Recent News

In a major initiative by the students of SRM University-AP, sweaters were distributed among the poor kids living on the streets of Guntur. Under the initiative, students from the 2018 batch of Computer Science Engineering, Civil Engineering, Mechanical Engineering, Electronics and Communication Engineering, and Management Studies visited slum areas on the roadside near Shri Hospital, Guntur and distributed clothing among 44 kids ranging from 3 to 16 years old.

“We know how the families whose sustenance depends on the street have suffered during the pandemic. I am sure these small acts will bring cheers to these families,” said Prof V S Rao– Vice-Chancellor of the university. Prof B V Babu– Dean, School of Engineering and Sciences- highlighted the wonderful gesture saying “I am really glad to see the sensitivities and sensibilities our students have in sharing and giving”. Ms Revathi Balakrishnan– Assistant Director, Student Affairs appreciated the efforts, selfless service and compassion of SRM AP students to the lesser privileged.

SRM University AP is happy to inform everyone that IIT Indore selected Akash Yadav of our Mechanical Engineering Department class of 2021 into a coveted Master’s Program. Akash is excited to start his M-Tech journey in Production and Industrial Engineering Program at IIT Indore in Madhya Pradesh.

Indian Institute of Technology, Indore or IIT Indore was established by the Government of India for Engineering Studies to provide research-based education. It has become one of the pioneer research institutes in the country and is known for its innovation driven research and entrepreneurship.

Getting selected into IIT Indore is not the first of Akash’s many successes. Akash hails from Nepal and is a recipient of a prestigious scholarship under “Dr. Homi Jahangir Bhabha Scholarship Scheme” from Embassy of India, Kathmandu for his higher education. This scheme provides full scholarship to all students and even provides stipend to selected students.

Akash showed tremendous potential and was a feather in the cap of SRM University AP even before getting selected for M-Tech at IIT Indore. Along with pursuing his Bachelor’s degree in Mechanical Engineering, he completed four projects in four years in our labs. His project titled “Experimental Investigation of laminar length for Non-impinging Submerged Jets” was also awarded with a gold medal.

“I cannot forget the conscientious support of my mentors Dr. Prakash Jadhav and Dr. Surfaraz S Halkarni from Department of Mechanical Engineering during my projects.” Akash said, “Research based learning at SRM University AP, is the key to my success.”

We, the SRM Family, wish Akash all the success in his chosen path and are proud to share the table with IIT Indore as his alma matres. We are pleased that our research facilities could accommodate his innovative mind in the classroom and his ideas and designs in our laboratories.

Chirag Vinodkumar Menon and Mudireddy Raviteja Reddy, two vibrant students from the Department of Mechanical Engineering, have been placed in Ather Energy with a CTC of ₹10.00 LPA. The Ather 450Xur and Ather 450 Plus are two electric scooters that the company manufactures. Tarun Mehta and Swapnil Jain established Ather Energy Pvt. Ltd., an Indian electric car startup, in 2013. It has also founded the Ather Grid electric vehicle charging infrastructure across the country.

Let’s look into what our students say about their placement experience!

Chirag Vinodkumar Menon
For me, this job offer from Ather Energy is a dream come true. This is everything I ever expected for my first job and I can’t be happier. As soon as I saw the job offer, I started to prepare for my logic and technical assessment. The coursework provided by CDC was very helpful and the domain training lessons provided by the college helped me cinch the assessments. After I received news that I am selected for the technical interview, I immediately started focusing on my projects, which are innovative and relevant, as a result of repeated consult with the esteemed faculty of SRM University-AP. Their guidance is a vital reason why my projects have been a success, despite remotely working due to the pandemic. I consulted with my teammates and friends as well and as a result of efforts and determination, I have been able to crack the final HR interview.
The mock interviews conducted by the CR&CS department helped me refine my answers and my personality as a suitable candidate. My mother also helped me immensely to prepare for my interviews. I thank the CR&CS department for choosing reputed companies and giving me a chance to apply for this job opening and for ensuring the process is as smooth as possible. I would like to wish the very best for all my peers and juniors, success in their professional and educational endeavours.

Raviteja Mudireddy
I’m very excited and happy in receiving the job offer from Ather Energy. From the beginning of my B Tech itself, I have had much interest and passion towards automobiles which actuated me to do many projects. This in turn helped me in gaining knowledge in Electric Vehicles and added extra weight to my resume. I extend my gratitude to SRM University-AP for supporting my projects by providing technical assistance and monetary help beyond measure. The Mechanical Engineering curriculum is diversified and helped me gain knowledge in fields like Manufacturing Technology, 3D printing, etc. Of course, my research in EV (Electric Vehicle) Tech has also helped me a lot.
I thank the Placement department for bringing Ather Energy to our campus and guiding me to the HR Round. My message to my juniors in Mechanical Engineering is that the projects and the research work in the undergraduate coursework will differentiate a student from the rest of the crowd. Projects are not just for the marks or grades, they will lead you to get your dream job or even help you to start your own company.

An interactive session between Prof U Ramamurty, President Chair Professor, School of Mechanical & Aerospace Engineering at Nanyang Technological University (NTU), Singapore, and the faculty members of SRM University – AP, Andhra-Pradesh was held on Monday.

During the discussion, Prof Ramamurty emphasized the importance of research collaboration between faculty members from different research areas and about utilizing expertise to achieve significant scientific output.

Dr Pardhasaradhi Maram from the Department of Chemistry, Dr Sabyasachi Mukhopadhyay from the Department of Physics, and Prof G S Vinod Kumar from the Department of Mechanical Engineering presented their detailed research areas that focus on storage devices, catalysts for value-added products, energy and sensing devices, novel metallic materials, additive manufacturing of metals and Bio-implants, and industry collaborative research work.

Prof Ramamurty said that he is glad to see that productive science is being done at SRM University-AP. “Given that the University has started only 4 years ago and been functioning amidst a pandemic for more than one and a half years, the progress in research is significant and very impressive. Interdisciplinary efforts between various departments in the University will give effective results”, he added.

Prof D Narayana Rao, Pro-Vice-Chancellor, SRM University – AP expressed his interest in establishing NTU – SRM joint Centre for Advanced Research in functional and structural materials at SRM University campus to Prof Ramamurty. The centre that Prof Rao envisions will provide an opportunity to synergize the expertise and resources of NTU, Singapore, and SRM University – AP to carry out front-line research in the areas of novel materials, self-healing materials and also additive manufacturing (3D Printing of metals and bio-implants).

Title of the Patent: A Process for Preparing Magnesium Foams

Patent applicant: SRM University-AP, Andhra Pradesh

Patent Application number: 202041001715

Date of Filing: 14/01/2020

Date of Publication: 24/01/2020

Date of Grant: 16/08/2021

Prof G S Vinod Kumar and his PhD Scholar Mr Dipak Nandkumar Bhosale from the Department of Mechanical Engineering has brought the first granted patent to SRM University-AP. The patent titled “A Process for Preparing Magnesium Foams” is on the novel processing of Magnesium alloy foams via molten metal route. Metal foams are the class of novel ultra-lightweight and high strength materials used for engineering structures. Under the light-alloy category, Magnesium alloys possess greater challenges to foam and the inventors Mr Dipak Bhosale, PhD scholar and Prof Vinod Kumar (PhD supervisor) of Dept. of Mechanical Engineering have come up with a novel process to foam Magnesium alloy effectively. The patent was filed on January 14, 2020, and granted on August 16, 2021. It is indeed commendable that the patent grant is obtained in just 16 months from the date of application.

Metal foam is a cellular structure consists of solid metal with gas-filled pores. The pores can be sealed (closed-cell foam) or interconnected (open-cell foam). The present patent relates to a process for the preparation of closed-cell Magnesium foams using dolomite [CaMg (CO3)2] as a blowing agent (gas source), through a liquid metal route. The inventors have demonstrated economical and naturally occurring mineral dolomite to be an effective blowing agent for preparing magnesium foams and in-situ formed MgAl2O4 (spinel) particles as the stabilizing agent during stabilization of foams. The Magnesium foams produced by the process of the present disclosure have a good expansion, lower density, uniform pore size distribution and polyhedral pore structure. Through the present process Magnesium foams with 88% porosity 0.20 g/cm3 foam density was obtained. Magnesium foam is an attractive material that exhibits a unique combination of mechanical, physical, thermal, electrical and acoustic properties. It has high strength to weight ratio, good compressive strength and high energy/shock/vibration/sound absorption efficiency. Owing to these properties the magnesium foam finds potential in lightweight structural applications, sound-absorbing, energy and vibration and shock damping application.