M.Tech in Industrial Automation Admission

M.Tech Industrial Automation and Robotics is a two-year postgraduate Mechanical Engineering course. The Master of Technology program in Industrial Automation and Robotics prepares students for the design, interface, installation, and troubleshooting of industrial automation systems.

The main emphasis of the Industrial Automation and Robotics degree program is on electronics, electrical controls, motors, programmable logic controllers, servo systems, robotics, hydraulics and pneumatics, and mechanical systems. Students will integrate electronics and electrical controls with mechanical systems and programmable controllers and explore alternative trade-offs in the process of problem-solving and troubleshooting.

Benefits of an M.Tech in Industrial Automation and Robotics

An MTech in industrial automation and robotics allows students to apply their knowledge and research skills. The program requires students to take several courses in various core areas of robotics, and the curriculum is tailored to meet the educational needs of the robotics industry. Students will complete an internship with an industrial robotics partner during the summer, and will also complete a capstone project in the field. The benefits of a Master of Technology (M.Tech.) in Industrial Automation and Robotics program are listed below.

M.Tech in industrial automation and robotics is a 2-year program that focuses on the fields of robotics and automation. The program requires an undergraduate degree in a relevant field, which ranges from Computer Science Engineering to Mechanical Engineering. The average tuition fee for this program is between 1.5-six lakhs. The curriculum focuses on practicals and seminars, and students begin by learning the fundamentals of Applied Mathematics and Solid Mechatronics.

A Master of Technology M.Tech in industrial automation and robotics degree is an excellent way to get into a booming field. Robotic assistants will perform tasks once done by humans, including assembling automobiles, appliances, and gadgets. Automation will eventually replace human workers and improve productivity, speed, and overall performance. Advanced economies such as Japan and Germany are facing a growing aging population and a shrinking working population. Therefore, engineers with M.Tech degrees in automation and robotics will have a strong advantage in the future.

A Master of Technology M.Tech in industrial automation and robotics degree program will prepare you to design and install industrial automation systems. Students will study electronics, mechanical systems, and hydraulic systems. Students will develop problem-solving skills that will be valuable in the future. The M.Tech IS degree will also prepare you for an advanced career in manufacturing. There are numerous career paths in this field and you will have the ability to choose your own path as an automation engineer.

M.Tech Industrial Automation and Robotics Eligibility

The students must have passed their Graduation such as BE / B.Tech degree or any other equivalent qualification with relevant subjects from a recognized University.

The candidates should have scored a minimum of 60% aggregate marks in their Bachelor's.

Some of the very renowned institutes conduct an entrance examination for admission.

M.Tech Industrial Automation and Robotics Syllabus

Syllabus of Industrial Automation and Robotics as prescribed by various Universities and Colleges.

M.Tech Industrial Automation and Robotics Semester-I

• Applied Mathematics
• Concurrent Engineering for Manufacturing
• Finite Element Methods
• Industrial Automation and Robotics for Industrial Automation
• Modeling, Simulation & Analysis of Manufacturing System

M.Tech Industrial Automation and Robotics Semester-II

• Artificial Intelligence & Expert System in Automation
• Advanced Computer Graphics and Computer Concepts for Automation
• Computer-Aided Production Operation Management
• Modern Control Engineering
• Mechatronics System Design
• Microprocessors & Microcontrollers

M.Tech Industrial Automation and Robotics Semester-III

• Automation in Manufacturing
• DFM Techniques and Product Design
• Knowledge Base Design, Dynamics & Mechanism Design
• Mathematical Approach to Robotic Manipulations
• Modeling & Simulation of Engineering Systems through Bond Graphs

M.Tech Industrial Automation and Robotics Semester-IV

• Computer Control of Manufacturing Systems
• Modeling of Management Information Systems
• Project (6-week Duration)
• Project Work Evaluation & Viva-Voce

M.Tech Industrial Automation and Robotics Course Suitability

Candidates who have robot liking temperament and want to cooperate in the progress of the country are suitable. 

The Master of Technology course in Industrial Automation and Robotics is suitable for those candidates who are good at Mathematics, Physics, and Chemistry and want to apply their skills in innovative work. 

They should have good knowledge of Mathematics, Physics, and Chemistry.

How is the M.Tech Industrial Automation and Robotics Course Beneficial

The Master of Technology course in Industrial Automation and Robotics is beneficial for further research work on the very subject. Degree holders have also career opportunities in manufacturing, research and engineering, agriculture, mining, space exploration, power-plant maintenance, and a variety of other areas. 

They are employed in laboratories, space exploration, manufacturing plants, mining, and organizations after passing the course. 

Most robotics engineers are employed by private robot manufacturers or robot users. Robotics engineers who work for robot manufacturers are sometimes called robotics test engineers or automation system engineers. 

Professionals in this career can also opt for teaching jobs in universities and colleges.

Future Scope of M.Tech in Industrial Automation and Robotics

The future of the industrial world is dominated by robotic assistance, and in the next decade, the field will be filled with these intelligent machines. These technologies have greatly increased the productivity and efficiency of many systems. By acquiring a master's degree in robotic assistance, you can become an expert in this field and enter the workforce as a highly skilled professional. Moreover, you will be able to help organizations improve their overall outputs, and the future of humankind will be largely improved as technology improves.

In addition, you can apply your knowledge and skills to various industries. You can become an engineer at a leading global firm in robotics, and get hired by some of the world's biggest corporations. The field is rapidly growing, so the scope for employment is endless. You'll be required to understand the limits of the automation processes, including their social and environmental impacts. To start your education in industrial automation and robotics, you should already have a bachelor's degree in mechanical engineering or a related field.

The future scope of the Master of Technology (M.Tech.) in Industrial Automation and Robotics is bright as the automation of production processes increases. Advanced economies like Germany and Japan are experiencing a massive labor shortage and a rapidly aging population. However, the rapid adoption of automation is making jobs available to middle-skilled workers as well. There is an increasing demand for skilled labor in the field, and graduates who have an M.Tech in automation are well-positioned for great careers in this field.

Employment Areas of M.Tech in Industrial Automation and Robotics

• Airport and Cargo Management Services
• Building Automation
• Biomedical Industries
• Colleges & Universities
• Cement Industries / Tiles Industries
• Chemical Process Industries / Pharmaceutical Industries
• Manufacturing Industries
• Pulp and Paper Industries
• Power Plants / Steel Industries
• Railways
• Sugar Plants
• Textile Industries / Leather Industries

Job Profiles After Completed M.Tech Industrial Automation and Robotics

1. Analyst
2. Application or System Engineer
3. Electronics / Instrumentation Project Engineer
4. Lecturer / Professor
5. Project Design Service Maintenance Engineer
6. Robotics Test Engineer
7. Researcher / Supervisor
8. Trainer
9. Robotics Technician / Robotics System Engineer / Senior Robotics Specialist / Robotic Programmer