Overview In this programme, students will learn how to design, construct and maintain structures in the ‘built environment’. They will apply what they learn to real-life projects where financial and ethical issues are taken into account. By the end of the programme, students will be well prepared to devise high impact solutions and change lives for the better.
Overview This programme is curated specially to address the need for jobs that demand skills in the area of Artificial Intelligence (AI). It encompasses the learning of AI, Computer and Engineering. By espousing these areas, students can expect to grasp a keen understanding of the technology, its history, functionality and challenges in the application of AI. This programme covers the core theoretical foundations and provides advanced algorithmic, statistical and computer engineering knowledge. Essentially, students will be exposed to the design, modeling, analysis, and applications of AI through machine vision, language, signal processing and robotics. As students develop the adroitness in this field, gain new insights and smarter correlations, they will appreciate their transformation in the higher-order professional the industry needs.
Overview This programme offers a robust combination of mechanical engineering fundamentals and emerging digital technologies to ensure strong industry relevance and future readiness. Through a balanced curriculum comprising core engineering science, digital tools, and hands-on projects, students will develop the skills needed to design, develop, and enhance mechanical systems with integrated digital technologies. As they progress, students will gain exposure to key areas such as automation, IoT applications, computer-aided engineering, machine learning, and industrial data analysis. Emphasis is placed on practical application through lab work, prototyping, final year projects, and the option of Work-Based Learning, allowing students to engage with real-world engineering practices. By combining technical knowledge with digital tools and industry engagement, the programme prepares graduates to contribute effectively to the development and optimisation of modern mechanical systems across a wide range of industries.
Overview Electrical and Electronics Engineering is one of the broadest engineering disciplines and this programme will cover multiple subject areas like analogue electronics, microelectronic chip design, digital signal processing, power generation, protection and distribution, C++ programming, instrumentation and measurements control, renewable energy systems, and more. Students will also have the chance to learn MATLAB, PSPICE and LABVIEW which are used to run simulations in projects and research.
Overview This programme offers a comprehensive range of core engineering science courses and practical projects to ensure it is highly integrated and industry-relevant. As they progress, students will be well-equipped to not only design mechanical components and systems but also solve engineering problems by applying different techniques and strong analytical skills. They will be exposed to the latest advances in engineering technologies and with the emphasis on experimental work, students will gain the skills needed to take on the challenge of designing products and process that are faster, more versatile and environmentally friendly
Overview Integrating three major engineering disciplines, this programme places its main emphasis on the domains of mechanical engineering, electrical and electronics engineering and software engineering. Students will constantly analyse and design complex systems to meet challenges posed by emerging technologies. They will also learn a combination of mechanical, electronics and computer science techniques that will help them design, fabricate, assemble and maintain automation and modern manufacturing systems. Expect to develop a solid understanding of the social, cultural, global and environmental responsibilities of the professional engineer while gaining high-level technical skills essential in managing modern engineering tasks.
Overview The Bachelor of Microelectronic Technology with Honours equips students with essential skills in electronics, semiconductor and artificial intelligence (AI) to meet the evolving demands of the microelectronics industry. This 3-year programme offers 2 years of on-campus learning and an optional 1-year Work-Based Learning pathway (2U1I), allowing students to undertake a one-year industry placement. This structured internship enables students to earn academic credits while developing industry-specific skills and knowledge, enhancing their employability upon graduation. This programme is recognised by the Malaysian Board of Technologists (MBOT), providing graduates with professional recognition that boosts their credentials in the highly competitive field of microelectronics. By integrating theoretical knowledge with practical training, it prepares graduates for careers in microelectronics, semiconductor manufacturing and AI-driven technologies. Intensify industry exposure to create workface ready graduates.
Overview Under a well-balanced curriculum that aims to provide both breadth and depth across petroleum engineering specialisations, students will build a solid foundation in oil and gas exploration, production and development as they master core topics in petroleum geology, petroleum economy and well completion. At the Faculty, students will have access to well-equipped laboratories and sophisticated computers equipped with licensed engineering software such as NEXUS, COMPASS, t-navigator and other commercial reservoir simulation software. Industrial-based projects will also open the way for insights from industry experts. By the end of this four-year programme, they will have learnt to address pressing issues and design innovative solutions that benefit society and organisations.
Overview There will always be a demand for engineers – even more at the onset of the Fourth Industrial Revolution that is changing the world fundamentally. At our Foundation of Science (Engineering), you will acquire a solid grounding in science, technology, engineering and mathematics (STEM) subjects for a broad understanding of engineering fundamentals. Our integrated and synergized programme will expose you early to engineering-specific subjects and equip you with the right skills and knowledge. Incorporating varied and innovative teaching methods including lab work and industrial visits, study with and be mentored by our notable professors, adjunct professors and guest lecturers who are also industry leaders. Develop your expert skills early through our specialist industry-standard facilities and laboratories in a stimulating environment. Start laying the groundwork for an enriching degree course in engineering and your engineering career.
Overview As a classical music student at the Institute, you will enjoy a dynamic and engaging student life. You will benefit immensely from the tutelage of acclaimed academics and performers. You will also have access to renowned musicians who visit the Institute. Additionally, you will step into a huge reservoir of talent and your peers will impact you profoundly. * This programme received a 100% g