The Department of Mechanical Engineering at CT University has been established with a mission to provide high-quality education and produce skilled professionals capable of meeting the evolving demands of modern industries. The department focuses on blending strong theoretical foundations with practical exposure through well-equipped laboratories, workshops, industrial training, and project-based learning.
The academic curriculum covers diverse domains including Thermal Engineering, Design Engineering, Manufacturing Engineering, Robotics and Automation, and Renewable Energy Systems. With an emphasis on research, innovation, and industry collaboration, students are encouraged to explore creative solutions to real-world engineering challenges.
By fostering analytical thinking, technical expertise, and hands-on experience, the department aims to prepare graduates who can contribute effectively to industrial growth, sustainable technologies, and global competitiveness.
Key Highlights
Recognised
CT University has obtained the recognition/approval of the Bar Council of India to run its Law programs under the School of Law. Approval by UGC under Section 2(f) of the UGC Act, 1956. Approval by UGC under Section 22 of the UGC Act, 1956.
Years Legacy
CT University owes its genesis to the establishment of the CT Educational Society in Jalandhar in the year 1997. After the legacy of more than 22 years, CTU was established in 2017 under the excelling vision of Sardar Charanjit Singh Channi, Chancellor, CTU.
of CT University in India?
CTU Overall ranking by IIRF is 133 out of 171 colleges in India in 2023 CTU is a widely recognised and awarded university in India. CTU has excelled in providing quality education across various disciplines and ranked 26 in the ARIIA Rankings
Experience
There is excellent placements and job opportunities in CT University. Almost 75-80% of students get placed in many big firms. Major Co.s which visit the campus are TATA Motors, HDFC Bank, Mahindra & Mahindra, etc. The average package offered is around 5–10 lakhs.
Mr. Dharmpreet Singh
Project Officer
B.Tech Mechanical Engineering, Batch 2021–2025
My four years at CT University have been an incredible journey of learning, growth, and transformation. The Mechanical Engineering Department not only gave me strong technical knowledge but also encouraged me to take part in research, projects, and industry-oriented training. The guidance and mentorship from my professors helped me shape my career goals with clarity and confidence.
Mr. Abhishek Chitkara
Student
B.Tech Mechanical Engineering, Batch 2022–2026
CT University has been the perfect platform for me to grow as a professional and an individual. The Mechanical Engineering Department provided us not only with strong fundamentals but also hands-on exposure to CAD/CAM, robotics, and industry projects. The mentorship from faculty, industrial visits, and placement training sessions played a vital role in our success. I am proud to have been placed at Yerik International Pvt. Ltd., and we owe this achievement to the excellent academic environment and opportunities provided by the department
Mr. Atul Kumar Sahni
Student
B.Tech Mechanical Engineering, Batch 2022–2026
CT University has been the perfect platform for me to grow as a professional and an individual. The Mechanical Engineering Department provided us not only with strong fundamentals but also hands-on exposure to CAD/CAM, robotics, and industry projects. The mentorship from faculty, industrial visits, and placement training sessions played a vital role in our success. I am proud to have been placed at Yerik International Pvt. Ltd., and we owe this achievement to the excellent academic environment and opportunities provided by the department.
The department offers B.Tech with specialization opportunities in various fields of Mechanical Engineering.
Students have access to state-of-the-art laboratories, CAD/CAM centers, workshops, and simulation software to gain practical experience.
Through industrial visits, internships, live projects, and guest lectures from industry experts, students are exposed to real-world applications.
Graduates can pursue careers in manufacturing, design, thermal engineering, automotive, robotics, renewable energy, and research & development.
Yes, students are actively engaged in research projects, innovative product design, and publications in collaboration with faculty and industry partners.
