Research / Research Clusters / VLSI, Embedded System and Nano Technology

VLSI, Embedded System and Nano Technology

The VLSI (Very Large-Scale Integration), Embedded Systems, and Nano Technology cluster represent an interdisciplinary convergence of cutting-edge technologies that play a essential role in shaping the landscape of modern electronics and computing. This dynamic cluster brings together professionals, researchers, and enthusiasts who are passionate about pushing the boundaries of innovation in the above domains. Together, they explore the challenges and opportunities at the intersection of VLSI, Embedded Systems, and Nano Technology, driving innovation and shaping the future of electronic systems and devices.
VLSI, the cornerstone of the cluster, focuses on the design and fabrication of integrated circuits with millions to billions of transistors, enabling the creation of powerful and compact electronic devices. Embedded systems, on the other hand, deal with the integration of hardware and software in specialized computing devices, finding applications in diverse sectors such as cyber physical systems, automotive, healthcare, and consumer electronics. Nano Technology, the third pillar of the cluster, explores the manipulation of matter at the atomic and molecular scale, opening up possibilities for revolutionary advancements in various industries.
Sr. No.Name of FacultySub Research FieldsOfficial Email IDG. ScholarScopusOrcid
1)Prof. Ashutosh Kumar SinghVLSI, Embedded Systemsashutosh@iiitbhopal.ac.inG. ScholarScopusOrcid
2)Dr. Afreen Khursheedafreenkhursheed@iiitbhopal.ac.inG. ScholarScopusOrcid
3)Dr. Deepa Sharmasharma.deepa@iiitbhopal.ac.inG. ScholarScopusOrcid
4)Dr. Gaurav Kumar BhartiCyber Physical Systems, Quantum Computing, Photonics, Optical Sensorsgkbharti@iiitbhopal.ac.inG. ScholarScopusOrcid
5)Dr. Harshit KansalNanoscale Device Simulations and Physics-based Modelingharshitkansal6988@gmail.comG. ScholarScopusOrcid
6)Dr. Rahul ChaurasiaCo-processors for ML/AI, Healthcare and Consumer Electronics Hardware security Reusable hardware IP core designs Metaheuristics for architectural optimization Electronic Design Automation (EDA) for secure chips and systems Biometrics for hardware IP authentication Hardware Acceleration High-level synthesisrahulchaurasia@iiitbhopal.ac.inG. ScholarScopusOrcid
7)Dr. Aashish PariharDigital Image Processing, Cryptographyaashishparihar@iiitbhopal.ac.inG. ScholarScopusOrcid
8)Dr. Jogendra Singh Ranajogendra.rana@iiitbhopal.ac.inG. ScholarScopusOrcid
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