Sri Rajeshwara Educational Society, the parent body of SR University is a 50-year-old conglomerate of educational institutions with more than 90,000 students and 10,000 teaching and non-teaching staff members. SR Educational Academy governs 95 Educational Institutions across Telangana and Andhra Pradesh. The goal of SR University is to create an innovative learning educational ecosystem whose graduates significantly contribute to the growth of Telangana and India. We plan to transform the educational system through three key differentiators.

The International Conference on Applied Physics and Engineering Innovations (ICAPEI-2025) is a premier interdisciplinary platform that will bring together physicists, engineers, technologists, researchers, industry professionals, and academicians to exchange knowledge, foster innovation, and advance the frontiers of applied physics and engineering. The conference is designed to showcase the latest breakthroughs and foster collaboration in developing solutions to address global technological challenges.

ICAPEI-2025 will feature cutting-edge research across a diverse array of domains including nanomaterials and nanotechnology, optoelectronics and photonics, sensor technologies, MEMS/NEMS, semiconductor devices, quantum and computational physics, and the integration of AI/ML in physical modeling. The event will emphasize real-world engineering applications that are grounded in robust physical principles and experimental validations.

A key focus of the conference is the application of physics-driven innovations to emerging engineering technologies such as flexible electronics, biomedical instrumentation, photonic computing, energy-efficient materials, and next-generation communication systems. The conference will also provide deep insights into simulations, modeling techniques, and the development of scalable, sustainable solutions for industrial and societal impact.

ICAPEI-2025 will host thematic sessions that highlight the fusion of theoretical physics with engineering applications, exploring areas such as electromagnetics and microwave engineering, renewable energy devices, advanced manufacturing techniques, signal and image processing, and materials characterization. The role of physics in the design and optimization of smart sensors, robotics, and autonomous systems will also be explored.

The conference will encourage interdisciplinary research through sessions on cyber-physical systems, quantum computing in engineering, IoT-based instrumentation, and AI-enhanced simulations for predictive modeling and intelligent system design. The deployment of novel computational tools and experimental platforms for real-time diagnostics, energy storage, and material analysis will be a central theme.

ICAPEI-2025 will also engage discussions on education, entrepreneurship, and innovation policy, with panels on technology transfer, research funding, and intellectual property management. Through keynote addresses, expert talks, workshops, and technical paper presentations, participants will gain valuable insights into current trends and future directions in applied physics and engineering innovation.

By bridging the gap between foundational science and practical engineering, ICAPEI-2025 aims to become a catalyst for breakthrough ideas, transformative research, and sustainable development. It will serve as a global hub for collaboration, fostering partnerships that accelerate scientific discovery and technological advancement for the benefit of society.