planning.
Four Core Program Categories: Building a School-based Tech Talent Pool with Industry Standards
SEED Foundation provides progressive courses that schools can flexibly combine according to their school-based development direction and student interests. All courses can facilitate cross-curricular collaboration with ICT, Mathematics, or Visual Arts.
Category 1: Cloud Computing Course
- Teaching Philosophy: As enterprises undergo comprehensive digitalization, the cloud has become the fundamental infrastructure of the internet. This course aims to fill the gap in backend architecture teaching within the secondary school ICT curriculum, guiding students to progress from mere software users to system architecture builders.
- Core Module Details:
1. Introduction to Cloud Computing: Explaining the operational principles of IaaS (Infrastructure as a Service), PaaS, and SaaS, and comparing the pros and cons of traditional servers versus cloud architecture.
2. Core Cloud Technologies: Practical training in Linux, Ubuntu, Command Line Interface (CLI), SSH, curl, Nginx, and other cloud development skills.
3. Advanced Cloud Applications: Exploring advanced cloud services such as Serverless computing and DevOps workflows.
4. Subject Collaboration Value: Deeply supporting the "Networking and Development" elective module in the ICT curriculum by providing a real-world server practical environment that is difficult to set up within a school.
Category 2: UX/UI User Experience and Interface Design Course
- Teaching Philosophy: Good technology products must be people-oriented. This course combines design aesthetics with logical thinking, teaching students how to use empathy to uncover user pain points and transform solutions into intuitive digital interfaces, nurturing design thinking and problem-solving abilities.
- Core Module Details:
1. Fundamentals of UX/UI and Visual Design: Learning to create Personas and User Journey Maps, and conducting interviews and requirement analysis to ensure designs meet real needs.
2. UX/UI Applications in Digital Product Design: Understanding the UX/UI architectures and workflows used in real-world digital products.
3. Figma Prototyping Practice: Comprehensive teaching of the industry-standard tool Figma, diving deep into creating UX/UI prototypes for web and mobile interfaces.
4. Subject Collaboration Value: An excellent tool for cross-curricular projects, serving as strong support for School-based Assessment (SBA) in Design and Applied Technology (DAT), or enhancing the professionalism of digital creation modules in Visual Arts.
Category 3: Data Analytics Course
- Teaching Philosophy: Data is the fuel for future Artificial Intelligence. This course breaks out of the limitations of spreadsheets by directly teaching Python, the universal programming language for data scientists worldwide. It guides students to master the full workflow from data cleaning and analysis to prediction, establishing an evidence-based spirit of scientific inquiry.
- Core Module Details:
- 1. Foundations of Data Analytics: Understanding what data is and why it is considered one of the most important resources in today’s society.
- 2. Intermediate Data Skills and Tools: Learning to use the Pandas library to handle real-world "dirty data" (such as missing values or format errors), which is the most critical part of analytical work.
- 3. Advanced Analytics and AI Foundations: Understanding how AI and automation technologies are applied to modern data analysis platforms.
- 4. Subject Collaboration Value: Strengthening the application of statistics modules in Mathematics, while providing a real-life application scenario (Big Data processing) for the programming section of the ICT curriculum.
Category 4: Cybersecurity and Information Literacy Course
- Teaching Philosophy: In the face of increasingly severe cyber threats, simple defense is no longer enough. This course introduces a "white-hat hacker" perspective, using offensive and defensive drills to help students deeply understand the causes of system vulnerabilities, thereby building a stronger defensive awareness and correct cyber ethics.
- Core Module Details:
1. Cyber Hygiene and Threat Identification: Assisting students in understanding common cyber-attack methods and improving alertness and response awareness.
2. Preventing Cyber Fraud: Analyzing real cases to help students understand various forms of online scams and their psychological manipulation techniques.
3. Safely Roaming the Digital Universe: Equipping students with security settings and privacy management techniques for daily internet use.
4. Responsible Handling of Others' Information: Building digital citizenship awareness and understanding legal responsibilities and the importance of respecting others' privacy.
5. Subject Collaboration Value: Responding to the Education Bureau's emphasis on information literacy and national security education (in the field of cybersecurity), suitable for integration into Citizenship and Social Development or Moral Education Week activities.
Frequently Asked Questions (FAQ)
Q: What subjects are included in STEAM?
A: STEAM education is not a single subject but an interdisciplinary integrated application of five fields:
- Science: Emphasizing evidence and inquiry, covering Physics, Chemistry, Biology, and Earth Science.
- Technology: Focusing on the application of modern tools, including Coding, Cloud Computing, Big Data Analysis, and Cybersecurity.
- Engineering: Focusing on system design and construction, such as Robotics, Electronic Circuits, and Building Structures.
- Arts: Cultivating creative expression and design thinking, covering Visual Arts, Media Arts, Spatial Design, and Innovative Product Design.
- Mathematics: Serving as the cornerstone of logical operations, applied in Statistics, Algorithmic Logic, and Financial Models.
Q: How do SEED's courses align with existing secondary school ICT curricula?
A: Our course designs are highly complementary. For example, when traditional ICT curricula teach spreadsheets, we can introduce Python as extended learning; when teaching basic web design, we can introduce professional UX/UI design workflows. This outsourced enrichment model significantly broadens students' technological horizons and practical abilities without requiring changes to the core school-based syllabus.
Q: Do schools need to pay high fees to apply for STEM on-campus courses?
A: In most cases, schools can utilize relevant subsidies to fully cover the course fees. As a non-profit organization, we are committed to introducing high-quality educational resources to schools with highly competitive cost-effectiveness.
Q: Why should schools choose outsourced secondary school on-campus courses instead of having school teachers teach them themselves?
A: Technology is advancing at a tremendous speed. School teachers already face heavy teaching and administrative workloads, making it difficult to keep up with frequent technical updates (such as AI models and cloud architectures). By choosing SEED’s on-campus courses, schools can directly bring in professional tutors familiar with the latest industry technologies and certified teaching materials. This not only reduces teachers' pressure in lesson preparation but also ensures that students are exposed to the most cutting-edge knowledge in the market, achieving an optimized allocation of teaching resources.
Partner with Us to Drive Campus Tech Innovation
If your school is interested in introducing subsidized STEM on-campus courses, please fill out the form below. We will provide a detailed course proposal and share school case studies.