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“If you give a man a fish, you feed him for a day. If you teach a man to fish, you feed him for a lifetime.”

While there is no dispute about the value of teaching a person a skill, the manner in which it is taught makes the difference. Imagine getting a person into a classroom and teaching him about: the technicalities of the fishing rod, the bait, what to do once the fish bites, how to reel it in, etc. How much do you think this person will learn sitting in a classroom?

This brings us to another quote that is more relevant and effective:

“Tell me and I forget, teach me and I may remember, involve me and I learn”

– Benjamin Franklin

Involvement in learning that Benjamin Franklin referred to is the hands-on opportunities students have to apply theory, to discover for themselves, to fail, to try again, and to learn from mistakes. This investigative and exploratory way of learning is what is known as ‘Experiential Learning’.

Experiential learning is one of the cornerstones of the SRM AP experience. Across all our programs, faculty encourage students to make use of the well-equipped labs to enhance their understanding of the theory taught in class. Students get to experiment under guided supervision in a way that not only deepens learning but prepares them for creating and implementing solutions in their careers.

Internships are another source of experiential learning for our students. All students across all programs have access to these opportunities, which in most cases are their first exposure to job roles and which prepare them for their careers. These structured, short-term, supervised placements are usually focused around particular tasks or projects with timescales defined by the organisation hiring for the internship. These internships are mutually beneficial for both the student and organisation – for students these are educational and career development opportunities, providing practical experience in their chosen field. For organisations, there are two benefits:

• – internships are a chance to free up their regular workforce from tasks that can be handled by interns;
• – the internship period can serve as a means to evaluate potential hires. Little wonder that most internships turn into what is known as PPOs, or pre-placement offers for regular employment.

Coupled with the all-round development that our students undergo, experiential learning gets them industry-ready in their time at SRM University – AP. This enhances their employability, prepares them to add value from the start, and provides a lasting career advantage.

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The School of Engineering and Sciences at SRM University – AP, Andhra Pradesh offers Engineering courses across:

• Computer Science and Engineering;
• Electrical and Electronics Engineering;
• Electronics and Communication Engineering;
• Mechanical Engineering; and
• Civil Engineering

What makes us the preferred destination for the most talented aspirating engineers?

Here are 5 key reasons

Faculty

Our experienced engineering faculty has several years of teaching experience at reputed institutions, with some possessing industry experience as well. They possess Ph.D.’s from universities with a reputation for research rigour and quality like IITs, IISc, and reputed foreign universities, and their research output has been published in several international publications.

A Curriculum With Students in Focus

The IDEAL (Interdisciplinary Experiential Active Learning) approach of our curriculum allows our students to focus on their career path as well as pursue their passions. Students can choose their own curriculum by designing their degree, combining Major programmes with a choice of specialisations and a Minor programme. Depth of learning is promoted through the Undergraduate Research Opportunities Programme (UROP), combined with the chance to gain industry experience through practice school and the final year capstone project.

The SRM Group Advantage

The SRM Group of Educational Institutions have a long legacy of promoting academic excellence going back all the way to 1969 when the first school was founded by the group. Since then, the group has established multiple full-fledged universities, engineering colleges, medical colleges, and other specialist colleges across India.

This has not only provided us with a rich heritage and network in academia but also established us as a source of talent for industry, giving us deep networks with corporates.

Placements Track Record

650+ recruitment partners from across the globe and industries very well received students of our first graduating class. With the highest offered CTC reaching 50 LPA, the average salary package our B.Tech. students earned amounted to INR 7 LPA.

Recently, SRM University – AP became the first private university in India to achieve twin foreign placement in the maiden batch when Rajarshi and Saptarshi Mazumder B.Tech. CSE graduates received offers for Technical Engineers-IT at PVP Inc Japan, a strategic partner of Google, Japan, with a pay package of 50 LPA.

Creating Entrepreneurs

A combination of mentorship by faculty, research centres, incubators, and accelerators on campus, student-run labs, and competitions help budding entrepreneurs to find direction in bringing their plans to life. We have incubated 40+ student startups at Hatch Lab, our in-house incubator.

SRM University – AP is also the 1st private Indian university to have an angel-funded student startup in its maiden batch. oureye.ai, founded by our B.Tech. students have received an angel investment of $120,000.

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Dr Nimai Mishra, Assistant Professor, Department of Chemistry, SRM University-AP, Andhra Pradesh, along with his research group comprising of students pursuing PhD under him, Ms V.G.Vasavi Dutt and Mr Syed Akhil has published a research article titled Cesium Lead Bromide Perovskite Nanocrystals as a Simple and Portable Spectrochemical Probe for Rapid Detection of Chlorides in the Journal ChemistrySelect (Publisher: Wiley-VCH on behalf of Chemistry Europe, Impact Factor-2.2).

Chloride anions are widely abundant in water and when they combine with calcium, potassium, and magnesium, they form chloride salts. However, the higher concentrations badly affect the environment by causing severe dehydration and even plant death. High concentrations of sodium chloride exhibit the potential of corrosive damage thereby releasing toxic metals from plumbing fixtures. Hence, there is a need to monitor the concentration levels of chloride salts in water. Several techniques like titration, spectrophotometry, ion chromatography, electrochemistry, etc have been reported to date. Despite the high accuracy and precision of these techniques, they involve expensive instrumentation and is out of reach from on-site detection. Hence, it is necessary to look for simple, portable, and cost-effective strategies for the detection of chlorides in the water.

In this article, Dr Mishra’s research group demonstrated that the wide spectral tunability of CsPbBr3 perovskite nanocrystals (NCs) via instantaneous and facile anion exchange, make them a suitable candidate for chloride detection. Rapid anion-exchange processes between CsPbBr3 perovskite NCs and different chloride solutions were carried out in ambient conditions. The resultant anion-exchanged CsPbCl3-xBrx NCs preserved the structural properties and exhibited a remarkable blue shift in photoluminescence spectra. This forms a basis for the detection of chloride ions in water. This has been applied with the limit of detection up to 100 µM. The detection strategies were not only limited to the direct addition of chloride solutions to NCs, but they also showed a visual colour change under UV light when the chloride solution is drop-casted on CsPbBr3 films that are deposited on glass substrates. Furthermore, the detection strategy is established by drop-casting CsPbBr3 NCs onto paper strips that are pre-soaked in chloride solutions. A considerable blue shift in fluorimetry proves them to be an excellent sensing medium as practical spectrochemical probes for on-site detection of chlorides. Based on this, a colour chart and selectivity chart to access the presence of chlorides and their concentration is also demonstrated.

Read the full paper here

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The Freshmen Orientation Programme 2021 brings another exciting session with Dr Venkata Ramana Akula, Founder & CEO, AVERA, on September 08, 2021, at 10.45 am.

Dr Ramana AVE, an innovative and performance-driven entrepreneur with a deep passion for technology and business, led the development of India’s first largest electric scooter manufacturing unit AVERA at Vijayawada, Andhra Pradesh. Being the Founder & Chief Executive officer for AVERA, he is experienced in managing all aspects of business development, including quality, product development and identifying new segments with growth opportunities. Dr Ramana was the man behind the inception of India’s first high-speed electric scooter RETROSA. An accomplished businessman with excellent leadership skills, Dr Ramana, is known for delivering substantial revenue and profits gained in a highly competitive market.

Join the session to interact with the entrepreneur on September 08, 2021, at 10.45 am to learn more about business ventures and ideas.

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Ms Liza Hazarika is joining the Freshmen Orientation Programme-2021 on September 08, 2021, at 9.30 am to deliver an interesting talk on “Power of Mind”.

Ms Liza Hazarika is currently working as a psychologist with Forward Seamen’s Union of India and is also associated with Pratishruti Cancer and Palliative Trust as a volunteer and psychologist.

Ms Hazarika is a certified Spiritual therapist from Amrit Asmi Institute. She believes in a holistic approach to treatment. She is the founder of Call For Healing, a space for spiritual practices. Ms Hazarika is also actively involved in several Non-Governmental Organizations working in areas of mental health. She has done her Master’s in Clinical psychology and Bachelor’s in Psychology from Handique Girl’s College, Guwahati.

Join her on September 08, 2021, at 9.30 am to learn to unleash the powers of the mind.

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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).

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The fourth edition of the ongoing Workshop series “Learn & Earn: Hands-On Science & Technology (HOST)” organised by the Department of Electronics and Communication Engineering (ECE) at SRM University-AP is scheduled to be held on September 11, 2021, at 11.00 am. The workshop series-IV titled “Introduction to Geophysical Data Processing” will be engaged by Dr Karthikeyan Elumalai, Assistant Professor in the department.

Between measuring geophysical data and charting it, there is a stage called data processing. Some measurement inaccuracies can be addressed during this process. Various aspects of the data can also be extracted. In a geophysical map, for example, large or small patterns might be emphasised, and anomalies that extend in one direction can be enhanced or muted. The workshop aims to learn and explore the latest techniques in the field of Geophysical Data Processing.

About the Speaker:
Dr Karthikeyan Elumalai received his BE and ME degrees from Anna University, Chennai in 2007 and 2009 respectively. He completed his PhD degree from the Indian Institute of Technology Delhi (IIT-D) in 2018. He is working as an Assistant Professor in the Department of ECE, SRM University-AP. He has also received a research grant from the Department of Science and Technology (DST), India. His research interests include seismic signal processing, seismic modelling and inversion, and machine learning.

Join this informative session on September 11, 2021, at 11.00 am to know more about Geophysical Data Processing and its thrust areas.

Register here: https://srmap.zoom.us/webinar/register/WN_tfnal7QcRCGX3eErWLgihg

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The Department of Mathematics at SRM University-AP is organising a webinar session on the topic “On non-vanishing of modular L-functions inside the critical strip” on September 08, 2021, at 3:30 pm. Mr E. M Sandeep, a senior researcher from the Kerala School of Mathematics will be the guest speaker at the event. All interested students and faculty are invited to join the session and gain insightful thoughts from the expert scholar.

For more information, please go through the abstract provided on the left. Link to join the session

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