Dr. Vaishali is an academician with 23 years of experience at prestigious academic institutions. She has held a variety of academic and administrative positions in engineering institutes, including Associate Professor, Head of Department, Academic Coordinator, and CEO. Her primary strength has been the establishment of outstanding academic practices, as well as possesses excellent leadership, relationship-building, and negotiation abilities. She had numerous papers published in journals and at conferences. Scopus has indexed six of the published publications. Three of every five papers are published in prestigious Elsevier publications. She also works as a reviewer for Springer journals such Artificial Intelligence, Medical and Biological Engineering and Computing, and IEEE Access.

PVPIT

What is the latest program that you are offering in your institute/dept. which will help students outperform and stand apart from the crowd?

For all ambitious engineers and upcoming professionals, TSSM's PVPIT in Pune provides a variety of engineering programmes. The E&TC, recognised by NAAC, stands out as the most distinctive and specialized programme and course among all others. Electronics and communication engineering is a field of study that deals with the physics of electrons and includes a variety of applications that improve and simplify our daily lives, such as television, radio, computers, and telecommunication. The programme lasts four years. ECE is the foundation of the contemporary communication system, which governs everything from telecommunications to rocket science. The candidate becomes a solid and successful professional after four years of rigorous study, including real-world experience.

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What are the factors that make this program the best for the students to opt for?

To help you understand, below is a small illustration of how Electronics & Communication Engineering connects to the current situation:

VLSI is assisting in the creation of high speed switching devices, the evolution from Intel Pentium 1 processor to recent core i7 processor solely due to the requirement for high speed, and micro architecture, so these are parts of electronics, and these electronics parts when utilized to make various computing devices such as: mobile,smart watches, laptops, and they are interconnected each other to send information via wireless medium, then communication occurs.

What will you say are the “best practices” in the course you’re offering?

We encourage students to participate in extracurricular activities. This helps them in developing soft skills. We organize different workshops. These workshops provide them opportunities to interact with industry professionals. Apart from these, students also have the opportunity to participate in cultural events. These events help them in management skills. We look into students' overall growth as an industry professional to help them perform better once they graduate from college.

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What are the types of projects that the students are working on through this program?

We do several things to ensure the industry focus. In addition to keeping up with current trends and technologies and implementing these into the daily classes, we invite smart people from the industry to do workshops with our students and teaching staff. By doing so, we get fresh ideas and inspiration and an insight into current practices that we can bring into the classroom.

Furthermore, the students work with many different companies in various projects throughout the course. Some are real clients, meaning that the students have to function as project managers as well as developers and designers. Other projects include agencies that the students can get professional feedback from.

We call these projects 'real life' projects, because that's exactly what they are; a chance for the students to work on projects similar to the ones they will be working with as future professionals.