As we enter 2023, it is anticipated that the robotics industry will gain greater significance among startup founders, corporate leaders, and investors. Rapid advancements in robotics technology are evident across various sectors, including automotive, agriculture, healthcare, warehousing, and supply chain management. The evolution of robotics-based automation is poised to bring about a significant shift in business operations.
The need for robotics engineers is on the rise in various sectors in India, such as manufacturing, healthcare, agriculture, defence, and logistics, driven by the expanding adoption of automation and robotics technologies. This blog will explore the M Tech in Robotics course, its syllabus, and career opportunities.
M Tech in Robotics - An Overview
Robotics engineering encompasses a broad spectrum of engineering disciplines aimed at equipping students with the skills to develop machines that assist humans in various tasks like manufacturing, mining, and automotive industries. Students have the flexibility to pursue this course at the undergraduate, postgraduate, or doctoral level based on their preferences.
MTech Robotic Engineering is a two-year course ideal for candidates who want to delve deeper into Robotics and Automation, developing and testing robots and automated systems. The course emphasises practical training and seminars extensively to ensure that students are well-prepared for the industry.
M Tech in Robotics Syllabus
The syllabus of M Tech in Robotics covers many interesting subjects. The list of some common subjects is mentioned here:
Drives and Control Systems for Robot
Introduction to Robotics
Mechatronics in Manufacturing Systems
Advanced Solid Mechanics
Applied Mathematics for Engineers
Kinematics and Dynamics of Robots
Robot Programming
Fundamentals of Artificial Intelligence for Robotics
Robotic Sensors
Robotics Lab
Industrial Robots
Project Work
Subjects of study
3 Unexpected Industries Robots Will Improve
Robots are prompting the evolution of healthcare: Robots have been present in the field of medicine for over thirty years. However, there is a growing trend among healthcare systems and providers to find new ways to utilise robots in surgical procedures. Robots aren’t only getting a seat in the operating theatre. They’re also performing other tasks for healthcare workers and patients.
Robots are making their mark on agriculture: Agriculture and agribusiness involve strenuous physical work. To enhance crop yields and combat pests, many farmers rely on advanced technology. For instance, AI is gaining prominence in agriculture and is capable of providing accurate harvest forecasts using various data sources, including drone imagery and unstructured data. With the advent of robotics, the potential for innovation in farming is expanding even further.
Robots are making militaries more prepared and well-trained: Robots may be peaceful in nature, but they’re affecting combat. Military drones, while not classified as robots, have been increasingly utilised. Drones have the advantage of accessing locations that may be hazardous for human soldiers. They excel in reconnaissance tasks and logistical operations. Additionally, underwater variants such as the Orca function as unmanned scouts beneath the ocean's surface.
Graduates of MTech Robotics Engineering have many career options. They can work in various government sectors, such as state and central. There's a high likelihood of candidates securing government employment directly after college due to the demand for these skills. Here are some job roles with average annual salary packages:
Aerospace Engineer ( INR 4 to INR 10 Lakhs )
Robotics Programmer ( INR 7.2 to INR 24 Lakhs )
Robotics System Engineer ( INR 6 Lakhs to INR 18 Lakhs )
Bio Robotics Engineer ( INR 5 to INR 8 Lakhs )
Robot Design Engineer ( INR 8.4 to INR 24 Lakhs )
Professor ( INR 4 to INR 8 Lakhs )
Automation Product Design Engineer (INR 6.6 to INR 18 Lakhs )
Robotics Test Engineers ( INR 9 to INR 24 Lakhs )
Conclusion
After completing this course, graduates can pursue different career opportunities. This course provides theoretical understanding as well as practical knowledge. The syllabus is industry-oriented. Students explore the latest software and practices; this interdisciplinary program emphasises real-world industry projects and practical learning experiences. For more accurate information about the M Tech in Robotics, students are advised to regularly check the selected university’s website.
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