As automation and robotics transform manufacturing and industries worldwide, mechanical engineering education is undergoing major upgrades to equip students with relevant skills. Engineering colleges now offer courses dedicated to industrial automation, mechatronics, and programming to build knowledge around these emerging technologies. Alongside theory, practical lab sessions with automated equipment give students valuable hands-on exposure. Partnerships with automation leaders allow for guest talks, facility tours, projects, and access to the latest applications. With machines and systems becoming increasingly intelligent, there is a push towards cross-disciplinary learning with computer science and artificial intelligence. Research initiatives, competitions, and final-year projects further encourage innovation in automation and robotics.
TABLE OF CONTENT (TOC)
- All About Mechanical Engineering
- What is BTech Mechanical Engineering?
- BTech Mechanical Engineering Course Details
- Why Study BTech Mechanical?
- Top BTech Mechanical Engineering Colleges
- BTech Mechanical Engineering Fees
- BTech Mechanical Engineering Admissions
- BTech Mechanical Engineering Eligibility
- BTech Mechanical Engineering Syllabus
- Best Private University in Delhi NCR
As technological advances keep shaping industries worldwide, the field of mechanical engineering stands at the cutting edge of innovation. Automation and robotics have transformed manufacturing processes, leading to improved efficiency, precision, and productivity. In this blog post, we will see how bringing in automation and robotics is shaping the future of mechanical engineering education and why colleges are changing their courses to prepare students with the skills and knowledge required to rock in this developing landscape.
This article explores how mechanical engineering programs are adapting their curriculum and pedagogy to prepare students for careers in automation and robotics. It highlights the inclusion of specialized courses, hands-on labs, industry partnerships, multidisciplinary approaches, research opportunities, and more.
Everything About BTech in Mechanical Engineering
BTech Mechanical Engineering is an old-school engineering field. It is the science of designing, analyzing, manufacturing, and maintaining mechanical systems through the application of concepts from Engineering, Physics, and Materials Science.
It includes topics such as Design, Production, and Machinery Operations, as well as core areas such as Mechanics, Motion Analysis, Thermodynamics, Material Science, Strength of Materials, and Electricity.
Working in a team is emphasized heavily in this course because it is required for anyone pursuing a career in mechanical engineering.
Mechanical engineers create everything from new batteries to sports equipment and medical devices, as well as computers, air conditioning, car engines, and power plants!
Mechanical engineering has always been the most popular branch of engineering. Because India’s manufacturing sector is changing dramatically, career opportunities in mechanical engineering have been plentiful for some time now.
What is BTech Mechanical Engineering?
BTech in Mechanical Engineering is a four-year undergraduate engineering degree program that focuses on the operation of machines, autos, mechanical part maintenance, and other elements of mechanical engineering. Dynamic, thermodynamic, heat transfer, industrial processes, and computer-aided design are common disciplines included in the curriculum.
Here are some key details about B Tech Mechanical Engineering Course:
- Mechanical engineering is a broad discipline that applies principles of physics, materials science, and engineering fundamentals to design, analyze, and manufacture machines and mechanical systems.
- Some of the major topics studied include thermodynamics, heat transfer, machine design, fluid mechanics, control systems, manufacturing technology, and combustion engineering.
- A B Tech Mechanical Engineering curriculum typically includes math, physics, engineering basics, specialized mechanical engineering topics, and labs focusing on designing, testing and analyzing mechanical systems.
- After completing a BTech, students can work as mechanical engineers in industries like automotive, aerospace, energy & power, HVAC, oil & gas, manufacturing, plant engineering, and more.
- BTech Mechanical engineers take on roles like design engineers, manufacturing engineers, thermal engineers, product development engineers, etc.
Also Read: BTech in Computer Science
It is an in-depth 4-year bachelor’s program that equips students with the knowledge and skills to work in the field of mechanical engineering, focusing on the design and operation of machines and mechanical systems.
Why Study BTech Mechanical?
- Reputable industry: Mechanical is in high demand, with job opportunities for graduates. This esteemed engineering branch is among the oldest and most reputable. Success is attainable for anyone who is motivated.
- High paying: In both private and public sectors, the average compensation package for Mechanical BTech graduates is on the higher side. Work entails designing and carrying out complete mechanical projects.
- After BTech, candidates can also do PG courses like MTech and Master of Engineering.
Top BTech Mechanical Engineering Colleges in Gurgaon, Haryana, Delhi NCR: SGT University
Having gained a solid reputation as the best mechanical engineering college in Delhi NCR, SGT University and its Faculty of Engineering and Technology (FEAT) are preparing innovators for the future with its 4-year B.Tech in Mechanical Engineering program (With a minor in Electric Vehicles, Robotics, and Computer Science Engineering).
FEAT was established with the goal of developing skilled and qualified engineers in disruptive technologies. Students have access to the newest technology of the twenty-first century here. Some of the program highlights include:-
- NVIDIA-Powered High-Speed Computing Lab
- Centre of Excellence for AI & ML
- Working with disruptive technologies such as TensorFlow and CreativeML
- An Exclusive CoE for Mechatronics powered by SMC Pneumatics
BTech Mechanical Engineering Fees
The BTech Mechanical Engineering fees at SGT University, Gurgaon, Haryana, and Delhi NCR is:
- 1st Sem – INR 82,500
- 2nd Sem onwards – INR 70,000
BTech Mechanical Engineering Admissions
Candidates seeking BTech Mechanical Engineering Admissions must meet the following eligibility requirements for the BTech in Mechanical Engineering course at SGT University.
Also Read: Career Guide to BTech in Civil Engineering
BTech Mechanical Engineering Eligibility
The eligibility requirements for BTech Mechanical Engineering candidates at SGT University are simple and are as follows. It should be noted that the eligibility requirements will vary from year to year.
- 10+2 with at least 60% in Physics and Mathematics, and one from: Chemistry, Biotechnology, Biology, Technical Vocational Subject, Computer Science, Information Technology, Informatics Practices, Agriculture, Engineering Graphics, or Business Studies. SC/ST/OBC candidates need a minimum of 50%
- Lateral Entry:
- Diploma with at least 60% marks in the appropriate branch of Engineering & Technology
- Bachelor of Science with 60% marks and passed Mathematics at the 10+2 level
- Bachelor of Science stream with the condition of passing Engineering Graphics/Engineering Drawing/Engineering Mechanics in the First Year and Second Year of study
- C. Voc. stream in the same or allied sector
BTech Mechanical Engineering Syllabus
The subjects taught in the BTech Mechanical Engineering degree at SGT University are nearly identical to those taught in other engineering institutes. The following is the syllabus for the whole BTech Mechanical Engineering course.
| BTech in Mechanical Engineering Syllabus | |
| SEMESTER – 1 | SEMESTER – 2 |
| Engineering Mathematics – 1 | Engineering Mathematics – 2 |
| Programming for Problem-Solving | Basics of Electrical & Electronics Engineering |
| Engineering Workshop | Engineering Graphics and Design |
| Design Thinking & Innovation Lab | New Age Skills |
| Programming for Problem-Solving Lab | Basics of Electrical & Electronics Engineering Lab |
| Engineering Workshop Lab | Engineering Graphics and Design Lab |
| SEMESTER – 3 | SEMESTER – 4 |
| Engineering Mechanics | Strength of Materials |
| Engineering Thermodynamics | Material Engineering & Technology |
| Program Electives Course – 1 | Manufacturing Processes |
| SEC-I (SolidWorks) | Program Electives Course – 2 |
| Engineering Mechanics Lab | Strength of Materials Lab |
| Summer Internship | Material Engineering & Technology Lab |
| — | Manufacturing Processes Lab |
| SEMESTER – 5 | SEMESTER – 6 |
| Kinematics of Machines | Dynamics of Machines |
| Fluid Mechanics | Fluid Machines |
| Applied Thermodynamics | Design of Machine Elements |
| Biology for Engineers | Instrumentation and Control Engineering |
| Program Electives Course – 3 | Program Electives Course – 4 |
| Personality Development & Career Building | Quantitative Aptitude & Logical Reasoning |
| Kinematics of Machines Lab | SEC-IV (Digital Manufacturing) |
| Fluid Mechanics Lab | Dynamics of Machines Lab |
| Applied Thermodynamics Lab | Fluid Machines Lab |
| Industrial Training – 1 | Design of Machine Elements Lab |
| — | Instrumentation and Control Engineering Lab |
| SEMESTER – 7 | SEMESTER – 8 |
| Industrial Engineering | Operation Research Techniques |
| Heat and Mass Transfer | Program Electives Course – 6 |
| Automation in Manufacturing | Entrepreneurship and Digital Product Management |
| Machine Learning for Mechanical Engineering | Research Project/ Dissertation |
| Program Electives Course – 5 | — |
| Heat and Mass Transfer Lab | — |
| Automation in Manufacturing Lab | — |
| Machine Learning for Mechanical Engineering Lab | — |
| Industrial Training – 2 | — |
| Capstone Project | — |
Conclusion: The Best Private University in Delhi NCR, Gurgaon, and Haryana
Mechanical engineering students today have more avenues than ever before to specialize in automation and robotics. With dedicated courses, hands-on labs, industry exposure, cross-disciplinary training, and research opportunities, SGT University and the Faculty of Engineering and Technology prepare graduates to excel as automation specialists catering to diverse sectors. Students gain not just technical prowess but also problem-solving skills, creative thinking abilities, and adaptiveness to evolving technologies, from the Best Private University in Delhi NCR, Gurgaon, and Haryana. The new generation of mechanical engineers will play a leading role in driving automation adoption across manufacturing, healthcare, automotive industries, and beyond.
