Mechanical
Mechanical
We strive for producing Mechanical Engineering professionals having sound technical knowledge with innovative approach, who are competent to pursue diverse and successful careers in modern society. Through excellence in teaching, improvement in quality of life and fulfillment of social needs.
Vision
To deliver high-quality education and strengthen students’ problem-solving abilities in Mechanical Engineering, preparing them to meet industry standards, be innovative leaders, and responsible citizens who contribute to environmental betterment through technological advancement and continuous skill development.
Mission
The mission for Mechanical Engineering department is as follows.
- M1 – To equip students with a strong foundation in core concepts, analytical thinking, and problem-solving abilities in Mechanical Engineering.
- M2 – To enhance industry-department collaboration through internships and active engagement with professional organizations.
- M3 – To improve students’ employability and entrepreneurial potential through skill enhancement, making them ready for industry roles or advanced studies in Mechanical Engineering.
Program Educational Objectives (PEOs)
PEO1: Utilize Mechanical Engineering principles and foundational science knowledge to analyse and solve real-world industrial and societal problems.
PEO2: Foster innovation in designing mechanical systems by developing skills in analysis, testing, and practical implementation of mechanical components.
PEO3: Prepare students to be career-ready professionals, entrepreneurs, or researchers capable of pursuing higher education and continuous professional growth.
Program Specific Outcomes (PSOs)
PSO1: Apply Mechanical Engineering fundamentals to recognize, analyse, and resolve technical problems in the field.
PSO2: Contribute to national development by leveraging technical knowledge and leadership skills to become skilled professionals and entrepreneurs.
Laboratories
-
CAD/CAM Lab: The CAD/CAM laboratory develops students’ skills in computer-aided design, manufacturing software, and CNC machining, supported by 14 advanced laboratories for product design, validation, manufacturing, testing, and optimization.
-
Hydraulics Lab: Hydraulics helps students understand water flow in pipes and open channels by comparing theoretical calculations with practical laboratory experiments.
-
Solar Energy Lab: The Solar Energy Laboratory is equipped with advanced instruments for research, development, and performance evaluation of solar photovoltaic and thermal systems, enabling students to study solar radiation and various solar energy technologies.
-
Material Testing Lab: The Material Testing Laboratory is equipped with advanced digital machines to evaluate the mechanical properties, strength, and other characteristics of materials using precise and reliable testing techniques.
-
Heat Transfer Lab: The Heat Transfer Laboratory provides practical knowledge of conduction, convection, and radiation through experiments using natural convection, pin fin, and emissivity apparatus, helping students understand their industrial applications.