Integrated B.Tech in Mechanical Engineering
The Integrated B.Tech Mechanical Engineering programme at MIT-WPU seamlessly intertwines school-level education with an advanced engineering curriculum. Rooted in fundamental subjects like mathematics and science, students transition seamlessly from subjects taught until class 10 into specialised mechanical engineering domains, encompassing machinery design, manufacturing, and cutting-edge technologies, taught in this B.Tech programme. This unique integrated approach ensures a cohesive learning journey for students from the early stages to advanced technical education. The programme transcends theory, immersing students in the practical application of knowledge in mechanical engineering principles, and fostering a foundation for future innovation and leadership in dynamic fields of manufacturing, automation, IoT, AI, and more. Early exposure equips students to grasp the nuances of emerging technologies, preparing them for diverse engineering roles in Automotive, Construction, and allied industries. MIT-WPU is one of the best engineering colleges in Pune providing students with excellent academic opportunities and a vibrant learning environment. Major Tracks
- Design Engineering
- Energy Engineering
- Materials, Manufacturing & Automation
- Robotics & Artificial Intelligence
Applications Open for 2025
Integrated B.Tech in Mechanical Engineering
Information on Scholarship 2025 will be updated shortly. Please check back soon.
Minimum 60% marks in 10th Std. Examination with Science and Mathematics are compulsory subjects from the Government approved board or its equivalent (at least 55% marks, in case of Reserved category candidate belonging to Maharashtra State only)
Selection ProcessThe selection process for the Integrated B.Tech Programmes is based on MIT-WPU CET Entrance Examination 2025 & Personal Interaction (PI) score conducted by the University as per schedule.
(The exact date and time of the online Examination and Personal Interaction will be communicated to the candidate once scheduled.)
*Note: MIT-WPU retains the right to make changes to any published schedule. Any other criterion declared from time to time by the appropriate authority as defined under the Act.
- Modern facilities are outfitted with the most advanced tools and technologies for research and practical training.
- Guest lectures, seminars, and workshops by industry experts and leaders from multinational corporations
- Industry internships at Tata Motors, JCB, Volkswagen, John Deere, Sandvik Asia, Force Motors, Bharat Forge, Mercedes Benz, PARI, Alpha Laval, L&T, EATON, Kirloskar Pneumatic Co. Ltd., HAL Nashik, CUMMINS India Ltd., ARAI Pune, and many more.
- MOOCs and interdisciplinary courses are included in the curriculum to help students improve their competencies. Agreements with multinational corporations such as Tata Technologies, Mercedes-Benz, Blue Star, and others.
- Dedicated Industry-Academia Partnerships Center to assist students in obtaining placements in MNCs such as Tata Technologies, Mu Sigma, Cognizant, ZS, Infosys, and others.
- National Study Program
- Skill based courses are offered
- Initiate a successful career trajectory immediately after class 10, accelerating professional growth and gaining a competitive advantage in the workforce.
- Demonstrate exceptional precision in applying theoretical knowledge, ensuring mastery in hands-on problem-solving and real-world applications.
- Seamlessly transition into pivotal roles like manufacturing engineers, automotive engineers, and maintenance engineers, adeptly applying their versatile expertise.
- Demonstrate proficiency in inventing and implementing solutions for real-world mechanical engineering challenges.
- Effectively collaborate on international projects, demonstrating leadership and actively contributing to global engineering endeavours.
- Execute impactful mechanical engineering projects and adeptly lead teams.
- With applied knowledge in manufacturing, automation, IoT, and AI, excel as industry-ready professionals, seamlessly integrating into diverse engineering roles with hands-on competence.