Admissions Blog


“Since my school days, I have been fascinated by writing cryptic text, though intelligible. It all started with mirror-writing the teaching-feedback that was requested by our class teacher Tr. Jezuine. Once the feedback was read, the teacher called me and asked: “How did you learn this?” I was on cloud nine and replied, “it just happened only for you”, with a massive smile on my face. Later, I never thought of any secret writing for a while. It was only during the initial days of my teaching profession; I had the opportunity to read my classmate’s notes scribbled in a cryptic text which triggered further enthusiasm in me. So, during my postgraduate course, I started reading and presenting seminars on Cryptography and Security. This further led to deeper digging into the core of security aspects that also led to a trivial postgraduate project on key-establishment in wireless sensor networks. Later during the research period, I chose a new upcoming area – wireless sensor networks (broader domain), and contextual- and content- privacy (narrower domain) – privacy preservation in WSNs as my research topic.”

-Dr Manjula R

The Issue:

The significance: The privacy of individuals is being compromised gradually with the increasing popularity and rapid deployment of pervasive computing technologies. The benefits and conveniences offered by modern devices often lead people to neglect the dire consequences of possible privacy violations. Therefore, privacy risks should be taken into considerations while designing responsible technologies. One such technology that poses serious privacy risks is the Wireless Sensor Networks (WSNs). Despite the enormous benefits offered by WSNs to humanity, several issues need meticulous attention. Security and privacy are such issues in WSNs. For instance, the US military aims to adopt Internet of Things (IoT) enabled WSN. The usage of WSNs, Unmanned Aerial Vehicles (UAVs), tiny robots (nanoscale robots) are envisioned to transform the battlefield scenario. In particular, these digital devices and components are embedded in soldiers’ uniforms to collect the health status of the worriers and relay this information to a central controller, named the base station (BS). The BS is located near places where the internet is easily accessible. Nevertheless, WSNs are deployed in areas where it is challenging to have internet. However, this problem is easily solved with the amalgamation of WSNs and IoT. This comes with unwelcoming consequences. The unattended nature of these networks provides an attacker with physical access to the devices. The attacker may compromise the node and conduct illegal activities, say, mimic fake chemical leakages etc. Furthermore, the broadcast nature of the transmission medium gives access to the packets exchanged by the sensor nodes to anyone within the communication range. Consequently, adversaries may exploit these features of WSNs in order to launch attacks against the network and thus render all the potential benefits offered by this technology unusable. Hence, privacy preservation in WSNs is a significant issue that needs to be addressed to safeguard personal and private assets—soldiers or endangered animals etc.

In a quest to provide countermeasures to such attacks, Dr Manjula R and her team are developing privacy preserved solutions with particular emphasis on routing in WSNs. Their recent research article titled “Protecting Source Location Privacy in IoT Enabled Wireless Sensor Networks: The Case of Multiple Assets” has been accepted for publication in a peer-reviewed journal – IEEE Internet of Things Journals. This work is co-authored by Prof. Raja Datta, IIT Kharagpur and Mr Tejodbhav Koduru (studying in 5th semester in dept. of CSE, SRM University AP). The SCI-indexed journal has an impact factor of 9. 396. The team is also focusing on the development of new countermeasures to mitigate eavesdropping attacks in WSNs.

You have landed the coveted seat as a Mechanical Engineering student. Congratulations! What is your next goal? What career options after Mechanical Engineering are you considering? You will be happy to know that mechanical engineers have a much wider career field to choose from than many other engineering disciplines.

Introduction to Mechanical Engineering Field:

The best part of engineering, any discipline of engineering, is to be able to engineer things. As a mechanical engineer, you would become familiar with fundamental aspects of many other disciplines. Mechanical Engineering is a seminal discipline of engineering from which many other branches (automobile engineering, aerospace engineering, etc.) have developed.

Mechanical Engineering formally emerged as a discipline in the 18th century during the Industrial Revolution. However, for all intents and purposes, Leonardo DaVinci would have been a mechanical engineer if he was living today. In fact, the origin of Mechanical Engineering can be traced to the invention of simple machines such as wheels, levers, wedges, or ramps.

But where are the Mechanical Engineers today? What is in store for them in the future?

Simple. Everything as far as the eye can see. Career options for Mechanical Engineers range from joint design in a robot prototype to fluid dynamics measurement in the human body. Mechanical Engineers play a critical part in the development of any machine that we see around us.

SRM University-AP’s multidisciplinary courses widen the scope of Mechanical Engineering careers. The option to pick minors from a variety of fields gives mechanical engineers the scope to enhance and diversify their domain knowledge.

Responsibilities of Mechanical Engineers in their Jobs:

Mechanical Engineers are typically involved in the creation of the mechanical aspects of the design. They can work on theoretical aspects such as research or conceptualisation or more functional aspects such as design and design development.

In any workspace, the role of the mechanical engineers revolves around the following:

  • Identification of the problem and researching on how it can be resolved mechanically.
  • Designing a solution theoretically as well as virtually.
  • Creating a prototype and testing the prototype stability over various parameters.
  • Overseeing the manufacturing process and providing guidelines on maintenance.

Popular Industries and Sectors for Career Options in Mechanical Engineering:

  • Manufacturing

Mechanical Engineers can always find good career opportunities in the manufacturing sector. The intuitive manner in which they approach a complication often comes in handy not only in engineering roles but also in management roles. Mechanical engineers are good at mapping out the structure and identifying the root of issues, making them valuable assets for any manufacturing company.

  • Armed Forces and Defence

The Defence sector needs to strive for higher efficiency. There are few sectors as lucrative and competitive as the armed force ones. Mechanical Engineers play a vital role in this area, from competitor assessment to model development. Constant up-gradation and quick solutions are defining features of any person looking for a job in this sector.

  • Aerospace Industries

Working for the aerospace industry is the dream of many engineers. The opportunities for mechanical engineers in this sector are plenty. As our aerospace technologies develop to accommodate our exploration aspirations, the need for mechanical engineers rises to design the best models possible.

  • Automobile Industries

Faster than light. Though the automobile industry is yet to achieve this dream, it has remained their vision. Mechanical engineers are the most in-demand people in this sector to turn this dream into reality and make it safer while doing so. So, if you love cars and making them talk to the wind, you might want to look into this sector for job opportunities.

  • Construction

The construction sector heavily relies on inputs from Civil engineers. However, mechanical engineers would find that they play a vital role in this industry as well. As the terrains for construction differ, the demand for the insight and consultation of mechanical engineers to create fail-safe designs heightens.

  • Energy Services

Energy generation and storage are heavily reliant on mechanical engineers to design and implement technology with green sources and less loss. The research and development scopes and the design prospects in this sector are fertile and constantly in demand of greater and greater efficiency.

  • Biomedical

Most of the human body systems need to be read by tools designed by Mechanical engineers. Not just that, these engineers are the ones who devise the methods to make these tools minimally invasive as well. The biomedical sector recognises the need for mechanical engineers to improvise their systems and economise their tools.

  • Robotics and Automation

Perhaps the most awesome-to-the-ears field, the field of robotics and automation, needs mechanical engineers to design the most flexible and durable apparatus. Mechanical engineers face extraordinary problems and requirements in this field and strive to provide equally jaw-dropping solutions to it.

Job Positions after Mechanical Engineering

  • Mining Engineer
  • Water Engineer
  • Aerospace Engineer
  • Mechanical Engineer
  • Automotive Engineer
  • Maintenance Engineer
  • CAD Technician
  • Nuclear Engineer
  • Control and Instrumentation Engineer

Tips for Mechanical Engineers to Improve Career Prospects

  • Technological Proficiency

Stay up to date with the latest software platforms. It is crucial in this day and age to learn how to navigate the digital space even when most of your work might be on-site. Moreover, this would also show that you are a person who is always prepared to adapt to the new and more convenient technology.

  • Experience

Having hands-on experience is crucial in any industry to facilitate hiring decisions. However, it is even more critical if you are a mechanical engineer. Do not wait till your graduation. It is advisable for most engineers to look for experience through internships. A good internship can make your CV stand out among your peers.

  • Higher Education

Do not stop at a graduate degree if you wish to climb up career ladders. It would help if you levelled up. Get higher education. Show that you are willing to make an effort on yourself to do your job better.

  • Additional Certifications

Having additional certifications that add value to you professionally can make you a real catch real fast. It can be surprisingly beneficial if you have a multidisciplinary education. You will be able to provide value to organisations requiring a mechanical engineer but do not belong to the traditional sectors.

  • Interpersonal Skills

It is crucial to curate the soft skills and interpersonal skills needed to market yourself to the hiring manager properly. Your rigorously developed domain knowledge will be for nought if you fail to present them to the concerned people in the proper manner. Moreover, strong interpersonal skills will help you network well and connect with the right people, affecting your growth prospects exponentially.

  • Management Degree

If you wish to climb the corporate ladder, then it would be advisable to obtain a management degree to go with your graduate degree. A management degree can be your gateway to coveted executive positions. Perks aside, your inputs could be the deciding factors for your organisation’s growth and stability.

SRM University-AP trains the students and prepares them, at the outset, for their dream jobs and their career expectations. The practical learning approach to education prepares the students to face several challenges in their professional domain before even entering the workforce. Each student’s needs and career goals are kept in consideration while advising them about the minors that would be helpful to them, training them with necessary skills, and even providing them with essential exposure.

Studying with SRM University-AP will help you broaden your career options after Mechanical Engineering. Find out more about the Undergraduate Programme in Mechanical Engineering offered by SRM University-AP here.

Mr Lakshman Thatikonda, a 3rd year BBA student of SRM University-AP, has started his own business venture (TalentCrew), incubated at the Hatchlab Research Centre– The technology and livelihood business incubator of SRM University-AP.

The talent crew is a skill-based startup. They are one of India’s largest multi-category customised gifting companies, providing one of the best-curated collections of festival merchandise, gifts, handicrafts, wedding cards, carvings & personalised products for all occasions & festivals. TalentCrew has a global footprint with customers spanning 20 plus countries and the capability to deliver gifts to over 50 countries and 300 plus cities in India. Mr Lakshman started this organisation on the principles of creativity, agility, and social responsibility.

Over the next few years, TalentCrew envisions exploring and developing new products and services that will actively expand business while touching social responsibility.

Experience at Hatchlab Research Centre

The Hatchlab research centre aims to support SRM E-Cell’s mission of developing entrepreneurial talent and fostering the commercialisation of new ideas ventures. “Working with Hatchlab research centre was always a great experience. Here I found the fresh start for the innovation, and here the programme is very well structured with the right blend of practice,” says Mr Lakshman. “The best thing about this programme is that it allows me to learn while still being employed. And I always feel thankful for Dr Lakshmana Rao sir, for motivating me on every stand that I take, and Udayan Bakshi sir, for giving me such a wonderful opportunity” he added.

Scope for ECE Students

Electronics and Communications Engineering or ECE is a very popular educational choice for the prospective engineering students. ECE students can have careers in industries like consumer electronics manufacturing organization, Automotive, Telecommunication & IT industries, Health care equipment manufacturing, Mobile communication (2G, 3G, and 4G), Internet technologies, Power Electronics, and other industries like steel, petroleum, and chemical industry etc.

ECE students also have lots of opportunities in Government and private companies in the areas of design, manufacture, installation, operation, and maintenance of electronics equipment and systems. New opportunities and avenues are also opening for electronics & communication engineers due to the integration of electronics into various new industrial verticals.

The latest technologies include self-driving cars, autonomous drone logistics, robotics, automation in industries, smart energy systems etc. But getting acquainted with these industries will not be easy. They demand engineers who have more hands-on experience with the latest technologies.

Electronics students with skills in robotics, automation technologies, renewable energies, Internet of Things (IoT), mechatronics engineering concepts add more value to their average pay scale. Students pursuing electronics engineering aim to get a highly paid job, so improving their skill sets will impact their pay scale a lot.

Major technologies in which an ECE engineer can work on:

  • Analog and Radio Frequency Circuits: Without these cell phones, Wi-Fi, television will cease to exist. A lot of industries are established to meet consumer demands, and, in the process, they opened a lot of job opportunities for electronics engineers.
  • Communication & Signal Processing: This technology particularly finds its application in the transmission, storage, and analysis of information signals.
  • Computer & Digital Systems: All the industries are able to advance technologically at a faster pace than before with the help of computers. These digital systems are everywhere from smartwatches to Mars rovers.
  • Networking: With the boom on the internet, we are experiencing 3G, 4G services that help organizations and industries to easily collaborate with people. There is a lot of scope for engineers who want to work in this technology.
  • Computer vision & Image processing: These technologies are helping computers in the areas like medical, surveying, photogrammetry etc. For instance, now we have medical devices that can analyse data to not only display images but identify diseases too with the help of magneto-resonance imaging technology
  • Control systems & Robotics: With the advancement in technologies lately more and more industries are adopting automation and robots into their operations to improve their efficiency. And a lot more industries are expected to adopt these technologies in the coming years.
  • Remote Sensing: Communication via radio waves is essential for mobile devices, radios, and all the devices that are connected to the internet. From mapping to navigation, remote sensing plays a vital role in various technologies.
  • Nanotechnology: The more efficient solar cells, faster transistors, tracking chips and microscopic sensors that we see today are the products of nanotechnology. A lot of industries are adopting this technology to make their products smaller and more efficient.
  • Sustainable Energy & Power systems: Now industries are investing lots of their money and time to develop more efficient solar cells, windmills, systems that can generate power from tides etc. This technology offers a wide range of job opportunities for electronics engineers.
  • Energy Storage Technology: The demand for energy storage systems is likely to grow exponentially globally as the world shifts towards renewable energy sources. This shift will mandate both grid level and unit level energy storage systems that are of viable size, cost, and energy efficiency. Significant research is currently being conducted on materials, engineering, and other optimisations.

Skills that an ECE student needs to develop to improve job prospects:

If you are an ECE student, here are some of the skills and areas that you need to concentrate on to improve your job prospects:

  • Computer proficiency is a must these days; try to get acquainted with some of the industrial-grade software.
  • Develop your communication and interpersonal skills
  • Develop more practical skills and get hands-on experience on theoretical concepts
  • Get exposed to current industrial methodologies as much as possible
  • Stay updated with the latest technologies by developing projects on them
  • Do additional certified training programs to build your profile
  • Take additional responsibilities in your college to showcase your managerial skills
  • Develop your leadership and team working abilities


Studying ECE at SRMAP offers students the unique opportunity to gain experiences, skills and knowledge which will set them apart from their peers.

  • Semester Abroad Programme: For those who strive to learn cutting edge practices from reputed Universities abroad, SRMAP offers a dream-come-true opportunity to the selected students to obtain necessary skills and insights which will make them shine among their competitors.
  • Centres of Excellence: The centres of excellence will nurture the potential in students by giving them a working environment and allowing them to test their mettle.
  • Multidisciplinary curriculum: The curriculum at SRMAP is fluid. It draws upon traditional courses with a modern and practical outlook. However, the most prominent feature of the curriculum at SRMAP is that it transcends convention, focuses on recent trends in research and technology. and provides the students with the essential tools wot take the forefront positions in their field.
  • Placements: Placements at SRMAP are extremely motivated by the individual’s needs and career aspirations. The students are given relevant advice since day one and often train to acquire skills as per their strengths and ambitions. This makes them the suitable candidate for their dream job with exciting offers in their hands.

Studying abroad at UC Berkeley

Studying abroad is a dream for many. Studying abroad in reputed universities like the University of California, Berkeley is a golden opportunity. The Semester Abroad Programme at SRMAP gives wings to the aspirations of many who wish to gain educational experience abroad.

Mohammed Khizar Baig, a student of Computer Science Engineering, recently went to UC Berkeley through SRM University-AP’s Semester abroad Programme. Here’s what he has to say about his experience,

“It was a holistic selection process starting with an interview from SRM AP. Then the shortlisted candidates were invited for an interview from UC Berkeley. Apart from this, we were also required to submit a Statement of Purpose. Several factors including academics, extracurricular involvements, leadership background were considered for the evaluation.

The selection at the University of California, Berkeley was indeed ecstatic. A place where dreams are given the right guidance to turn into a reality. Situated right next to Silicon Valley, every aspiring entrepreneur’s dream destination, what could be a better experience than attending a university comprising staggering alumni of Nobel laureates, Olympic medallists, and legendary tech pioneers such as Steve Wozniak, Andrew Ng, Gordon E. Moore, and many more.

It is a semester-long program involving diverse courses from Entrepreneurship, Creative and Emerging Technologies, Design, and informative lecture series by eminent Founders and CEOs.

SRM AP extended its immense support throughout the selection process of UC Berkeley. Dr Naga Swetha ma’am helped in the interview and the shortlisting process along with establishing the connection with the team at UC Berkeley. I would also thank Dr Sonam Maurya ma’am for her immense support in the smooth Academic mapping process, which would make the transfer of credits easier once we are back to SRM AP. Dr Ashu Abdul sir and Dr T. Raghunathan sir also extended their guidance during the process.

As rightly said, “Dreams don’t work unless you do”, I aspire to assimilate the knowledge, experience, and most importantly the real-life lessons learned during my SAP at UC Berkeley and proliferate it to augment the entrepreneurial ecosystem back in India. This would be the most fundamental exposure pivotal in accomplishing my dream of establishing a start-up and eventually in manifesting my ambition of fostering a meaningful impact on humanity.”

SRM University-AP has enables the students to pursue their dream PhD at many prominent institutes along with UC Berkeley. Students are also provided with training and guidance for pursuing higher education abroad. Check out our International Relations page to learn more

If you would like to be a part of SRM University-AP’s vibrant and innovative culture of knowledge, ideas and research then see here what more we have on offer for you.

Getting the chance to study abroad is a ticket to acquiring skills that are highly sought after and will give a special and unique boost to your profile. SRM University-AP provides students with opportunities and training to join a course from a number of renowned foreign Universities to give them that unique edge that top recruiters look for.

In a long list of achievers, Yuvraj Tankala has made it into the University of California, Berkeley through our Semester Abroad Programme. Yuvaraj shared his elation with us,

“It is the spring season here; I’ll be spending solid 6 months (a semester) here at UCB to learn and explore. UC Berkeley is a one-of-a-kind university. From its history to its recent innovations in the research community, UCB has been a major player in various fields. Getting selected and sitting and writing this in the heart of the campus at UCB is really a moment to cherish. It is surely a dream come true for an ambitious person like me. Waiting for every new day to learn new things and connect with more people over here.

The selection process was smooth, SRMAP and UCB had their own prerequisites to tick off so that the whole process would be smooth. I have gone through a series of interviews, and I am tested on my entrepreneurship skills and technical skills and having a balanced academic score.

Using the teachings of here, and my skills, which I’m sure to enhance; I’m planning to use them towards my entrepreneurial mindset. These would help me satisfy the requirements of launching a potential start-up.

All these achievements would not be possible without SRM-AP’s support. The support was through constant motivation, mentoring. I would like to thank Ragunathan sir, Sonam ma’am, Ashu Abdul sir, Nagaswetha ma’am for extending their full support during the process.”

Your overseas education journey story could be next. Join SRM University-AP to receive unique educational training and career guidance through our international collaborations.

“Family businesses are the core of Indian economy,” said Mr K R Sekar, Partner, Deloitte India in an interview with the Economic Times last year. Numbers back his claim as family businesses contribute close to 70% of India’s GDP. They are as much about family values and legacy as they are about reinventing themselves over generations. As the flagbearers of a growth-oriented economy, they deserve a new vision to build on the legacy. MBA In Family Business offered by the School of Entrepreneurship and Management Studies (SEAMS) at SRM University-AP is designed to groom students for organic growth of their self and family businesses.

The Importance of MBA In Family Business

With a longer-term perspective compared to other organisations, family businesses have traditionally focused on the next generation for future growth. Young leaders in family businesses have the unenviable task of preserving the legacy while demonstrating their risk-taking abilities through nuanced plans, given the changed customer and business eco-systems. MBA In Family Business can be the vehicle for aspirants to discover their strengths, develop a vision for the future, and get in the driver’s seat to promote growth. The experiential programme also aims to bring insights into family dynamics while shaping socially conscious leaders and game-changers of the business world.

New-age curriculum for new flagbearers of family businesses

Learning by doing under the watchful guidance of mentors is the foundation of MBA In Family Business programmes. Experienced academics as well industry pioneers and entrepreneurs pass on the proverbial mantle to the new generation through knowledge sharing. Electives designed for specific industry domains, leadership activities like role-playing, experiential courses and projects on building business plans and growth plans, are some of the hallmarks of new-age programmes. At SEAMS students also develop skills in emerging areas like Business Analytics, which encourage them to understand and work on past organizational limitations, through technological tools at their beck and call. and to take things to the next level.

SRM University-AP edge for business scions

Built on the pillars of state-of-the-art infrastructure, strong industry network, and international linkages with renowned institutions, SRM University, AP has made a mark on the global stage in a short span of time. Its collaboration with Harvard Business School Online has resulted in high impact online courses that help students learn about the best global practices. The learning model built around active, case-based and social learning enables upskilling of students and puts them at the forefront of an ever-changing economy. The university’s emphasis on innovation is passed on to students, who can leave an indelible mark on the future of the business world.

Advantages of MBA in Family Business at SRM University- AP

Aligned with SRM University-AP’s vision for leadership excellence, SEAMS is set to raise the bar for family businesses with this cutting-edge programme. Its future-focused curriculum delivered through new age pedagogies ensures that students understand their family business through diverse and holistic perspectives. While being part of the family business, students can learn, apply new skills and chalk out a growth map for the future. Overall, the programme equips scions with skills, vision, leadership abilities, practical exposure, and confidence to take over the mantle and be responsible for carrying the legacy of their family business into the future.