B.Tech
Mechanical Engineering
Courses
– Mechanical Engineering
ELIGIBILITY CRITERIA
For B. Tech. First Year Programme : Candidate must have passed 10+2 from a recognized Board with Physics and Mathematics as compulsory subjects and any one of the following subjects ,i.e. Chemistry/Bio Technology/Biology/Technical Vocational subject and secured minimum 45% (for general candidate ) and 40% (for SC/ST candidate ) in the above subjects taken together.
For B.Tech 2nd Year (Lateral Entry) : Diploma or B.Sc. Graduate with mathematics subject at 12th level with 45% marks (for general candidates) and 40% marks (for SC/ST candidates).
The college is affiliated to AKTU, and all the students are admitted on the basis of merit list.
Duration
Four Years – Full Time
DISCIPLINE OFFERED & Intake
– Mechanical Engineering: 60
Fees
As prescribed by the Government/ University.
ADMISSION PROCEDURE
Following Documents in duplicate are required at the time of final admission (Photocopies).
– All documents as prescribed in UPTU Brouchure.
– 8 Passport size colored photographs of self.
– A family photograph.
– Fee draft in favour of BBDIT, Ghaziabad with three photocopies of draft.
– Original TC & Migration Certificate.
Mechanical Engineering @BBDIT
Mechanical engineering is a blend of maths, science and computing. Mechanical engineers are responsible for building the world as we know it. From the smallest nanotechnology to society’s largest constructions such as buildings, cars, and space stations, mechanical engineers are key in their design and development.
Of the engineering disciplines, mechanical engineering is the broadest, allowing you an insight into the other subjects and, as a result, the most diverse career choices.
Unlike other degree programmes, mechanical engineering covers a wide-ranging syllabus, allowing you to learn a variety of skills that are relevant to many types of employment. A qualified professional uses maths and science concepts to design anything requiring moving parts. They might work on anything from cars to heating systems.
Mechanical engineering is among the prime engineering fields. The graduate job market is known to be hard, but as mechanical engineers use maths and physics practices to design and produce the world’s mechanical devices, graduates tend to be in high demand all around the world.
Mechanical engineers design and build solutions to a range of problems, improving efficiency across a wide range of industries. By studying mechanical engineering, you can look forward to good job prospects, high salaries, and varied work.
BENEFITS OF STUDYING MECHANICAL ENGINEERING
Mechanical engineering skills are transferable, meaning they will be useful across a variety of industries and help you to become more employable. A degree in mechanical engineering will give you a range of skills including:
- Problem Solving – engineering is about finding better, more efficient ways of doing things
- Teamwork – working in teams means you can share expertise and develop faster and more robust solutions
- Advanced Technical Skills – specialising in mechanical engineering means you will build a strong knowledge of mechanical engineering theory, and how to put it into practise practically
- Academic Writing – you will be able to present your findings and ideas in a compelling way in written reports
- Decision Making – mechanical engineers have to be willing to take risks and to have confidence in their decisions under pressure.
Mechanical engineering is a broad field, which has more impact on people’s daily lives than you may realise, from manufacturing the clothes they wear, to building the apps on their phones. You will study a range of interesting subjects during the course of your degree programme. This may include:
- Computer Applications – computer technology continues to evolve at an incredible pace, stretching its impact into almost every part of life
- Mathematics and Physics – having a good grounding in pure mathematics and physics is vital, as they are the basis of all engineering
- Electricity – study the science behind electricity and how it can further change the world
- Design and Manufacture – learn how to draw designs digitally and how manufacturing processes work
- Robotics and Artificial Intelligence – study the mechanics of robotics and the influence that this relatively new technology is having across a number of industries.
Depending on your interests and career ambitions, you can choose from a range of engineering sectors, including:
- Aerospace – help to design the next generation of planes, rockets and satellites
- Automotive – work on everything from Formula 1 cars to buses, from their wheels to how they
are fuelled - Biomedical – improve lives by designing high-tech medical equipment including artificial limbs
and pacemakers - Energy – find greener, more efficient alternatives to power industry and homes
- Manufacturing – streamline machines and equipment to create the most efficient manufacturing
processes possible.
Every country in the world needs mechanical engineers to create and maintain infrastructure. This means you may have an opportunity to work abroad. You may want to spend some time working in developing countries, where your specialist knowledge could make a real impact.
Mechanical engineering graduates are always in demand. There is currently a skills gap for trained engineers, and , 98.35% of mechanical engineers were in employment according to Careersmart . If you would like to continue your studies, some masters programmes and PhDs in this field are funded. Whether you want to be an academic, move into a managerial role, or to be as qualified as possible to help you stand out in the workplace, further study could be a rewarding option.
Mechanical engineers discovered electricity. They invented the printing press, the train, and the mobile phone. As a mechanical engineer, you could develop new technologies knowing that they will improve lives for years to come. If you work in the rail industry, you will review designs and work on improving lines to make them as reliable and cost-effective as possible. In the marine industry, you could be designing and ensuring the safe running of ships, developing cleaner technologies for the future. Or you might work in power generation and play a part in finding reliable alternatives to fossil fuels.
Although engineering is a science, it can also require a high level of creativity. As a mechanical engineer, you will learn how not to rely on the way things have been done before, and to think independently so that you can create new solutions to problems. The first wheel, the compass, the aeroplane: all of these were engineering solutions which advanced human progress. A degree in engineering gives you the tools to make a difference.
7 reasons why you should consider mechanical engineering as a career option
You can choose from a wide range of sub-disciplines to specialise in a niche within mechanical engineering, such as marine engineering, aerospace engineering, automobile engineering and many more. Your career choice could also bring you to some interesting places , depending on your choice, such as deserts, oil rigs, deep seas, power industries and automobile industries. On the other hand, if your niche is in the design aspects of mechanical engineering, you could be working in an office.
With such a broad range of career choices, you will very likely find something that suits your needs and preferences.
A mechanical engineer is needed in almost every country worldwide, including the Americas, Asia and Europe. This is because engineering projects can be located all over the world, requiring you to meet customers and conduct investigative fieldwork as part of your responsibilities.
Let’s forget about careers and money for a moment. Mechanical engineering will help you to become a multi-talented person. While pursuing this degree, you will be able to develop your knowledge in a wide variety of fields, including Chemistry, Physics , English Language , structures, electricity and computer applications. Furthermore, you will develop an in-depth understanding of the economic, social and environmental aspects of engineering. Thus, you will not only become an expert in your core subject, but you will also build your knowledge on a wide variety of subjects .
If complex computations are your cup of tea, you may not be drawn to any other discipline that is focused on a small set of specialised skills. Instead, with mechanical engineering, you will find yourself at home with designing and simulating 3D structures. You will get to dabble in resource production, environmental protection measures and alternative energy systems. In addition, you will get to explore the intricacies of Physics, develop creative thinking and fulfil your desire to solve problems.
Mechanical engineers make use of a wide range of tools, which include flowmeters, pressure gauges, computer software, combustion analysers, optical laser scanners and semiconductor process systems. These tools will help you prepare technical drawings, test and evaluate equipment, track the production of machinery, and so on. You will use the tools not only in outdoor installations but also in indoor workplaces. Thus, there is never a dull moment in the career of a mechanical engineer.
There is a demand for mechanical engineers all over the world. Therefore, if you are an adventurous type with an interest in Mathematics, Physics and complex computations, take a plunge into mechanical engineering. This rewarding career will not restrict you to your country, but will give you opportunities to travel to another country of your choice.
Perseverance and hard work combined with your knowledge in mechanical engineering could enable you to change the world. For example, you could invent the next-generation AI-powered gadgets, bring about positive changes in the lives of the aging population, or devise solutions for challenges in cybersecurity , climate change or the energy market.
In short, if you have a passion for dealing with moving parts and heavy equipment and seeks challenges in your day-to-day life, mechanical engineering is probably the most suitable career for you.
What Students Say
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