The School of Engineering, Management and Research (SoEMR) was established in the Academic Year 2024–25 with the vision of creating a new generation of engineers who are industry-ready and innovation-driven. The School introduced four undergraduate programs – B.Tech in Semiconductor Engineering, Mechanical Engineering, Civil Engineering, and Chemical Engineering – each designed to align with global academic standards and the evolving demands of modern industry.
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To provide quality engineering education that prepares students for interdisciplinary research, innovation, and problem-solving, enabling them to contribute to society locally and globally
It is my privilege to extend a warm welcome to the School of Engineering, Management and Research at D Y Patil International University, Pune. The school offers four undergraduate programs – B.Tech in Mechanical Engineering, Semiconductor Engineering, Chemical Engineering, and Civil Engineering – that are aligned with emerging industry trends and global academic standards. Unlike traditional engineering programs, our curriculum is enriched with the integration of Artificial Intelligence and advanced technologies, ensuring that our students are prepared for the future of engineering and innovation.
Our vision is to cultivate an environment where academic rigor, research excellence, and innovation converge. We are committed to developing engineers who are not only technically proficient but also equipped with critical thinking, ethical values, and leadership qualities. Through a balanced curriculum that integrates theoretical knowledge, practical training, and interdisciplinary exposure, we prepare our students to address the complex challenges of a rapidly evolving world.
With the support of highly qualified faculty, advanced laboratories, and strong industry collaborations, the School strives to provide a transformative educational experience. Our graduates are empowered to contribute meaningfully to industry, academia, and society at large, while also advancing the vision of a technologically strong and self-reliant India.
I invite students, parents, and stakeholders to engage with us and explore the diverse opportunities offered at our School. Together, we aim to build a legacy of excellence in engineering education and research.
As Director of the School of Engineering, Management and Research, I am dedicated to shaping future-ready engineers who blend technical excellence with creativity, ethics, and leadership. At DYPIU, we provide an ecosystem where students can explore, innovate, and solve real-world challenges with confidence.
With advanced facilities, interdisciplinary learning, and strong industry linkages, we ensure our students are prepared to thrive in the era of Industry 4.0 and beyond. My vision is to guide them not only to successful careers but also to become responsible contributors to society and nation-building.
Dr. A. V. Patil is a distinguished academic and researcher in AI, Deep Learning and Image Processing. She serves as a research guide at SPPU, having successfully guided two students and currently mentoring two more.
She has authored 40+ international and national journal papers and conference publications, with contributions in Taylor & Francis, Springer, SCI journals, Scrivener Wiley, IEEE, and other reputed platforms. Dr. Patil has presented her research at international conferences, received best paper awards, and served as a session chair at premier global events, including the World Congress on Engineering and Applications, Bangkok.
She has successfully led AICTE and university-funded research projects and holds a granted patent in the field of Image Processing.
Professional Memberships: Life Member of IETE, ISTE, IE, and IJERIA
Extracurricular Interests: Passionate about Indian Classical Music, proficient in Santoor, and engaged in spiritual studies and self-experimentation.
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DYPIU is committed to fostering a culture of innovation, creativity, and problem-solving through focused Research and Development (R&D) activities. The R&D cell aims to bridge the gap between academic learning and industrial requirements by encouraging students and faculty to work on cutting-edge technologies. By integrating fundamental knowledge with practical applications, the department strives to create sustainable solutions for real-world engineering challenges.
Research at DYPIU emphasizes interdisciplinary collaboration, industry-academic partnerships, and hands-on exposure to advanced technologies. The department actively promotes faculty-guided student research, innovation-driven projects, and initiatives that contribute to societal and industrial growth.
Genesis16 Motorsports is a dynamic student-led organization at DYPIU that empowers aspiring engineers to innovate, collaborate, and excel in the realm of automotive engineering. We proudly represent our university in national-level competitions such as BAJA SAEINDIA, SUPRA SAEINDIA, and Formula Bharat by designing and building high-performance ATVs and Formula-style vehicles.
The 3D Concrete Printing Lab is an advanced research and innovation facility dedicated to exploring the transformative potential of additive manufacturing in construction. This lab leverages cutting-edge 3D printing technology to revolutionize traditional construction methods, enabling the creation of complex architectural forms, customized structures, and sustainable building components with precision, speed, and reduced material waste.
The Centre of Excellence with Ultratech Cement Limited represents an initiative aimed at fostering advanced capabilities, driving transformative initiatives, and elevating our department to new heights of proficiency and efficiency. The primary purpose of the COE is to serve as a hub of expertise in Civil Engineering, dedicated to specialized knowledge and best practices. It will act as a catalyst for excellence by promoting collaboration, research, and the implementation of cutting-edge solutions in concrete works.
The Takshashala Laboratory is a well-equipped, state-of-the-art facility designed to provide students with practical experience in various manufacturing, machining, and measurement techniques. This lab caters to undergraduate engineering students, offering real-time training on conventional and advanced machinery, fostering a deeper understanding of mechanical processes, automation, and precision engineering.
Professor and Head of Department
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