What is BTech Robotics and Automation Engineering All About?

Autonomous systems, industrial automation, and numerous types of robots are among topics covered in the four-year B.Tech Robotics Engineering programme. There is more of an emphasis on developing automation solutions, AI-based applications, autonomous cars, and other technical options in this course because it incorporates concepts from electrical, mechanical, and computer science. Many work opportunities in the domains of mechatronics, embedded systems, automation, mobile robotics, and unmanned aerial vehicles (UAVs) are open to those who have finished this course.

BTech Robotics and Automation Engineering: Course Highlights

The B.Tech Robotics Engineering course is developed to enable students gain grasp of essential engineering principles required for robotics applications. Applied thermodynamics, control systems, embedded systems, and other such topics are covered both theoretically and practically for those interested in the field. The course format introduces students to basic sciences for engineering and communication as foundation studies in the first year. The curriculum for the second and third years focuses on more in-depth study of the main disciplines in order to meet the demands. Students have the option of taking electives in addition to the required credit courses, which are awarded on a choice-based credit system.

BTech Robotics and Automation Engineering: Eligibility Criteria

• Admissions for B.Tech Robotics Engineering require students to have met the minimal criterion of clearing 10+2 with PCM (physics, chemistry, and maths) as obligatory subjects with a minimum of 45-50 percent aggregate. Many of the nation’s top colleges require prospective engineering students to pass a national or state-level entrance exam. For private universities, students need earn good ranks in university-level entrance tests.

BTech Robotics and Automation Engineering: Admission Process

• Robotics engineering bachelor’s degree programs follow a general admissions process, which is fairly comparable to other types of engineering degrees. Two quotas, the merit, and management quotas, are used to choose students for this program. Students are admitted based on their national and state-based entrance exam scores through a merit quota system. In order to compute the cutoff score, a student’s SAT or ACT scores are merged with their board marks. Management quota admissions are also available for private universities, which have a limited number of spots.
• Because it falls under the B.Tech umbrella, the admissions process is very comparable.

BTech Robotics and Automation Engineering: Syllabus & Subjects

B.Tech Robotics Engineering subjects are categorized as engineering fundamentals, core, optional, and lab subjects. The education wouldn’t be complete without hands-on activities and internships. Students can choose elective classes based on their domain of interest.

Here is the list of Code Subject of BTech Robotics and Automation Engineering:

• Machine Design
• Applied Thermodynamics
• Fluid Engineering
• Power Electronics
• Computer-Aided Manufacturing
• Electric Drives
• Microcontrollers
• Hydraulics and Pneumatics
• Robotics engineering

BTech Robotics and Automation Engineering: Entrance Exam

Top exams for B.Tech in Robotics and Automation Engineering:

• JEE Main
• JEE Advanced
• SRMJEEE
• BITSAT

BTech Robotics and Automation Engineering – Salary in India

The beginning compensation for robotics engineering freshers varies heavily on their area of specialty and technical skills. Manufacturing and research-based businesses demand a significant level of practical experience in the field. However, the interview process is identical to other sectors, and it is easy to breach. The average income after B.Tech in Robotics Engineering across various sectors is roughly INR 4 – 10 LPA. The domain and job title have an effect on remuneration. Robotics engineers have varied work prospects in different domains to pick from and pursue.

Why BTech Robotics and Automation Engineering: Top Reasons to Choose BTech Robotics and Automation Engineering

Robotics Engineering is a developing area and hence there are different perks to pursuing this subject. Some of them are:

• It is a multidisciplinary school, so the applicants will not have alternatives to get a career in a robotic industry, but they will also be able to find positions in IT, electronics, manufacturing, AI & ML, etc.
• Those who complete this programme will be able to think outside the box and develop fresh ideas that will improve the quality of human life.
• Because the robotics business is expanding and there is an increasing need for qualified robotic professionals, graduates will have several work options.

Career & Jobs Opportunities After BTech Robotics and Automation Engineering

• Robotics Engineer: They are expert mechanical engineers that design and maintain robots and their electronic systems. They can be found in both the manufacturing and office sectors.
• Robotics Technician: Their work is to diagnose various robotic systems. They are well-versed in a wide range of technological matters, such as programming and maintaining the devices that govern the robot’s motions and activities.
• Robotic Process Automation Developer: They are responsible for designing, creating, and implementing software robots, or bots, to work alongside people to boost the efficiency of the business process.
• Robotics Research Scientist: They are skilled engineers that are responsible for carrying out the research, design, and development of robotic systems. They ensure that the robots are reliable, safe, and cost-effective.

Scope of BTech Robotics and Automation Engineering

• After completion of BTech Robotics Engineering, the candidates can either seek for jobs or can pursue higher studies:
• Mining, telecommunications, forestry, the food industry, industrial engineering, space exploration, healthcare, and transportation are just a few of the industries that will need robotics graduates. Because of this, they are employable in all of the aforementioned industries and subsectors.
• They can pursue postgraduate courses like M.Tech in Robotics, M.Tech in Robotics, and Automation. They can also pursue doctoral degrees in robotics engineering, such as a Ph.D.

Top 10 Recruiters for BTech Robotics and Automation Engineering Graduates in India 

After graduating with a bachelor’s degree in robotics engineering, one can pursue a specialisation in the area and pursue a master’s degree in robotics engineering in order to gain a deeper understanding of the industry. This is employed extensively in research because of the rapid advancement in this field. Opportunities in space research and microchip manufacturing abound for qualified professionals.

• TATA
• DRDO
• ISRO
• BHEL
• NASA
• Precision automation robotics India ltd.
• Defacto robotics and automation
• Kuka robotics
• Tech Mahindra Ltd.

Top Recruiting Industries for Robotics and Automation Engineering Graduates

• Manufacturing
• Defense
• HealthCare
• Space Research
• Automobile

BTech Robotics and Automation Engineering: Interview Questions and Answers for Fresher’s

Q1. What do you mean by “robotics”?

Research in robotics is a fusion of engineering and science that focuses on intelligent robots’ development, operation, and control. Artificial intelligence includes robots.

Using robotics technology, it is possible to create machines that can do difficult human tasks in a very efficient manner.

Q2. In order to understand what a robot is, we must first define it.

A robot is a machine that can be programmed to do a wide range of complicated activities with high accuracy and efficiency. To accomplish any task, the robots can be guided either externally or inside.

It is possible to construct a robot that resembles a human, or a robot that resembles a typical machine.

Q3. What was the first industrial robot to be produced?

“Unimate” was the name of the first industrial robot. It was created in 1950 by George Devol, an American inventor, and first put to use in 1954. For the conveyance of die castings from an assembly line and subsequent welding to automobile bodies, it was manufactured

Q4. In robotics, what are the “laws of the land?”

Given by author Isaac Asimov, known as Asimov’s law. The following are the three rules:

• The first rule is that a robot cannot harm a human being or allow a human being to be harmed by inaction.
• Second rule: A robot must accept human commands unless doing so would violate the First Rule.
• Third law: As long as it doesn’t conflict with the First or Second Laws, a robot must defend its own existence.

In addition to that, Asimov added a law that comes before all of the others:

Zeroth law: A robot may neither injure or enable harm to be done to humans, either directly or indirectly.

Q5. What are some of the applications of robotics?

Robotics may now be used in a wide range of industries to do tasks more quickly and accurately than ever before. So there’s a quick rundown of potential uses for robots in the real world.

In the vicinity of the military and industrial complexes

• Agriculture-related Business Sectors
• Areas of the Home
• Medical Fields of Study

Courses to Do After BTech Robotics and Automation Engineering

Academic programs in Robotics Engineering

• Micro-robotics.
• Digital electronics and microprocessors.
• Bio-cybernetics.
• Automation.
• Signal processing.
• Robot manipulators.
• Computer integrated manufacturing systems.
• Robot motion planning.

BTech Robotics and Automation Engineering: Related FAQS

Q1. IS robotics and Automation Engineering good?

The field of robotics and industrial automation is experiencing a rise in employment prospects. Global investment in robot-related services is expected to exceed $135.4 billion by the International Data Corporation (IDC).

Q2. Which Engineering is best for robotics?

One of the greatest college majors for a career in robotics is electrical engineering. Some of the most common topics covered in electrical engineering schools are pneumatics and hydraulics. Other topics include numerically controlled or integrated systems.

Q3. What is a robotics and automation course?

Engineering’s Automation & Robotics division deals with the development, design, manufacture, and use of robots. As an engineering discipline, it encompasses a wide range of topics and sub-disciplines ranging from electronics and computer science to robotics and bioengineering.

Q4. Is robotics and automation difficult?

The realm of robots is one of the most challenging to navigate. It is possible to learn robotics even in your adult years if you have a strong desire to conquer the unknown and the complex. Here are a few good reasons to get started learning about robotics right now.

Q5. What is the best part of robotics?

The central processing unit (CPU) is a critical component of any computer-based technology (CPU). The robot’s “brain” is housed in the CPU. In other terms, the robot’s CPU is the component that responds to external stimuli and gives the robot feedback. All creatures use feedback in order to function and live.

Q6. What courses are required for getting a job in robotics?

Computer Science and Information Systems – Programming is essential for robots, thus courses in these fields are a good fit. Product design, graphic design, technological studies, and manufacturing are examples of practical engineering subjects.

Q7. What is the salary of a robotic engineer?

At the upper end of the scale are robotics engineers who command salaries of between Rs. 10,00,000 per year and Rs. 20,00,000. Candidates who have the requisite qualifications and work experience can earn salaries of up to Rs. 30,00,000 per year.

Q8. What qualifications do I need to be a robotics engineer?

Aspirants must have passed Class 12 with a minimum of 50% marks in physics, chemistry, and mathematics.

Aspirants for the MTech program in Robotics Engineering must have a bachelor’s degree in the field.

Summary

It is now possible for robots to perform anything a human can dream. Robots are helping humans in every aspect of service and development because to advances in Artificial Intelligence. Electronics, computer science, and mathematics all come together in robotics, making it a fascinating field for anybody with an interest in any or all of these disciplines. As a result, robots are increasingly replacing humans in a wide range of settings, including manufacturing facilities, mines, plants, spacecraft, and deep-sea vessels. Robotic work automation has resulted in significant gains in productivity in various industries. Robots are now widely utilized in a variety of settings, including the home, healthcare, industry, and government, for a variety of reasons. As a result, students will be able to learn about the latest advancements in next-generation robotics and automation systems through this curriculum.

As advisors, mentors, coaches, committee members, and much more, MIT ADT University’s faculty continues to play an important role in shaping the futures of both undergraduate and graduate students.

Why choose MIT School of Engineering for BTech Robotics and Automation Engineering course

MIT ADT University’s  MIT School of Engineering (MITSOE) offers this 4-year undergraduate BTech Robotics and Automation Engineering Degree course and is devoted to imparting college students with the real world and realistic academic exposure to rework them into successful professionals.

To know about the BTech Robotics and Automation Engineering course. The admissions are open. Apply now.