A recent tech survey reveals : “Biggest increases in hiring and the highest salary increments in India’s technology space are now
happening in the engineering and R&D arms of MNCs. The niche tech skills, machine learning, artificial intelligence, and robotics are in
huge demand.”

Society is experiencing an unprecedented level of technological change and this provides robotic specialists a great opportunity to get in to the heart of it. The number of industries investing into robotics is constantly increasing, therefore, with that rise, the demand for employees to build and maintain these robots grows.

Roles across Industries

Robotics will have an impact in nearly all career sectors. The career opportunities for highly trained roboticists continue to rise. Skills such as Machine vision, Robotics operating systems, Neural Networks are listed as having a considerable impact on the salary of a robotics engineer

  • Robotics Design Engineer
  • Robotics Perception & Navigation Specialist
  • Machine Learning specialist
  • Robotics programmer
  • Robotics software Engineer
  • Mechatronics engineer
  • Robotics Technician

Modules Covered

  • Module 1: Robotics Fundamentals Linear Transforms & matrix operations, Rigid Transformations, Quaternions, Matrix Groups, Forward Kinematics, Inverse Kinematics, Jacobians and Manipulability, Path planning algorithms, configuration space, Artificial Potential field and RRT
  • Module 2: Machine Vision and intelligence Fourier transforms, Image convolution & Edge detection, Feature detection, Geometrical Transformation : Affine, protective and Ransac, Optical flow estimation, Image Morphing, Image blending, Image carving, Regression and classification, SVM and Object recognition, Introduction to convolutional neural network
  • Module 3: Dynamics and Control of a Robot Rigid body dynamics, Dynamics of Robot Arms, Linear control, State space modelling, Non-linear control, Stability theory, Quadrotor control, Trajectory generation
  • Module 4: Locomotion of a Robot Time invariant mechanical systems, Qualitative theory of dynamical systems, SLIP
  • Module 5: Application of open-source Robot Operating System ROS essentials, Perception and control

Program Highlights

60 Hours – Classroom Training

IIT Alumni as Faculty

Real life use case simulations

Relevant Industry Experience

Hands-on Training | Capstone Project

Quality Content

Placement Assistance

Certificate of Excellence

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What You’ll learn:

  • Solve fundamental problems in robotics by applying mathematical concepts
  • Broad applications of AI in fields of robotics, vision and physical simulation
  • Perception, localization, Path planning and control of a Robot
  • Robot operating system