Abroad education is a coveted dream of many! Taking the first step towards your dream is a big decision. This will serve as a motivating force to align your academic pursuit in line with your field of interest. Yet grabbing a seat overseas is no child’s play. Besides academic excellence, there is a set of other factors to bring this long-winded process to completion.

Right from choosing a course that piques your interest, zeroing in on the best institution, giving the English language test, penning a defined SOP to funding your studies and applying for scholarships, the list of tasks in your action charter will go on endlessly. And it will all be worth it once you receive the letter of admission. That is the moment for you to pack up your bags and set off on your dream journey.

The Office of International Relations and Higher Studies has scheduled a session, Talent talks: A conversation with young achievers, with SRM University-AP students who have secured admission to the top 50 QS ranked universities, as part of the Higher Education Series. This is an initiative to disseminate enhanced awareness among students who wish to take higher studies abroad. The student panel will exchange views on their experiences from picking up a course of interest to pushing themselves harder to clear each hurdle until they received the offer letter. This is a fitting opportunity for all aspirants to give shape to their dreams with better clarity of purpose.

Date: April 29, 2022

Time: 4.00 pm to 5.00 pm

Venue: Tiered Classroom, 5th Floor

We urge all the interesting students to partake in the session.

Continue reading →

Coming together to dance your heart out will always be a good idea. Forgetting your deadlines and occasionally catching the rhythm of your life is an acceptable crime. Being spontaneously and unapologetically happy is what we all deserve to be. After all, life is too short not to have fun.

The Department of Student Affairs is super excited to let you know about the fascinating flash mob happening near the fountain this evening. The Dance Club is all set to mesmerize SRMites with collective dances to popular songs. Make some way for your random happy pills.

Date: 26 April, 2022

Venue: Near Fountain

Time: 5.00 pm

Join the flash mob and dance it out.

Embracing one’s transgender identity is a tremendous act of courage in a world that refuses to acknowledge their very existence. The narrations of their trials and tribulations continue to prevail despite the measures taken by the state machinery to assert their rights or the transgender revolution that spilt over in recent times. So long as the society continues to deny them a conducive space to exert their existence, the transgender community will have to endure hardships in all walks of life. The present-day researchers have increasingly shifted their focus on the LGBTQIA+ community to unravel their survival tales and awaken the population to their basic human rights.

Dr Anu Kuriakose, Assistant Professor from the Department of English, has also been looking into transgender lives and the anomalies in their representation. Her research analyses the inclusion and representation of transgender people in Indian films with a specific focus on the shift in representational politics and inclusive strategies in films of late. She has recently published a paper titled “Deconstructing the Trans-Inclusivity Myth in Chandigarh Kare Aashiqui” in the Economic and Political Weekly.

The article offers a critical reading of the Hindi film Chandigarh Kare Aashiqui (2021), which appears to maintain an inclusive outlook towards the queer community. Through the article, Dr Anu draws attention to the glaring presence of transphobic and homophobic attributes even in such progressive films. Her research attempts to analyse whether there have been any significant shifts in trans representation and inclusion in contemporary cinema.

She has also published two chapters, “The Impact of COVID 19 Pandemic on Employment and Livelihood Opportunities of Transgender Community in Kerala” and “The Double Marginalization of Transgender People During the COVID 19 Pandemic”, in the books COVID-19 Pandemic and the New Normal and Keralam in the Path of Survival respectively. The works recount the unspoken sufferings underwent by the transgender community in Kerala during the pandemic times. The chapters were co-authored by her peer, Dr Vinshi P K.

Her upcoming research plans include addressing gender diversity and inclusion in academic discourses in the vernacular of Kerala and critically reviewing the representational politics of trans femininity in visual cultural texts. By researching the portrayals of transgender community, Dr Anu intends to enhance awareness on the deviant representation of queer community in the realms of literature.

The Department of Electrical and Electronics Engineering is glad to announce that Dr Ramanjaneya Reddy, Assistant Professor; his students, Mr Rahul Kotana and Ms SK Hima Bindu have published a paper titled “High Gain Boost Converter Fed Single-Phase Sine Pulse Width Modulated Inverter” in the journal ‘International Journal of Renewable Energy Research’ having a Scopus site score of 4.2.

Abstract of the Research

A high gain boost converter fed single-phase voltage source inverter with its control for DC to AC power conversion in uninterrupted power supply and renewable energy applications is presented in this paper. The conventional DC-DC boost converter with a coupled inductor and switched capacitor is utilised to obtain high gain. Further, the output voltage of the inverter is controlled by the sinusoidal pulse width modulation technique. The detailed design and analysis of a high gain boost converter fed single-phase voltage source inverter is presented. The sine pulse width modulation control scheme for the voltage source inverter is also developed and presented. To validate the high gain boost converter fed single-phase voltage source inverter, the simulation model is developed in the LTspice software environment, and the results are validated. The results show high gain boost converter achieves a gain of about 10 and the single-phase voltage source inverter can provide an rms voltage of 228 V without using the step-up transformer. The total harmonic distortion of output current is found to be below 4.

About the Research

Energy is an essential factor for the functioning and economic development of the industrialized world. It plays a key role in our day-to-day life. On the other hand, energy management has become a critical factor for our successive economic prosperity. The energy consumption process frequently needs either DC-AC conversion or AC-DC conversion. The DC-AC conversion finds its major application in uninterrupted power supply (UPS) and renewable energy (RE). To supply during power outages, most UPS systems use batteries, usually lead-acid, as the storage mechanism. The battery is supposed to provide the backup in the absence of the grid supply. However, the voltage provided by the battery alone may not be enough to provide the backup. At first, the battery output power which is DC needs to be converted to AC with the help of an inverter. Apparently, the output of the inverter needs to be stepped up with the help of a step-up transformer to achieve an output of 220V 50Hz. An alternative approach to the same process is by using a power electronic converter called the DC-DC boost converter. The boosting of battery/PV voltage can be achieved with the help of a standard boost converter as shown in Fig. 1(b), or by using a battery capable of supplying higher voltage and a step-up transformer as shown in Fig. 1(a). High power batteries and step-up transformers can be eliminated if a high gain boost (HGB) converter is used instead of a standard boost converter. The HGB converter fed DC-AC conversion system is presented in this paper which eliminates the step-up transformer. The circuit configuration of the proposed work is depicted in Fig. 2.

Practical Implementations of the Research

The DC-AC conversion method proposed is based on the HGB converter fed single-phase SPWM inverter. The proposed model is best suited when a low voltage DC supply is available, and a standard 230V AC output is needed to deliver the load. The detailed design and analysis of the HGB converter are carried out, and the gain of the converter is achieved at around 10, which is very high compared with conventional boost converter topologies. A unipolar SPWM control scheme is developed in LTspice to control the single-phase VSI. The simulation results of the complete DC-AC conversion system are in close agreement with the design parameters. Further, the total harmonic distortion of the output current waveform is around 4% which is well below the international standards. In addition, the complete model consisting of both HGB converter and single-phase VSI are successfully simulated for an input of 36 V DC and produced an rms output voltage of 228 V.

In future, the DC-AC conversion method based on a high gain boost converter can be extended with the three-phase voltage source inverter with electric drive applications.

The whole purpose of education is to turn mirrors into windows – Sydney J Harris

Every day is a chance to learn and unlearn things. The higher the curiosity to know more, the deeper your roots in a hopeful life. Productive utilization of knowledge has always been the key to success. Finding the application levels of the knowledge you gained and reflecting on yourself makes a huge difference from passive learning.

The Department of Entrepreneurship and Innovation is proud to announce the launch of Research Clan. This community holds the insights of research works and converts the concepts into something useful for the world. Mr. Himanshu and the team will be presenting an exciting talk about the scope, future, and value of Research papers in your career and life.

Join the clan on April 27, 2022, at 5.30 pm

Venue: Tier Classroom, Admin Building