B.Tech Mechanical Engineering

In the 2nd semester, students will build on their foundational knowledge with a diverse curriculum. The Basic Science component includes Chemistry 1 and its accompanying lab, fostering a strong understanding of chemical principles relevant to engineering. Engineering Mathematics 1 will enhance analytical skills essential for problem-solving. Students will also explore Programming for Problem-Solving, complemented by a practical lab, to develop computational skills critical for modern engineering challenges. Additionally, the Workshop/Manufacturing Practices course will provide hands-on experience in fabrication techniques. Humanities courses, including English and its lab, will enhance communication skills, preparing students for professional environments.

In the 3rd semester, students will delve into essential professional core courses, including Fluid Mechanics, Theory of Machines, and Strength of Materials-I, providing a solid foundation in mechanical principles. Practical skills will be honed through hands-on labs in Strength of Materials, Theory of Machines, and Fluid Mechanics. Additionally, students will explore Materials Engineering as part of the Engineering Science curriculum. Mandatory courses in Environmental Science, Mentoring, and Professional Development will enhance awareness of sustainability and professional growth. This semester is designed to equip students with both theoretical knowledge and practical skills for their engineering careers.

In the 4th semester, students will deepen their understanding of core mechanical principles through courses such as Applied Thermodynamics, Fluid Machines, and Strength of Materials-II. Theory of Machines II will further enhance their analytical skills. Practical application is emphasised with labs in Applied Thermodynamics, Fluid Machines, and Materials Engineering, allowing students to engage in hands-on experiments and projects. The Engineering Science course in Materials Engineering will provide insights into material properties and applications. Additionally, mandatory courses in Environmental Science and Mentoring and Professional Development will cultivate awareness of sustainability and professional growth, preparing students for future challenges in engineering.

In the 5th semester, students will engage with advanced topics essential for their professional development. Core courses include Heat Transfer, Design of Machine Elements, and Manufacturing Processes, providing a comprehensive understanding of thermal systems, mechanical design, and production techniques. Practical skills are honed through dedicated labs in Heat Transfer and Manufacturing Processes. The Engineering Science course in Numerical Methods will enhance computational problem-solving abilities. Additionally, the mandatory course on the Essence of Indian Knowledge Tradition will foster cultural awareness and ethical considerations in engineering. A 4-week Industrial Training will offer invaluable real-world experience, bridging academic knowledge with industry practices.

In the 6th semester of the Mechanical Engineering program, students will delve into specialised areas critical to modern engineering practices. Core courses include Refrigeration and Air Conditioning, Mechanical Measurements & Metrology, and Automobile Engineering, equipping students with essential knowledge in thermal systems, precision measurement, and automotive technologies. Hands-on experience is emphasised through dedicated labs for each core subject, alongside a Minor Project that encourages practical application of learned concepts. Students will also engage in an elective course to tailor their learning. The Engineering Science course in Numerical Methods (Lab) will further enhance analytical skills, while the mandatory Introduction to Industrial Management will provide insights into effective management practices within industrial settings.

In the 7th/8th semester of the Mechanical Engineering program, students will engage with advanced topics essential for modern engineering practices. Core courses include Mechanical Vibrations, which explores dynamic systems and their responses, and Automation in Manufacturing, focusing on the integration of technology in production processes. Additionally, Fundamentals of Management for Engineers will equip students with essential managerial skills tailored to engineering contexts. Students will also select two elective courses, allowing them to tailor their learning to specific interests and career goals. This semester aims to blend technical expertise with management acumen, preparing students for diverse roles in the engineering industry.