Impart proficiency in the basic mathematics and programming methods as employed in computer science.

Provide knowledge of algorithms and explain their role in computer science.

Train participants in understanding and applying fundamental structured programming techniques.

Cultivate the ability to adapt to technological changes and innovations in the discipline.

Demonstrate the critical thinking and communication skills required in a technical environment.

Teach the appropriate computer application methods such as functional programming and object-oriented programming paradigms to enable participants to analyses, design, implement and evaluate computerized solutions (such as developing computer programmers) to real-life problems.

Enable participants to be part of live projects to implement and test their computer application skills and provide feedback and a roadmap for progress.

Help participants acquire the knowledge, skills, experience and values to become lifelong learners and be able to obtain employment in a computer-related field or go on to graduate study.

Demonstrate the ability to adapt to technological changes and innovations in the discipline.

Analyze, design, implement and evaluate computerized solutions to real life problems, using appropriate computing methods.

Proficiency in the basic mathematics employed in computer science.

Differentiate among essential data structures used in computer programming, and explain how they work.

Gain knowledge of algorithms and their role in computer science.

Identify, explain and apply fundamental structured programming techniques.

Utilize important data structures and associated algorithms in the development of computer programs.

Develop computer programs using functional programming and object-oriented programming paradigms.

Apply techniques of software validation and reliability analysis to the development of computer programs.

Demonstrate the critical thinking and communication skills required in

Acquire the knowledge, skills, experience and values to become lifelong learners able to obtain employment in a computer-related field or go on to graduate study.

Understand and develop computer programs in the areas related to algorithms, system software, multimedia, web design, big data analytics and networking by identifying, demonstrating and analyzing the knowledge of engineering in efficient design of computer- based systems of varying complexity.

Applying algorithmic principles, innovative Computer science and engineering design and implementation skills to propose optimal solutions to complex problems by choosing a better platform for research in AI and data science.

Identify standard Software Engineering practices and strategies by applying software project development methods using open-source programming environment to design and evaluate a quality product for business success.

Demonstrate and examine basic understanding of engineering fundamentals, professional/social ethics and apply mathematical foundations to design and solve computational problems.