SCHOOL OF MECHANICAL ENGINEERING
B.Tech (Robotics & Automation Engineering)
SCHOOL OF MECHANICAL ENGINEERING
B.Tech (Robotics & Automation Engineering)
Program Overview
The increased demand of current industry for efficiencies and safety has led to a greater need for professionals with an added expertise in the field of ‘Robotics & Automation’. Robotics & Automation combines design, construction, operation, and application of robots coupled with computer based control systems, sensory feedback, and information processing. The design of a robotic system puts together principles of electronic engineering, mechanical engineering and computer engineering.
A B.Tech specialization with Robotics & Automation Engineering will enable students to serve the Industry requirement for implementation of new and smart technologies covering methods of synthesis, analysis & optimization of newer robots and mechanisms. The initial job functions in the field include- Robotics Engineer, Robotics Wielding, Mobile Robotics, 3D Robotics, and Robotics Engineer at E-commerce Giants amongst others. Immediate & long term employment opportunities exist in the fields like industrial automation, manufacturing, agriculture, mining, aerospace, healthcare and defense. Also this field finds applications in the regular streams like mechanical systems/design engineering, electronics systems engineering and control systems engineering.
Salient Features
Robotics & Automation Engineering involves design development and up-gradation in terms of automating products, systems and processes in every walk of human life.
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ROBOCON -An established and International level Winning Student group on Campus
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Hands-on Experience of Robotics and Automation Theory & Practice
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Upgraded lab environments provide tools useful in the development of analytical skills, modeling and
-
simulation skills to identify and analyze problems, propose and execute solutions.
-
Training on electronic lab equipment, CNC machining, 3-D printers and CAD design software.
-
Discipline-specific hardware and software tools used in the industries Creo-Parametric, MATLAB, DelCAM, Robomaster, Adams and other specialized industrial robotic control and simulation software’s.
Program Structure
B.Tech Robotics & Automations is an extensive study program at MIT WPU covering basic sciences, foundation courses for building fundamental knowhow about robotics & Automation to more detailed discipline oriented courses along with branch specific courses and study project (as required by industries).
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Specialized Subject Studies :
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Introduction to Programming
-
Problem Solving
-
Applied Mathematics
-
Physics and Metallurgy of Metals & Non-metals
-
Advanced Programming and Data Structures
-
Engineering Mechanics covering statics & dynamics
-
Electrical and Electronic Circuits
-
Mechatronics & Mechanical Systems Design
-
Robotics: Structure Systems and Design
-
Control Systems for Robots & Automation systems.
-
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Twenty Weeks: Industry Internship/Live Project at National Level- 30 Credits
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Four Weeks: International Modular Training/ Certification Program at reputed organization / university- 4 Credits
-
Two Weeks: Modular Certification Program at reputed organization during program at National Level- 2 Credits
-
One Week Rural Immersion Program- 1 Credit
Suggested Links
Program Overview
The increased demand of current industry for efficiencies and safety has led to a greater need for professionals with an added expertise in the field of ‘Robotics & Automation’. Robotics & Automation combines design, construction, operation, and application of robots coupled with computer based control systems, sensory feedback, and information processing. The design of a robotic system puts together principles of electronic engineering, mechanical engineering and computer engineering.
A B.Tech specialization with Robotics & Automation Engineering will enable students to serve the Industry requirement for implementation of new and smart technologies covering methods of synthesis, analysis & optimization of newer robots and mechanisms. The initial job functions in the field include- Robotics Engineer, Robotics Wielding, Mobile Robotics, 3D Robotics, and Robotics Engineer at E-commerce Giants amongst others. Immediate & long term employment opportunities exist in the fields like industrial automation, manufacturing, agriculture, mining, aerospace, healthcare and defense. Also this field finds applications in the regular streams like mechanical systems/design engineering, electronics systems engineering and control systems engineering.
Salient Features
Robotics & Automation Engineering involves design development and up-gradation in terms of automating products, systems and processes in every walk of human life.
-
ROBOCON -An established and International level Winning Student group on Campus
-
Hands-on Experience of Robotics and Automation Theory & Practice
-
Upgraded lab environments provide tools useful in the development of analytical skills, modeling and
-
simulation skills to identify and analyze problems, propose and execute solutions.
-
Training on electronic lab equipment, CNC machining, 3-D printers and CAD design software.
-
Discipline-specific hardware and software tools used in the industries Creo-Parametric, MATLAB, DelCAM, Robomaster, Adams and other specialized industrial robotic control and simulation software’s.
Program Structure
B.Tech Robotics & Automations is an extensive study program at MIT WPU covering basic sciences, foundation courses for building fundamental knowhow about robotics & Automation to more detailed discipline oriented courses along with branch specific courses and study project (as required by industries).
-
Specialized Subject Studies :
-
Introduction to Programming
-
Problem Solving
-
Applied Mathematics
-
Physics and Metallurgy of Metals & Non-metals
-
Advanced Programming and Data Structures
-
Engineering Mechanics covering statics & dynamics
-
Electrical and Electronic Circuits
-
Mechatronics & Mechanical Systems Design
-
Robotics: Structure Systems and Design
-
Control Systems for Robots & Automation systems.
-
-
Twenty Weeks: Industry Internship/Live Project at National Level- 30 Credits
-
Four Weeks: International Modular Training/ Certification Program at reputed organization / university- 4 Credits
-
Two Weeks: Modular Certification Program at reputed organization during program at National Level- 2 Credits
-
One Week Rural Immersion Program- 1 Credit