UNDERGRADUATE PROGRAMS

To produce graduate engineers who can, with creativity and innovation, craft solutions through a systematic design, development and integration of computer hardware engineering, software engineering, network engineering and knowledge which embeds to the material world to change systems and processes for the benefit of humanity.

The learning environment and the learner support systems in the Department of CSE have been developed over time to meet changing requirements of the undergraduates, the industry and also technological developments. The key points of this approach are:

• Promoting student interaction at lectures

• Using problem based learning approach when suitable

• Emphasizing soft skills of the students

• Using e-Learning systems and other on-line teaching and learning technologies

• Adopting global standards in engineering education such as outcome based education (OBE)

• Promoting self discovery and experimentation

• Incorporating humanities to the study of engineering

• Improving teaching skills through student reviews and peer reviews

This blended approach has already produced graduates who are equipped with not only the subject knowledge but also the soft skills necessary to succeed at workplace and is evidenced by the employment offers received by new graduates and what they have achieved within a few years of graduation. This proven, successful approach will continued to be used and further improved. Another important aspect of programme delivery in the Department of CSE is the close interaction with industry stakeholders for continued curriculum and syllabus improvement, improved experience at industrial training, and course delivery support through the use of domain experts from the industry.

The Knowledge, Skills, Attributes and Qualities of an Engineer in the specialization of Computer Science and Engineering:

• Ability to analyze complex problems and design, develop and evaluate solutions using specialist knowledge from the domain of computer engineering that satisfy performance, efficiency, safety, reliability, quality, cost and environmental constraints. [Knowledge & Understanding]

• Ability to apply mathematical, scientific and technological methodologies and tools to solve problems incorporating creative and innovative thinking in the context of design, development and integration in the domain of computer engineering. [Intellectual Abilities]

• Ability to conceptualize solutions in distributed environments through appropriate software and data distribution and introduction of new technologies through a process of partitioning in the domain of computer engineering. [Intellectual Abilities]

• Ability to conceptualize solutions in constrained environments through appropriate hardware-software partitioning and introduction of new technologies through a process of integration in the domain of computer engineering. [Intellectual Abilities]

• Ability to solve complex cross-domain problems through application of integrative skills, theoretical knowledge and product engineering techniques. [Practical Skills]

• Ability to demonstrate cross-domain design capabilities by incorporating heterogeneous systems including computer hardware, software, automated systems and embedded systems. [Practical Skills]

• Ability to communicate effectively in written and oral forms to both technical and non-technical audiences. [General Transferable Skills]

• Ability to work cooperatively and effectively in multi-disciplinary teams. [General Transferable Skills]

• Be self-motivated, enthusiastic and to undertake lifelong learning for continuing professional development. [Qualities]

• Be an individual with an independence of mind, with intellectual integrity possessing professional and ethical behavior. [Qualities]

• Graduates will establish themselves as competent practicing professionals in areas related to Computer Science & Engineering who apply engineering principles, technical skills, and industry standards to solve real-world problems.

• Graduates will become technology leaders who manage complex engineering projects, drive innovation, and influence technological advancement for the benefit of the society.

• Graduates will engage in lifelong learning through professional development, advanced education, or certifications appropriate for industrial and academic careers.