B.E - Robotics & Automation

Overview:

B.E. in Robotics and Automation is an engineering degree that focuses on the design and creation of robots and machines that can be programmed to work automatically. It is an interdisciplinary branch of engineering that deals with design and development of robots/machines, to manipulate and automate robotic control actions.

Robotics and Automation engineering uses knowledge from a variety of fields, Including Computer Engineering, Mechanical Engineering, Electrical Engineering, Biological Mechanics, and SoftwareEngineering. The goal is to reduce the need for human labor in factories, offices, and at home by using control systems and information technologies.

Robotics and Automation can be used in many industries, Including Manufacturing, Research And Engineering, Agriculture, Mining, Nuclear, and Power-Plant Maintenance.  It can offer several advantages, such as: Reduced operating costs, Improved productivity, Improved quality, and High flexibility.

Many private and public institutes in India offer Automation and Robotics courses at both the undergraduate and postgraduate levels. Some of the top institutes include: AIMT Lucknow, Amrita School of Engineering, BOSE Cuttack, DIAT Pune, and GEC Rajkot.

An Engineering degree in robotics and Automation can lead to a variety of career opportunities, including in manufacturing, logistics, and service provision. Robotics and automation can help businesses improve efficiency, reduce costs, and increase productivity.

Some of the Highlights of B.E Robotics and Automation:

 Top Colleges offering B.E Robotics and Automation in India:

• Amrita School of Engineering
• Asan Memorial College of Engineering and Technology
• BVUCOE Pune
• CT University Ludhiana
• BOSE Cuttack
• Central Tool Room and Training Centre, Bhubaneswar
• College of Engineering, Pathanapuram
• DIAT Pune
• GEC Rajkot

Why Choose B.E Robotics and Automation?

Let us look at six reasons why you should choose this distinctive course and discover how it can help you and your career:

Engineers and scientists look at Robotics exoskeleton prototype on human tester

Robotic technology has a significant influence on the way we work and live. Intelligent systems are improving areas from education to entertainment and healthcare to farming.

Robotics has the potential to make things safer, more efficient and of a higher quality. It may be able to spot and treat cancer in humans, for instance. In this industry, you can play a role in making the world a better place.

There’s no end to the possibilities of what robotic intelligence can achieve. The industry is rapidly evolving, with new technologies appearing every day, stretching the boundaries of what we think is possible.

Study this subject area, and there’s plenty of room for innovation – you could use your imagination to contribute to the next intelligent invention.

As the industry is evolving, the demand for graduates with the technical and creative ability to work in this area is set to increase. Today’s challenging job market is pretty open for those in robotics, meaning you should be able to find professional work after graduating. Starting salaries for graduates of the subject area are pretty high, too.

Robotics is an interdisciplinary degree where your learning will overlap with other scientific fields such as artificial intelligence, mechanical engineering, computer science, nanotechnology, bioengineering and cognitive psychology.

Many courses give you flexibility in module choice, so you can tailor your degree to the areas that interest you most – whether that be virtual reality or sustainable electrical energy, for instance.

Several courses include work placements with blue-chip organisations like Intel, the London Stock Exchange and IBM. Others offer the know-how required to start up your own business.

These experiences boost your employability prospects, help you to build your professional network and give you a taste of what working life might be like.

The skills you develop during a Robotics degree – ones that involve both hardware and software alongside problem solving – mean you’ll be suitable for several different industries.

Many graduates design and develop intelligent systems for sectors including space exploration, transport, healthcare, manufacturing and telecommunications. Others set up their own businesses, where there is plenty of potential for success

Admission Prcedure For B.E  Robotics & Automation:

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.

Eligibility For B.E Robotics & Automation: 

Admissions for B.E - Robotics & Automation 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.

Career Opportunity B.E  Robotics & Automation :

• 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.

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.

Jobs opportunities after B.E Robotics & Automation:

• Robotics engineer.
  
• Automation engineer.
  
• AI specialist.
  
• Control systems engineer.
  
• Mechatronics engineer.
  
• Research and development engineer.
  
• Robotics technician.
  
• Field service engineer.
  

Top Recruiters of B.E  Robotics & Automation:

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

Syllabus For B.E Robotics & Automation:

Semester I

Engineering Mathematics 1
Professional Communication Skills
Basic Electrical and Electronics
Engineering physics
Programming with c
Basic Electrical & Electronics Laboratory
Engineering Physics Laboratory
Engineereing Graphics Laboratory

Semester II

Engineering Chemistry
Material Science
Chemistry Laboratory
envirnmental Science
Python For Problem-Solving
Engineering Mechanics
Engineering Maths
Computer Laboratory

Semester III

Applied Thermodyamics
Electonics And Instrumentation
Electonic Devices And Circuits
Strength Of Materials
Mathematics
Thermodynamics Lab
Electronics And Instrumentation Lab
Electronic Devices And Circuits Lab

Semester IV

Fluid Engineering
Statistics And Numerical Methods
Electrical Machines
Machine
Automatic Control Systems
Electrical Machines Lab
Machine Design Lab
Fluid Engineering Lab

Semester V

Principles Of Robotics
Micrcontrllers
Mechanical Engineering Desing
Digital Image Processing Machine
Robotics Labortoery
Elective-1
Microcontrollers lab

Semester VI

Elements Of Mechatronics
Machin Vision Systems
Elective
Power Electronics And Drives
Pneumatics and Hydraulicus
pnematics And Hydraulics Systems Laboratory
Power Electronics and Drives

Semester VII

Artificial intelligenc And Expert System
Computer-Aided Manufacturing
Field And Service Robotics
Professional Elective 2
Professional Elective 3
computer- Aided Manufacturing Lab
Modeling And simulation Lab

Semester VIII

Flexible Manufacure And System
Professional elective 4
Viva Voce
Project