Projects were developed under the mentorship of Dr. Arashdeep Singh and Dr. Bandhai Lonia.

One group (Vivek, Surjeet, Chanderkant) developed a “Multi-Utility Power Generating Kit” that uses renewable energy for various applications.

The kit promotes green energy and supports environmental sustainability.

Another group (KM Manisha, Akash Sharma, Mohit Dhakrey) created a Hybrid Car prototype combining electric and fuel-based systems.

Their hybrid vehicle aims to enhance energy efficiency and lower emissions.

University leadership, including Chancellor Dr. Zora Singh, lauded the students’ innovation and dedication.

All participating students secured placements in reputed companies with competitive salary packages.

The Department continues to promote practical, industry-relevant education and holistic student development.

Mandi Gobindgarh, 7 July: The Department of Mechanical Engineering at Desh Bhagat University, Mandi Gobindgarh, proudly celebrated the achievements of its final-year B.Tech students, who demonstrated outstanding technical innovation through impactful projects. Guided by Dr. Arashdeep Singh and Dr. Bandhai Lonia, two student groups developed research-based prototypes addressing modern-day challenges. The first group, consisting of Vivek, Surjeet, and Chanderkant, engineered a “Multi-Utility Power Generating Kit” designed to harness renewable energy for multiple applications, emphasizing environmental sustainability and green energy. Meanwhile, the second group—KM Manisha, Akash Sharma, and Mohit Dhakrey—built an advanced Hybrid Car prototype that merges electric and fuel systems to boost efficiency and reduce emissions. The university’s top leadership, including Chancellor Dr. Zora Singh, Pro-Chancellor Dr. Tejinder Kaur, and Vice-Chancellor Dr. Harsh Sadawarti, praised the students for their dedication and innovation. Notably, all the students involved have secured prestigious placements with attractive salary packages, underscoring the university’s commitment to industry-readiness and applied engineering excellence.