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Computer engineering involves the application of theoretical concepts in the context of software development to the solution of problems that arise in almost every human endeavor. Computer engineering as a discipline draws its inspiration from mathematics, logic, science, and engineering. From these roots, computer engineering has fashioned paradigms for program structures, algorithms, data representations, efficient use of computational resources, robustness and security, and communication within computers and across networks. The ability to frame problems, select computational models, design program structures, and develop efficient algorithms is as important in computer engineering as software implementation skill. Computer Engineering is concerned with bringing together all of the intellectual resources needed to enable the rapid and effective development of software to meet the needs of business, research, and end users.
To provide an impetus in the field of Computer Engineering producing innovative, ethical and socially responsible professionals to build technologically empowered society.
To deliver a comprehensive computing education that integrates theoretical and practical knowledge with hands-on skills, helping students develop efficient computing solutions.
To cultivate a spirit of innovation and critical thinking - by promoting research and strengthening industry collaboration to develop creative and sustainable solutions.
To instill ethical values, social responsibility and environmental consciousness among students to develop inclusive technologies that positively influence society.
To nurture a mindset of continuous learning, teamwork and leadership qualities - preparing graduates adapt to multidisciplinary and evolving technological environment.