B.Tech Mechanical Engineering
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“Making things better. Drive efficiency – with reliability
Mechanical Engineering is amongst the most diversified and versatile engineering branches and plays an important role in all aspects of human life. A Mechanical Engineer develops products by taking an idea, developing it into a functional prototype, performing engineering analysis (structural, thermal, vibrational, static, dynamic, etc.), applying manufacturing technologies & production processes for the required form and fit required to perform the intended function, and our graduates are trained to do it all—confidently.
BTech Mechanical Engineering is a very broad course that combines engineering physics, mathematics, and materials science to design, analyse, manufacture, and maintain mechanical systems. Today’s industry, from the automotive sector to fluid flow dynamics, owes its existence to mechanical engineers. In fact, innovations in mechanical engineering drive the world today, literally. From creating better rig equipment to bigger ships, faster cars, or better everyday products, mechanical engineers help keep the wheels of the industry turning, literally speaking.
In addition to the above, as a part of the curriculum, the BTech Mechanical Engineering students are also exposed to software tools like SOLIDWORKS, ANSYS, etc. as well, which helps them familiarise themselves with the prevalent applications being used in related industries.”
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Mechanical Engineering is amongst the most diversified and versatile engineering branches and plays an important role in all aspects of human life. A Mechanical Engineer develops products by taking an idea, developing it into a functional prototype, performing engineering analysis (structural, thermal, vibrational, static, dynamic etc.), applying manufacturing technologies & production processes for the required form and fit required to perform the intended function.
Mechanical engineering touches every aspect of modern life, right from mobile phones and biomedical devices, to aircraft and power plants. Not just engineering, mechanical engineers deal with economic issues, from the cost of a single component to the economic impact of a manufacturing plant. One of the oldest streams, Mechanical Engineering offers a plethora of opportunities for employment to its graduates.
The BTECH(ME) offered at BML Munjal University is designed to equip students with a unique blend of skill sets in addition to the core engineering knowledge and skills.
There are five specializations offered with the BTECH(ME) stream – Automobile Engineering, Robotics & Automation, Data Science & Artificial Intelligence, Cyber Security and Internet of Things.
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- Applicants appearing in their class 12 examinations through any of the Boards affiliated with the Council of Boards of School Education should have a minimum of 60% marks (or equivalent scores) in each of four subjects, viz. Physics, Mathematics, English and any one subject out of Chemistry, Biology, and Technical Vocational subjects.
- IB Board with a minimum score of 24 in Physics, Mathematics, Chemistry, Biology
- For Cambridge/IGCSE examinations, Physics, Mathematics, Chemistry at the A Level and English at the AS Level
- The applicant must have completed one of the following entrance examinations: JEE / SAT / CUET or BMU-SAT (BMU’s Aptitude Test)
- JEE (Main), with a minimum of 55 percentile. For SAT / CUET / BMU-SAT as per scores specified occasionally.
- Applicants who are Foreign Nationals/ Persons of Indian Origin (PIOs)/ Non-Resident Indians (NRIs)/ Overseas Citizens of India (OCI) must have passed the qualifying examination or equivalent from any system of education as recognized by the Association of Indian Universities (AIU) with a minimum aggregate of 60% or equivalent and subjects as defined for candidates intending to join professional courses.
Mechanical engineers play key roles in a wide range of industries including automotive, aerospace, biotechnology, computers, electronics, microelectromechanical systems, energy conversion, robotics and automation, and manufacturing.
On successful completion of the B.Tech in Mechanical Engineering degree, an Engineering Graduate has multiple career options available in diverse roles in industries such as –
- Product Design and Development
- Production and Operations
- Supply Chain and Logistics
- Structural, Thermal and Fluids Engineering
- CAD/CAM/CAE technologies
- Automation and Robotics
- Additive Manufacturing
The BTECH programme at the BML Munjal University is spread across 4 years and divided into 8 semesters.
Throughout the duration of the programme, students will gain invaluable practical experience by applying this interdisciplinary and integrated learning to real-world problems. This will be made possible by way of Practice School, an internship concept. This initiative enables students to undergo meaningful work experience – over a period of four years. Students spend around 28 weeks, or 22% of their total contact hours, interning with a cross-section of the industry. Practice School internships are courses with credit units and the grade so earned will be included in the cumulative GPA.
Yes, the final placement is provided to all eligible students. Some of the top companies like Deloitte, EY, KPMG, Hero Motocorp, Samsung, Synopsys Cultgear, TCS, Mahindra etc (as of June 2020) have already recruited our students so far.
Candidates can apply online to BML Munjal University by logging on to https://admissions.bmu.edu.in/
Career readiness starts during year one with Practice School I. Students start to understand and immerse themselves in the industry and the culture of the working world. Courses like “The Joy of Engineering” are designed to stimulate problem-solving and team-building activities early on.
As students continue, Practice School II and III provide additional hands-on experiences through internships and full-semester projects, ranking them for pre-placement offers to various employers. After completing the programme, the Career Guidance and Development Cell (CGDC) supports placements with top recruiters like Commvault Systems, Deloitte, Hero MotoCorp, MG Motors, KPMG India, and Flipkart.
Internships normally follow as students develop academic depth throughout their programme. First-year students are quickly and early on in their university experience working on hands-on projects and industry-simulated tasks (Practice School I, dedicated labs, and project-based learning). All of these practical experiences allow first-year students to apply their learning practically. These experiences can be seen as a precursor to formal internship experiences in subsequent years.
Yes, support is embedded throughout the learning journey. Faculty and industry experts provide mentorship throughout the learning journey from classroom discussions to Practice School II & III and beyond. The academic plan provides students with equal opportunity to hone their technical knowledge, communication, and professional skills. Many of the same tools and technologies that are specific to disciplines (research) are also used in Practice School to make sure that when internship and placement opportunities arise, they are ready.