In this course, students will develop a “growth mindset”, which includes problem solving skills and the creation of feasible solutions to problem statements that have significant economic value and/or meaningful impact to the society.
Intakes: April, September
This course aims to provide students with the understanding of the fundamentals principles of programming.
This course covers the underlying concepts of analysis, design and implemention of a database using relational data modeling, SQL and database management system.
Intakes: April, September
The world is moving towards the Artificial Intelligence (AI) era. One of the essential technologies that powers the AI era is the Internet of Things (IoT). This course presents to the participants the fundamentals and broad understanding in IoT and its applications.
This subject introduces students to fundamental concepts in mathematics and statistics which are necessary in computer science and software engineering. Students will be able to cover equations, functions, graphs, series, differentiation, integration, probability, and data descriptions.
This course provides an introductory exploration of Artificial Intelligence (AI), offering students a fundamental understanding of AI concepts, applications, and ethical considerations. This course aims to demystify AI by covering its core principles, evolution, types, and applications across various domains. The course also highlights the responsible use of AI, addressing integrity and ethical concerns. Additionally, students will learn how AI enhances learning and critical thinking in their respective fields, correcting common misconceptions about AI capabilities.
Intakes: January, March, May, July, September, November
Full-time: 7 weeks
Part-time: 7 weeks
This course aims to provide students with a basic understanding of networking terms and the skills to be able to plan and set up the network infrastructure for homes and small businesses. The topics include basic concepts and technologies of transmission and communication, networking hardware, standards, networking topologies, protocols, and network design processes.
This subject charts a general overview of the basic ideas and the fundamental concepts of Object-Oriented Programming. Students will learn problem-solving skills and appreciate the significance of Object-Oriented Programming.
A learn-by-doing course using design thinking and entrepreneurship methodology. In this course, students will develop a “growth mindset”, which includes problem solving skills and the creation of feasible solutions to problem statements that have significant economic value and/or meaningful impact on society. Students will be working in teams on real life industry challenges by building prototype solutions and pitching them to a panel of industry experts and investors.
