In recent years, the challenges before educational institutions have multiplied. They must adapt to rapid technological advancements while simultaneously training a larger number of students with comprehensive knowledge, despite limited financial resources for expansion and excellence. To meet these challenges, the Department of Computer Engineering and IoT, established in the year 2024 with an intake capacity of 30, aspires to emerge as a center of scholastic excellence in both academics and research.
The department is committed to addressing global requirements by imparting quality technical education, fostering research expertise, and instilling ethical values. Its vision is to inspire and encourage students to generate value-based contributions to society, government, industry, and academia. Through a curriculum that blends computer engineering fundamentals with cutting-edge IoT applications, the department nurtures technical and professional expertise, problem-solving skills, creativity, and innovation.

• M1: M1: To provide quality education in computer engineering and IoT to meet global technological standards.
• M2: M2: To encourage innovation and research through hands-on projects, industry collaboration, and interdisciplinary learning.
• M3: M3: To instill ethical values and social responsibility in students to contribute positively to society.
• M4: M4: To promote leadership and entrepreneurship for developing sustainable and impactful technological solutions.
• M5: M5: To foster adaptability and lifelong learning to prepare diploma students for rapid technological advancements.

• PEO1: PEO1: To provide diploma students with strong foundational knowledge and practical skills in computer engineering and IoT to meet industry requirements.
• PEO2: PEO2: To cultivate problem-solving abilities, teamwork, communication, and ethical values to prepare students for diverse professional roles.
• PEO3: PEO3: To encourage creativity, adaptability, and continuous learning to enable students to contribute to technological advancement and societal progress.

• PO1: PO1: The students will be able to apply fundamental concepts of computer engineering and IoT to solve practical problems.
• PO2: PO2: They would have proficiency in programming, networking, embedded systems, and IoT applications through hands-on practice.
• PO3: PO3: The students would able to identify, analyse, and design solutions for real-world challenges using appropriate tools and techniques.
• PO4: PO4: The students would exhibit effective communication, teamwork, and ethical values in professional and societal contexts.
• PO5: PO5: The students would able to adapt themselves to emerging technologies, pursue continuous learning, and contribute innovative ideas for sustainable development.

• PSO1: PSO1: The students will be able to design, implement, and troubleshoot computer engineering and IoT- based systems using programming, networking, and embedded technologies.
• PSO2: PSO2: The students will demonstrate the ability to apply technical knowledge, creativity, and problem- solving skills to develop cost-effective, sustainable solutions for industry and society.