IITKGP

Research Areas

I work primarily in the robotics with specific interest in motion and force control. The Motion and Force Control considerations span a range of systems from large scale to meso scale to micro scale and nano scales. Application domains cover autonomous vehicles, vehicle motion, industrial automation, biological motion and materials manipulation. My group works on control applications in Autonomous Underwater Vehicles (AUVs), Safe driving assist systems in transport including EVs and HEVs, Humanoid Robotics, Bionics / robotics for biomedical applications in neuroprosthesis, rehabilitation for upper limbs and in haptics for robotics in medical / surgical applications. The group is expanding its applications to space and microgravity as well. I also pursue Advanced Design and Manufacturing through Additive Manufacturing for above purposes. Control applications reach out to distributed control using internet technologies - communications, sensor networks and internet of Things. More recently we have initiated micro and nano robotics in materials manipulation and biological including bio engineering applications. I promote innovations for the next generation students to make them acquire advanced skills needed for future and sustainable product development.

Nowadays after being associated with the school of Engineering Entrepreneurship for more than 2 years - I am also eager to see how we can promote innovative product development, entrepreneurship and weath creation from deep and inpact tech areas. This is showing new ways to initiating highly potential academic research that can be put to immediate use in industry/society.

Currently Active Funded Projects have more scope to suport research students as well as Post Doctoral candidates. Please lookout and reach me for details.
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Principal Investigator

  • SwasthyaScan: AI-Driven Teleoperated Robot-based Microscopy for TB Detection in Remote Communities Indian Council of Medical Research (ICMR)
  • Vibration and damping of robotic tools used in semiconductor fabrication: a multi pronged systems design approach Applied Materials India Private Limited

Co-Principal Investigator

  • DESIGN, DEVELOPMENT AND FABRICATION OF AN AUTOMOBILE FOR PARTICIPATION IN SAE FORMULA 1 CONTEST FOR STUDENTS SRIC, IIT KHARAGPUR
  • Effectiveness of an Intelligent Robotic Exoskeleton-Augmented Versus Conventional Task-Specific Hand Training Post-Stroke: A Randomized Controlled Trial INDIAN COUNCIL OF MEDICAL RESEARCH (ICMR)

Ph. D. Students

Anita Jena

Area of Research: Micro Machines

Bondada Venkatasainath

Area of Research: Robot Vision

Diwakar Gurung

Area of Research: Underwater Robotics

Eashita Chowdhury

Area of Research: Biomedical Embedded Systems and Bio-signal Processing

Kaustav Moni Bora

Area of Research: Nano Robotics

Nobel Karmakar

Area of Research: Direct Metal Laser Sintering for Electronic Applications

Pallab Das

Area of Research: Biomedical Signal Processing

Ranit Karmakar

Area of Research: Surface Engineering

Sankar Kumar Roy

Area of Research: Stuctural health monitoring

Saurabh Tripathi

Area of Research: Additive Manufacturing

Sruthi Kannan

Area of Research: Digitization and Tech Entrepreneurship

Swastika Mandal

Area of Research: Neural network based control of Robots

Tharra Bhavani

Area of Research: Additive Manufacturing

Ujjal Dey

Area of Research: Micro-Nano Robotic Manipulation

MS Students

Atanu Jana

Area of Research: Flapping foil propulsion