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Displaying 1 - 12 of 25 Courses

This course aims to provide students with the understanding of the fundamentals principles of programming. Students will learn and practice the basic components of programming including variables, constants, expressions, control structures and functions. Students will also learn to apply problem solving skill using programming construct with best practices.    

On completing the course, students will be able to:

This course covers the underlying concepts of analysis, design and implemention of a database using relational data modeling, SQL and database management system. 

On completing the course, students will be able to:

Apply data modelling and the underlying concepts of database systems.Implement a database design group project using appropriate tools such as Oracle SQL. Use SQL for data creation and retrieval. 

This is a learn by doing course using design thinking and entrepreneurship methodology. In this course, students will develop a “growth mindsetâ€, 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. Students will be working in teams on real life industry challenges by building prototype solutions and pitching this to a panel of industry experts and investors.    

On completing the course, students will be able to:

Chemical Engineering is a discipline dealing with creating, developing and designing processes to produce, transform or transport products and materials. It combines the knowledge of natural, experimental and life sciences as well as aspects of mathematics and economics to investigate problems and design solutions for issues such as safety, efficiency and sustainability. Chemical Engineers pioneer new materials and technologies of the future; they design equipment for chemical manufacturing, develop and manage industrial processes that turn raw materials into the most useful products.

Intakes: February, April, September
Full-time: 4 Years
The Civil Engineering programme equips students with a robust foundation in civil engineering principles, emphasising sustainability and the integration of Artificial Intelligence (AI) to address modern engineering challenges. The programme offers a comprehensive curriculum that combines core civil engineering subjects with cutting-edge topics in sustainability and AI, preparing graduates to lead in innovative and eco-friendly infrastructure development.
Intakes: February, April, September
Full-time: 4 Years
The Computer Science degree programme focuses on the design and development of systems infrastructure, as well as software and application technologies such as web browsers or databases. This programme has been developed according to the Malaysian Qualifications Agency Programme Standards for Computing and the Curriculum Guidelines for Undergraduate Degree Programs in Computer Science published by the ACM-IEEE CS (Association for Computing Machinery and Institute of Electrical and Electronics Engineers Computer Society, USA). It is designed to ensure that graduates are well equipped with the knowledge, principles and skills in developing new technological and innovative solutions in the field of Computer Science.
Intakes: February, April, September
Full-time: 3 Years
The Master of Science in Computer Science programme will train students to carry out research in current and emerging fields within the Information Technology industry. With the aim of expanding a student's intellect by nurturing advanced knowledge in specialist technical subject areas, our focus is to enable students to lead future developments be it in industry or in academia.
Intakes: Rolling Intake
Full-time: 2 Years
Part-time: 3 Years
American Degree Program in partnership with Arizona State University®

The Bachelor of Science (Honors) in Computer Science (Artificial Intelligence) aims to equip students with a comprehensive foundation that allows the graduates to implement acquired computing skills in contributing to the industry, research, and community through innovative teaching and learning methodology in computer science. 

Intakes: January, June, August
Full-time: 4 Years
This research-driven programme aims to develop students' research skills at an advanced level in some crucial areas of computing. Candidates for the Doctor of Philosophy in Computing at ºìÐÓÊÓƵ University will be leaders and innovators in the fields of computing, information and communications technology.
Intakes: Rolling Intake
Full-time: 3 Years
Part-time: 4 Years
ºìÐÓÊÓƵ University's online Master in Data Science degree offers the chance to unlock new opportunities and gain valuable skills for a data-driven world. Benefit from expert academics, learn to manage complex data, and qualify without a related bachelor's degree.
The Electronic and Electrical Engineering degree programme is concerned with electrical and electronic equipment, interfaces and communications. Electrical engineering tends to focus on larger scale electrical equipment and power, whilst electronic engineering is more focused on smaller scale electronic circuits and devices, computer and communication systems. It gives a fascinating insight into how electrical devices and technology work as a preparation for a future that will likely be full of new electrical and electronic technologies.
Intakes: February, April, September
Full-time: 4 Years
This programme is strategically positioned to enable students to undertake information systems research that is theoretically and methodologically rigorous, and enables them to develop the capability to plan, organise and carry out research studies at master’s level. It extends student's knowledge of research in the chosen area, and builds skills in communicating research work.
Intakes: Rolling Intake
Full-time: 2 Years
Part-time: 3 Years