Bachelor of Technology (B.Tech.) in Robotics Engineering
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4 Years
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Under Graduate
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Engineering
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Full Time
4 Years
Under Graduate
Engineering
Full Time
B.Tech Robotics Engineering is a 4-year undergraduate engineering direction that offers the layout and improvement of self-reliant systems, commercial automation, and robots for diverse purposes. The route is an aggregate of primary electrical, mechanical, and PC technology standards which offers extra consciousness on growing automation solutions, AI-primarily based applications, autonomous vehicles, and different technological solutions. Aspirants who've finished this direction are entitled to obtain several Jobs Scopes of Robotics Engineering are mechatronics, embedded systems, automation, cellular robotics, UAV, etc.
The Robotics Engineering route prepares college students in more than one element of robot design. Graduates of this path are touted to restructure the entire production sector. They also play a crucial part in the development of surgical robots in real-life scenarios. The direction prepares the scholars to recognize the improvement cycle of computerized systems. B.Tech Robotics Engineering graduates have numerous process scopes and amazing professional opportunities. The average course fee for B.tech in Robotics Engineering is INR 70,000 - INR 2 lakh per annum. The duration of the course of B.tech in Robotics Engineering is 4 years.
The basic highlights of the course have been mentioned in brief in the table below:
| Full Form | Bachelor of Technology in Robotics Engineering |
| Course Level | Undergraduate |
| Duration | 4 Years |
| Eligibility | 10+2 with Physics, Chemistry, and Mathematics |
| Admission Process | Entrance Examination Based |
| Average Course Fee | INR 70,000 - INR 2 lPA |
| Average Salary | INR 3,20,000 - INR 5,00,000 |
| Job Profiles | Robotics Engineer, Robotics Designer & Analyst, Robotics Sales Engineer, Robotic Research Scientist, AI & ML Engineer, AI & ML Scientist, AI Software Engineer, etc. |
| Top Recruiting Companies | TATA, BHEL, BARC, DiFACTO Robotics and Automation, NASA, Tech Mahindra Ltd, Kuka Robotics, ISRO, etc |
| Employment Areas | The mining industry, telecommunications, forest industry, food industry, industrial engineering, space exploration, healthcare, transportation, etc. |
The Admission Process for B.Tech Robotics Engineering is ordinary and may be very just like that of different engineering specializations that rely on the eligibility criteria. Admissions for this path are made through quotas particularly benefit quotas and control quotas. Students get admissions through an advantage quota primarily based totally on their countrywide and state-sensible front examination scores. These ratings are mixed with their board marks to calculate the cutoff rating and might range primarily based totally on the university one chooses and the class one belongs to. Students also are admitted to non-public schools through the control quota, which is constrained in numbers.
1. Registration: Candidates must register themselves for the entrance examination of their choice. This may include national-level exams like JEE-Main, state exams such as KCET, or university-specific exams like SRMJEEE, VITEEE, etc., depending on the targeted institution.
2. Entrance Exams: After registration, candidates receive their admit cards and sit for the entrance exam. These exams are conducted in both online and offline modes to accommodate different preferences.
3. Application: Following the announcement of entrance examination results, institutes invite applicants for admission. Candidates can apply to various institutes based on their scores.
4. Merit list: Institutes evaluate applicants based on their performance in the qualifying exams. A merit list comprising shortlisted candidates is then published, indicating those eligible for further consideration.
5. Counseling: Shortlisted candidates are invited to participate in the counselling process conducted by the respective institutes. During counselling, candidates select their preferred branch of study and finalize their admission.
6. Enrollment: Upon completion of the counselling process, candidates secure their admission by paying the requisite admission fees. Subsequently, they are officially enrolled in the B.Tech Robotics program.
This comprehensive process ensures a fair and transparent method for selecting candidates suited for pursuing a B.Tech in Robotics Engineering, thereby fostering a conducive learning environment for aspiring engineers in the field.
The eligibility standards for the diploma direction B.Tech in robotics engineering rely upon the doorway examination's overall performance and the university to which a candidate desires to be admitted. The fundamental eligibility standards for B.Tech robotics engineering are given below:
• Candidates must have finished their twelfth with physics, chemistry, and maths/pc science.
• The scholar should steady 60% marks in elegance 10+2.
• Marksheets for 10th & twelfth fashionable, passport-length photographs, passing certificates for 10th & twelfth, and character certificates are important documents, each candidate ought to have those files at the time of admission.
Once the software system is complete, primarily based totally on the college, there is probably a very last counselling consultation or a non-public interview earlier than the affirmation of admission. Universities occasionally recollect this as a filtration technique to handpick pleasant students.
Admission into maximum engineering faculties is primarily based totally on national, state, or college-stage front exams. Some private institutes take admission directly, based on their merit scores of 10+2. The applicants who are inquisitive about making use of the B.
B.Tech Robotics might also additionally undergo the subsequent processes:
• Registration: The applicants will check in themselves for the doorway examination. They can go for national-level examinations like JEE-Main or state exams like the KCET or university exams like SRMJEEE, VITEEE, etc. depending upon the institute they are targeting.
• Entrance exams: They will have to download the admit card and appear for the entrance exam. These assessments are performed in each online and offline mode.
• Application: Once the results of the entrance examinations are out, the institutes will call applicants for admission. The applicants can follow numerous institutes.
• Merit list: The applicants will be evaluated based on the marks they scored in the qualifying exams. A merit list of the shortlisted candidates will be released.
• Counselling: The shortlisted candidates will be invited by the institutes for the counselling process, where they will choose their branch of study and confirm their admission.
B.Tech Robotics Engineering in India is one of the relatively demanded engineering specializations because of its destiny scope. Several country-wide and state-degree front tests are carried out for the admission filtration process. Students who've finished their better secondary training with physics, chemistry, and arithmetic as obligatory topics are eligible to sit for those front exams.
The questions requested in those checks are generic. Questions are targeted at the essential 10+2 PCM to check out students' problem-fixing abilities. Based on the rating and college cutoffs, college students could make a listing of schools eligible for buying admissions. Some of the maximum famous engineering Entrance Exams are indexed below:
| National Level Entrance Exams | State-Level Entrance Exams |
|---|---|
| JEE Main | AP EAMCET |
| JEE Advanced | WBJEE |
| SRMJEEE | TS EAMCET |
| VITEEE | KEAM |
| BITSAT | TANCET |
| MANET MET |
Most schools are taking their admission manner online because of the COVID-19 protection protocols. Students need to go to the university's respectable internet site they want to join and fill out the utility shape with the important documents.
Some universities additionally provide an offline admission manner for which college students need to go to campus premises with the required documents.
• Research BTech Robotics Engineering programs at universities.
• Check eligibility criteria and required entrance exams.
• Complete online application with personal and academic details.
• Submit the necessary documents and pay the application fee.
• Await admission decision and follow instructions for seat confirmation.
• Prepare for enrollment and commence studies upon acceptance.
B.Tech Robotics Engineering is a four-year undergraduate engineering path shape constructed on physics, math, and essential mechanical engineering that affords simple expertise of self-sustaining structures and their programs throughout numerous domains. The coursework consists of quite a few topics inculcating mechanical engineering concepts, electric engineering concepts, and primary coding.
Some of the topics encompass engineering mechanics, applied thermodynamics, control systems, and circuit design. The direction prepares the aspirants with robust expertise in carrying out engineering standards in robotics. The current technological advancements have attracted plenty of job scopes across various sectors.
B.Tech Robotics Engineering is slowly gaining a reputation in carried-out engineering streams. It is a direction that gives a steady task marketplace in comparison to different specialized streams. Let's discover why robotics engineers are entitled to have a profitable career.
Demand: There is always a constant demand for robotics engineers due to the importance Of automation, robotics, manipulation systems, and gadgets gaining knowledge of contemporary business trends. Still, over 40% of heavy machines are semi-computerized in diverse plants, which requires professional engineers to put into effect computerized structures for boosting workflow.
Higher Payscale: The common revenue of a robotics engineer in India is 4.33 LPA, and the very best bundle can pass as much as 12 LPA, relying on the enjoyment and the skillsets of the employee.
Apart from this are vast possibilities for B.Tech Robotics engineers in nations just as the USA, Germany, Japan, Switzerland, China, etc.
B.Tech Robotics Engineering route accommodates obligatory and choice-primarily based credit score system. The credit score device permits the aspirants to choose optionally available topics primarily based totally on their interests. The route sample includes core, elective, and lab subjects, in conjunction with industry-orientated projects. A listing of prevalent syllabus shapes on the way to be included in the course of the path is given below:
YEAR-1
| YEAR 1 | SEMESTER 1 | SEMESTER 2 |
|---|---|---|
| Engineering Mathematics | Engineering Mathematics | Engineering Physics |
| Engineering Chemistry | Engineering Mechanics | Engineering Mechanics |
| Elements of Mechanical Engineering and Workshop Practice | Elements of Electrical Engineering | Elements of Electronics Engineering |
| Elements of Electrical Engineering | Elements of Computer Science & Engineering | Engineering Drawing |
| Elements of Computer Science & Engineering | Professional Communication | Constitution, Human Rights & Laws |
YEAR-2
| YEAR 2 | SEMESTER 3 | SEMESTER 4 |
|---|---|---|
| Engineering Mathematics | Engineering Mathematics | Analog and Digital Electronics |
| Strength of Materials | Measurement, Data, Acquisition, and Processing | Machine Dynamics and Laboratory |
| Introduction to Robotics and Mechatronics | Electrical Machines Drives and Actuators | Artificial Intelligence for Robotics |
| Environmental Studies | Digital Signal Processing | Fluid Power Systems for Robots |
YEAR-3
| YEAR 3 | SEMESTER 5 | SEMESTER 6 |
|---|---|---|
| Design of Machine Elements | Robotic Programming and Simulation | Robotic Dynamics and Laboratory |
| Embedded Processors and Controllers | Robot Kinematics and Laboratory | Robotic System Design |
| Computer Vision | Control System | Applied Control Systems |
| Engineering Economics and Cost Estimation | Digital Image Processing | NA |
| YEAR 4 | SEMESTER 7 | SEMESTER 8 |
|---|---|---|
| Professional Core Elective - 1 | Professional Core Elective - 3 | Paper Presentation |
| Professional Core Elective - 2 | Paper Presentation | Project Work |
| Project Work | NA | Internship |
| Internship | NA | NA |
| College Name | Average Course Fee |
| INR 2,60,000 | |
| INR 2,88,250 | |
| Dr. Sudhir Chandra Sur Institute of Technology & Sports Complex, Kolkata | INR 1,23,800 |
| Tula’s Institute, Dehradun | INR 1,07,500 |
| INR 2,41,120 | |
| INR 1,00,900 | |
| Vellore Institute of Technology Chennai | INR 1,98,000 |
| INR 90,000 | |
| INR 98,200 | |
| INR 1,00,000 |
| NIRF Ranking | Top colleges for B.Tech Robotics Engineering |
| 4 | |
| 8 | |
| 14 | |
| 17 | |
| 32 | |
| 36 | |
| 41 | |
| 45 | |
| 49 | |
| 81 |
The course fees for B.Tech in Robotics Engineering differ from one university to another. The price range is primarily based totally on the university infrastructure and facilities. The average course fees range from INR 1 - 2.5 LPA. Aspirants can pay the fees semester-wise, and in some universities, students can pay them annually
| College | Fee Structure |
| IIT, Kanpur | INR 8 Lakhs |
| Anna University, Chennai | INR 4.8 Lakhs |
| SRM University | INR 14 Lakhs |
| Manipal University | INR 16 Lakhs |
BTech Robotics Engineering Vs BTech Mechanical Engineering
A comparison between B.Tech Robotics and B.Tech Mechanical is mentioned in the table below:
| Parameters | B.Tech Robotics Engineering | B.Tech Mechanical Engineering |
| Aim | The purpose of the path is to lay out clever machines that could help human beings in their regular life. | The purpose of the path is to create technology that humans desire and create future solutions in the fields of healthcare, energy, transportation, space exploration, climate change, etc. |
| Overview | It is an interdisciplinary department that consists of electronics, mechanical, information, and laptop technological know-how engineering. It deals with the design and development of robots. | It is a field of engineering that deals with designing and manufacturing any machine and its parts. |
| Duration | 4 years | 4 years |
| Eligibility | 10+2 with Physics, Chemistry, and Mathematics. | 10+2 with Physics, Chemistry, and Mathematics. |
| Admission Process | Based on the entrance exam or merit. | Based on the entrance exam or merit. |
| Average Course Fee | INR 70,000 - INR 2 lakh | INR 3,00,000 - INR 15,00,000 |
| Average Salary | INR 3,20,000 - INR 5,00,000 | INR 4,00,000 - INR 6,00,000 |
B.Tech Robotics Engineering is a four-year undergraduate engineering path shape constructed on physics, math, and essential mechanical engineering that affords simple expertise of self-sustaining structures and their programs throughout numerous domains. The coursework consists of quite a few topics inculcating mechanical engineering concepts, electric engineering concepts, and primary coding.
Some of the topics encompass engineering mechanics, applied thermodynamics, control systems, and circuit design. The direction prepares the aspirants with robust expertise in carrying out engineering standards in robotics. The current technological advancements have attracted plenty of job scopes across various sectors.
Scope For Higher Education
Robotics engineering graduates who aspire to pursue better schooling have masses of alternatives to pick from. The scope for robotics is a good deal better in different nations than in India, however, the requirements are at par. Graduates can do specialized schooling in ROS, cell robotics, embedded systems, etc. They also can pursue full-time/part-time masters in technical or business-associated fields. Some of the guides to pursue are:
• MBA
• M.Tech Robotics Engineering
• M.Sc Robotics
• ME Robotics
• ME Mechatronics
• Certificate in Robotics and Industrial Automation
• Ph.D. Robotics Engineering
The Average salary of a B.Tech Robotics Engineer is INR 4.33 LPA in India. The pay scale relies upon the corporation and the candidate's ability sets.
A B.Tech Robotics Engineering fresher can earn somewhere between INR 4.5 - 10 LPA managing jobs which include Junior Project Engineer, Robotics Engineer, Mechanical Design Engineer, Automation Engineer, etc.
After completing a B.Tech in Robotics engineering, graduates get hold of activities given by each the general public and the non-public sector. The call for robotics and automation is quite excessive inside the cutting-edge business generation that ensures top process scope for this route graduate.
Some of the jobs for robotic engineering graduates are explained in the table below:
| POPULAR INDUSTRIES EMPLOYING ROBOTICS ENGINEERING GRADUATES | PUBLIC SECTORS OFFERING EMPLOYMENT FOR ROBOTICS ENGINEERS IN INDIA |
|---|---|
| Shipping Industries | Indian Navy |
| Automobile Industries | Indian Armed Forces |
| Power Plant | Oil and Natural Gas Corporation (ONGC) |
| Embedded Systems | Indian Space Research Organisation (ISRO) |
| Robotics | Defense Research and Development Organization (DRDO) |
| Defence | GAIL |
| Electronic Devices Industries | Hindustan Aeronautics Limited (HAL) |
| Software Industries |
| Job Profiles | Job Description | Average Salary |
| Robotics Engineer | Designs and develops robot prototypes. Constructs, configures, tests, and debugs robots and robot systems. Installs operates, calibrates, and continues robots. Ensures that robot machines function safely, dependably, and with precision; identifies and implements modifications | INR 4,33,102 |
| Robotics Technician | Their paintings are to troubleshoot diverse robot systems. They have a range of technical skills and knowledge to program and repair the equipment, controllers, etc that handle the robot’s movements and actions. | INR 3,90,000 |
| Robotic Process Automation Developer | They are liable for designing, developing, and enforcing software program robots, or bots, to paint alongside human beings to decorate the performance of the commercial enterprise process. | INR 9,50,000 |
| Robotics Research Scientist | They are skilled engineers who are responsible for carrying out the research, design, and development of robotic systems. They ensure that the robots are reliable, safe, and cost-effective. | INR 5,54,660 |
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NASA
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Google
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ISRO
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Microsoft
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Amazon
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Infosys Technology
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Deloitte
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TATA Consultancy
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IBM
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Apple
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Q1. How can I become a robotics engineer after class 12th?
Ans. To pursue a profession as a robotics engineer after the twelfth, the candidate has to have exceeded magnificence with Physics, Chemistry, and Mathematics. Then they'll need to pick BTech in Robotics Engineering as their undergraduate diploma course After of entirety of the course, they'll be eligible to work as a robotics engineer. If they need to be greater professionals in this field, then they need to move for better studies, i.e., M.Tech and PhD in Robotics.
Q2. Is it necessary to do BTech Robotics Engineering to build a career in Robotics?
Ans. No, it is not necessary. Robotics is an interdisciplinary course and it requires knowledge in more than one area of engineering. So the applicants who preserve UG ranges in mechanical engineering, electronics engineering, layout engineering, computer science engineering, and machine learning & AI are also eligible to build a career in robotics. However it would be beneficial if they pursue a PG Diploma or a master’s degree in robotics.
Q3. What are the top companies that hire robotic engineers?
Ans. Companies like TATA, BHEL, BARC, DiFACTO Robotics and Automation, NASA, Tech Mahindra Ltd, Kuka Robotics, ISRO, etc. hire robotic engineers.
Q4. Does Robotics need coding?
Ans. Yes, robotics do need coding. The robotic students are usually taught about applied algorithms and AI, which will also involve the study of some of the programming languages. Also, to make the robotic do the favoured function, it desires to be programmed.
Q5. Is robotics engineering a good career?
Ans. The production industries are being automatic so that manufacturing can be extended to meet the call of the growing population. Humans are not capable of working 24 hours a day but robots can. Therefore robots are surprisingly efficient. Robots are currently used in manufacturing plants, laboratories, medical fields, mining, the automation sector, aerospace engineering, agriculture, etc. The demand for robots is increasing and thus robotic engineering is a good career to start with.
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