About
Dr. A. Chakradhar is an accomplished academician, researcher, and innovation leader with
extensive experience in teaching, research, and entrepreneurship development. Currently serving as the Associate Dean for Innovation and Startups and Director for NEST at SR University, Dr. Chakradhar has played a pivotal role in shaping the entrepreneurial ecosystem on campus. Additionally, he also holds the position of Director for Entrepreneurship at the Science and Technology Centre, where he guides young innovators and budding entrepreneurs toward realizing their potential. He holds a Ph.D. in Electronics and Communication Engineering (ECE), with a research specialization in VLSI Design and Verification. His doctoral research focused on advanced methodologies in chip design and verification techniques, contributing to the growing body of knowledge in semiconductor technologies. Prior to his Ph.D., he earned his M.Tech degree in VLSI Systems in 2012 his. B.Tech degree in Electronics and Communication Engineering in 2010. This strong academic foundation has allowed him to bridge the gap between theory and practical applications in both teaching and research. Over the past decade, Dr. Chakradhar has taught various courses across the fields of Digital and Analog Electronics, Embedded Systems, Verilog Programming, Control Systems, and Entrepreneurship for Engineers. His ability to combine technical knowledge with entrepreneurial insights has made him a unique academic leader, capable of preparing students not only for academic excellence but also for industry readiness and innovation-driven careers. As a passionate educator, he is particularly known for simplifying complex engineering concepts and mentoring students to think beyond traditional boundaries. Dr. Chakradhar’s areas of specialization include VLSI Verification, FPGA Design, Analog and Digital Electronics, Embedded Systems, Control Systems, and Innovation Ecosystem Development. His expertise also extends to entrepreneurship education, where he as designed and delivered multiple programs aimed at fostering entrepreneurial skills among engineering students. His teaching and mentoring style encourages creativity, critical thinking, and problem-solving abilities, which have been widely appreciated by his students and peers alike. In addition to his academic career, he has been actively involved in IEEE, serving in multiple leadership capacities, including as the Secretary of the IEEE CAS EDS Hyderabad Section. Through his IEEE involvement, he has organized, chaired, and contributed to numerous conferences, workshops, and invited talks. His notable contributions include delivering talks on IEEE CAS membership benefits, guiding students on scholarship opportunities such as the Richard E. Merwin Scholarship, and leading sessions on innovation and entrepreneurship at various forums. Dr Chakradhar has a strong track record in organizing and chairing technical sessions at various IEEE international conferences, including the ADCIS 024 Conference and the IEEE CASS Satellite Workshop at ISICAS 2024. His contributions to academic review processes have also been recognized, as he received a certificate of appreciation for reviewing research papers. As a session chair and reviewer, he has always emphasized academic integrity, research quality, and innovation-driven outcomes.
His research interests primarily revolve around Analog and Digital IC Design, Verification methodologies, Embedded Systems, and applications of electronics in entrepreneurial ventures. He is currently guiding research scholars in these areas, helping them pursue advanced research in Analog IC Design, Digital Systems, and other emerging domains. His mentorship has been instrumental in shaping the careers of several students, encouraging them to publish quality research work, file patents, and participate in innovation challenges. Chakradhar is also deeply committed to entrepreneurship development among students. As Director of NEST, he has initiated several programs such as weekly innovation challenges, startup bootcamps, and ideation workshops that allow students to test their ideas and build entrepreneurial confidence. He works closely with industry experts, investors, and startup mentors to create opportunities for students to take their ideas from concept to reality. His initiatives have significantly contributed to building a culture of innovation and entrepreneurship at SR University. In recognition of his contributions, Dr. Chakradhar has been frequently invited to deliver motivational talks and entrepreneurship-related lectures at various universities and colleges. He has delivered sessions on topics such as "Entrepreneurial Engineer in Today’s World," "Lean Startup and Business Model Canvas," and "Mastering Market Research and Customer Discovery for Technical Solutions." His talks are known for blending technical knowledge with real-world applications, making them engaging and impactful for st
Employment
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SR University Associate Dean Innovation & Startups Assistant professor2019 - Present
Education
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GITAM University PhD2017 - 2025
Projects & Funding
Projects & funding information is unavailable.
Publications (23)
- Machine Learning Based Compact Modeling of SOI MOSFETs for Fast and Accurate Device Characteristics Save
- Deep-Learning-Enabled and Quantization-Aware Burst-Resilient LDPC Decoding for 6G Sensor and IoT Communication Systems: A Review Save
- Implementation of Feature-Based Medical Image Retrieval (FBMIR) Through a Deep Convolutional Neural Network (CNN) Save
- Design and Implementation of a Bootstrap-based Sample and Hold Circuit for SAR ADC Applications Save
- Removal of impulse noise using decision tree based denoising method Save
- Smartphone-Based Human Activities Recognition System using Random Forest Algorithm Save
- Review on energy harvesting techniques for wearable devices in wireless body area networks Save
- Modified advanced encryption standard using cipher based message authentication code algorithm Save
- Design of 14 bit current steering d/a converter with self-checking circuit for high speed iot applications Save
- Design and analysis of high performance 9 bit SAR ADC with SFDR 76.59 Save