B.Tech Robotics engineering is one of the most prominent and emerging field in the engineering structure. Robotics Engineering is a very interesting and inventive field which involves multiple options to create a desired output. B.Tech Robotics Engineering is a 4 year under graduate course which studies the different mechanisms such as computer engineering, mechanical engineering and electrical engineering to design and develop an automated system.
B.Tech Robotic engineering deals with studying the basic concepts of computer and technology with mechanical principles and electrical knowledge which utilizes to develop embedded automation systems. The technological era of development has led to increase and rise in the usage of different applied sciences in our day to day life. Artificial intelligence (AI) based applications is one of such application used in creating an embedded networking system.
The robotics engineering teaches students to create a better version of robotic designing not just in the robotic industry but also the technology will be used in various other fields and in the entire manufacturing sector. B.Tech Robotic engineers are more prone to create robots for usage in human life in actuality. B.Tech Robotic engineering is an interdisciplinary program which deals with the designing and development of robots to be utilized in various sectors such as manufacturing sector, military, marine, defence, medical and army sectors.
B.Tech Robotic engineering is best suited for those students who desire to pursue a career in robotics and have a fervent towards robots and artificial technology for real human life. After finishing their Robotics in engineering students can join for their further education such as M.Tech in Robotic engineering which is for a tenure of 2 years in automation and system. For those who want to do more research and gain knowledge on Robotics and its system can join the PhD program in Robotics.
The admission process for B.Tech Robotic engineering is serene and simple and is similar to that of other engineering courses which depend highly on the eligibility criteria. Admissions can be done on two basis: entrance exam or merit basis or management quota. On the basis of merit quota students can get admissions, as every college has a cut off percentage and differs vastly from college to college. If any student has scored the cut off can get admissions through the merit quota. Students can also get admissions through entrance exams which are conducted state level and national level. Based on the ranking they will be awarded with seats. These entrance exam scores will be combined with the board exam scores and differ from college to college.
Through the management quota students can get admissions into the highly recognized private universities but the fee structure would be very massive.
There is a list of specializations that students can choose from depending upon interest, skills and the business trends.
| 1st year | 2nd year |
|---|---|
| Basic Electrical Engineering | Transform Calculus, Fourier Series and Numerical Techniques (Common to all Branches) |
| Elements of Civil Engineering and Mechanics | Mechanics of Materials |
| Engineering Graphics | Data Structure with C |
| Engineering Physics | Thermal Engineering |
| Calculus and Linear Algebra | Thermal Engineering |
| Engineering Physics Laboratory | Analog & Digital electronic circuits |
| Basic Electrical Engineering Laboratory | Mathematics(Title as per the decision of BoS in Sciences) |
| Engineering Chemistry | Theory of Machines |
| C Programming for Problem Solving | Manufacturing Technology |
| Basic Electronics | Fluid Mechanics & Fluid Machines |
| Elements of Mechanical Engineering | Instrumentation & Control Systems |
| Engineering Chemistry laboratory | Microcontroller |
| Geometrical and Engineering Drawing | Microcontroller Laboratory |
| Applied Thermodynamics | Instrumentation and control systems Laboratory |
| Engineering Mechanics |
| 3rd year | 4th year |
|---|---|
| Technological Innovation Management And Entrepreneurship | Industrial Robotics |
| Design and Analysis of Machine Elements | Internet of Things |
| Virtual Instrumentation | Professional Elective – 2 |
| Hydraulics and Pneumatics | Robotics Lab |
| Robot Programming | CNC Lab |
| Mechatronics | Automotive Electronics & Hybrid Vehicles |
| Virtual Instrumentation and Automation Laboratory | |
| Robotic programming and simulation Laboratory | |
| PLC and SCADA | |
| FINITE ELEMENT METHODS | |
| BASICS POWER ELECTRONIC ( MOTORS AND DRIVES ) | |
| Professional Elective -1 | |
| Open Elective –A | |
| LC AND SCADA Laboratory | |
| COMPUTER AIDED MODELLING AND ANALYSIS Laboratory |
| Professional Elective - 1 | Professional Elective – 2 | Professional Elective – 3 | Professional Elective – 4 |
|---|---|---|---|
| Wireless Networks & Communication | Computer Aided Design & Manufacturing | Machine Learning | Management Information Systems |
| Micro and Smart Systems Technology | Automation In Process Control | Digital Image Processing | Biomedical Signal Processing |
| Drives and Controls for Robots | OOPS using C++ | Mechanical vibration | Flexible Manufacturing systems |
| Artificial neural network | Analytical Instrumentation | Power Electronics | Communication system |
| Automation in Manufacturing | Non Destructive Testing & Evaluation | Composite Materials & Testing | Additive Manufacturing |
The career and scope for Robotic engineer is very high as compared to any other field. Because students have a choice to work as a full time, part time or a freelancer depending upon their requirements. As B.Tech in Robotics engineering is a multi-disciplinary course, students can find jobs in many sectors such as IT, manufacturing, mechanical, AI&ML etc. Students can choose the type of job that they want to do as they can come and think out of the box with new innovations along with the on-going trends.
Since the Robotic engineering industry is already on a trudge and this provides more opportunities for young and talented aspiring students on the verge to become engineers in robotic field.
With all these qualities B.Tech Robotic engineers can flourish in their jobs. Some of the career prospects of robotic engineers are as follows: industrial robots, service robots, industrial robots, service robots, industrial automation, condition monitoring modelling and simulation, advanced automation, product design and development.
After the scope of their graduation in B.Tech students can pursue their higher education there as well which will provide more career opportunities. The demand for robotic engineers will be more in the different sectors of telecommunication industry, mining industry, industrial sector, health care sector, transportation, space exploration, forest industry and food industry etc. the scope is high both in India and abroad. The salary packages are considerably is very high as the field is very challenging and requires a lot of observation and technicalities towards the job. The stipends vary from organization to organization and it widely depends on the candidate’s skills, abilities and experience to perform the job.
Robotic engineer
AI specialist
AI software engineer
Robotic welding engineer
Aerospace engineer (robotic specialization)
Robotics programmer
Automation engineer
Robotic technician
Robotic research scientist
Military organization
Agriculture
Defense area
Medical industries
Marine
Educational institution
Service organization
Government institutions
Public organizations
Designing organizations.
EPSON
Kawasaki Robots
Piaggio Fast Forward
HAL
ISRO
DRDO
UTC Aerospace
Hyundai
Wipro