Bachelor of Technology

Admission open for 2022-23

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No. 1 Private University in India by Education World Ranking 2022

A legacy of the field of Higher Education


  • Bachelor of Technology (B.Tech) B.Tech
  • Why You should choose engineering as a career?

    There are many reasons to choose engineering as a career. Engineering is a field that is constantly evolving and changing, which means there are always new challenges to keep things interesting. Additionally, engineering can be a gratifying field, both financially and in terms of job satisfaction. Those who choose engineering as a career can feel confident that they will always have a job that is in high demand.

    It is a stable field with good job prospects. Engineers can work in many different industries, and there are many different types of engineering. This demonstrates that there is always new information to learn. Engineering is a great career for people who are interested in problem-solving and working with their hands.


    Engineering Admissions 2022-23 At BTU

    BTU features more than 30 different specializations for its BTech programs. Valid mark sheets and a counseling session are required for admission to this degree.

    BTU University's B Tech Program For the Year 2022-23


    Specializations

    • Environmental Engineering
    • Chemical Engineering
    • Mechatronics
    • Polymer Engineering
    • Production Technology
    • Fire & Safety Engineering
    • Instrumentation & Control Engineering
    • Food Technology
    • Petroleum Engineering
    • Automobile
    • Biomedical Engineering
    • Bio-Technology
    • Electrical & Electronics Engineering
    • Architecture
    • Chemical
    • Civil Engineering
    • Aeronautical Engineering
    • Electrical Engineering
    • Computer Science
    • B Tech Integrated
    • Mechanical Engineering
    • Electronics & Tele Communication Engineering
    • Information Technology
    • Water Resources
    • Leather Technology & Cosmetology
    • Metallurgical
    • Textile Technology
    • Applied Electronics & Instrumentation
    • Electronics & Communication Engineering
    • Electronics

    B Tech Particular Branches At BTU -

    You have access to more than 50 B.Tech subject options. All B Tech majors are not, however, offered by all Indian schools and universities. While other B Tech fields, like mechanical and civil, can be found in any university in the nation.

    • Fire & Safety Engineering- Fire Safety In preparation for a severe occurrence, engineers create systems and structures that are latent within our constructed world. For people within a building to escape, for the fire and rescue services to function, and for the protection of property, knowledge, technology, and engineering that contribute to fire safety are essential.
    • Biotechnology for B Tech - Engineering biological creatures for human benefit is the focus of B Tech Biotechnology.
    • Polymer Engineering - Designing, analyzing, and modifying polymer materials is the general focus of polymer engineering.
    • Leather Technology & Cosmetology - Engineering's field of leather technology focuses on the synthesis, manufacture, and refinement of leather for practical application. It also covers the creation of synthetic leather and how effectively commercial products may be made using it.
    • Water Resources engineering - Water collection, storage, control, transportation, regulation, measurement, and use concerns are addressed by hydraulic and water resource engineering, which applies fluid mechanics principles to these issues.
    • Applied Electronics & Instrumentation - Many different cadres, including design, development, automation, control, fabrication, inspection, quality control, maintenance, and service, etc.
    • Environmental Engineering - Environmental engineers create answers to environmental issues using engineering, soil science, biology, and chemistry principles. They strive to make recycling, waste management, public health, and air and water pollution control better.
    • Chemical Engineering- Designing and troubleshooting processes for the manufacture of chemicals, fuels, foods, pharmaceuticals, and biologicals, to name a few, is the primary responsibility of chemical engineers. Large-scale industrial facilities use them most frequently to enhance productivity and product quality while lowering expenses.
    • Food Technology - Food engineering is a scientific, academic, and professional area that analyses and applies engineering, science, and math principles to the production, handling, storage, conservation, control, packaging, and distribution of food products.
    • Automobile - Engineering for automobiles. Automobile engineering is a subfield of engineering that teaches automobile production, design, mechanical mechanisms, and operation. It serves as an introduction to the engineering of vehicles, including trucks, buses, cars, and motorbikes.
    • Architectural Engineering - Architectural engineering is the study of designing all building systems, such as the mechanical, electrical and structural systems of a building, as well as organizing the building and building system development process.
    • Textile Technology - A thorough academic curriculum in textile technology equips students for professions in the design, development, and production of goods for a number of industries, including aerospace, medical, architecture, the automotive industry, fashion, sports, and many more.
    • Bio-Technology Engineering - Biotechnology One of the most advanced and productive fields of science and technology is engineering. The field focuses on physics, chemistry, biology, engineering, and math concepts and principles combined to create goods and technology that improve human existence.
    • Civil Engineering - Civil engineering is a career that involves planning and building infrastructure for the general public, including highways, power plants, sewage systems, bridges, aqueducts, canals, dams, and other structures.
    • Electronics & Communication Engineering - Research, design, development, and testing of electronic equipment utilized in diverse systems are all part of electronics and communications engineering (ECE). Engineers in electronics and communications also design and direct the production of broadcast and communication systems.
    • Electrical Engineering - Electric motors, radar and navigation systems, communications systems, or equipment used in power generation are just a few examples of electrical equipment that electrical engineers design, develop, test, and oversee the production of electrical systems of cars.
    • B Tech Integrated - One receives a combined bachelor's and master's degree through an integrated curriculum. It offers dual degree programs, which are those that grant degrees in two distinct areas.
    • Electronics & Tele Communication Engineering - Engineers in electronics and telecommunications are involved in the design, development, testing, and maintenance of telecommunications equipment and its parts. Thus, integrated circuit components for telecommunication systems and equipment are developed by electronics and communications engineers.
    • Metallurgical Engineering - Engineers in the field of metallurgy research and make the materials that power our bodies and the rest of the planet. They convert metals into high-performance alloys, high-purity metals, and novel materials that are used in a wide range of products, such as superconductors, sophisticated coatings, automobiles, airplanes, and medical implants
    • Electronics Engineering - Electronics engineers create and design a variety of electronic gadgets, such as portable music players and Global Positioning System (GPS) devices, as well as broadcast and communications systems. Many people also work in fields that are directly related to computer hardware.
    • Mining Engineering - These raw minerals can be collected and refined thanks to mining engineers. Both technical design and business management are involved in the work. Mining engineers identify the locations of reserves of valuable and easily accessible materials. They come up with strategies to get them out of the ground securely.
    • Mechatronics - Robotics, electronics, computer science, telecommunications, systems, control, and product engineering are all included in this interdisciplinary field of engineering, which focuses on the integration of mechanical, electronic, and electrical engineering systems.
    • Production Technology- Planning, creating, developing, and managing diverse processes to generate high-quality products is the focus of production engineering, sometimes referred to as manufacturing engineering.
    • Instrumentation & Control Engineering - investigates system design and implementation, as well as the measurement and control of process variables. Process variables include force, speed, flow, pH, temperature, humidity, and pressure.
    • Petroleum Engineering - The processes involved in the production of hydrocarbons—which might be either crude oil or natural gas—are the focus of petroleum engineering, a branch of engineering. As far as the oil and gas business is concerned, exploration and production are considered to be upstream activities.
    • Biomedical Engineering- This application of engineering concepts and design principles to biology and medicine for healthcare reasons is known as biomedical engineering or medical engineering.
    • Electronic Engineering - This engineering field deals with the creation, maintenance, and use of electronic circuits, systems, and equipment.
    • Aeronautical Engineering- The principal area of engineering dealing with the creation of aircraft and spacecraft is aerospace engineering. Aeronautical engineering and astronautical engineering are two of their main, overlapping fields. In addition to investigating the aerodynamic performance of aircraft and building materials, their main responsibilities include developing aircraft and propulsion systems.
    • Computer Science- The study of computing, automation, and information is known as computer science. Theoretical and practical fields are both covered by computer science.
    • Mechanical Engineering - To design, analyze, construct, and maintain mechanical systems, mechanical engineers use a combination of materials science, engineering physics, and mathematical principles.
    • Information Technology- Information technology is the practice of generating, processing, storing, retrieving, and exchanging various types of electronic data and information using computers.

    Full-Time B Tech Courses At BTU

    An ability-based course with a stronger focus on practical learning is the B Tech Full Time or B Tech Regular Course. Full-time B Tech programs last four years.

    • Engineering courses that are offered full-time are the most popular. In India, more than 1 million students pursue full-time B Tech studies each year.
    • The distinction between a Bachelor of Technology and a BE programe is that a Bachelor of Technology programe places a greater interest in research than in practical application.
    • Qualification for 10+2 with physics, chemistry, and maths is the requirement for admission to full-time B Tech programes. However, additional requirements for entrance tests vary from college to college.

    The following is a list of the requirements for enrollment in the B Tech program

    1. Candidates who have completed a relevant diploma program are also qualified to enroll in the Bachelor of Technology/Engineering
    2. Students must have earned a 10+2 diploma with Physics, Math, and Chemistry as their core subjects from an accredited board.


    Lateral Entry for B Tech At BTU

    Entrance exams are required for B Tech Lateral Entry applicants. Students with a Diploma or BSc in an appropriate technological field or engineering who wish to enroll in the Bachelor of Technology programme in the third semester may do so through the B Tech Lateral Entry option.


    Technical Subjects At BTU

    The Bachelor of Technology offers various specialization options. All B Tech specialties require students to take the same core courses, including physics, chemistry, math, communication skills, environmental science, engineering mechanics, basic electrical engineering, engineering graphics, etc. The following three years are dedicated to teaching the fundamentals of the Bachelor of Technology speciality.

    The B Tech subject varies depending on the specialties that are provided, however the B Tech Syllabus in the bulk of the country's universities is essentially the same with a few minor differences.


    BTU’s Admission Process for BTech in 2022-23

    Candidates for admission must complete the application form according to the instructions below.

    Step 1 - Visit the official website of Bir Tikendrajit University (https://www.birtikendrajituniversity.ac.in) then select the "Admission" tab. Select “Admission Form” and fill details respectively.

    Step 2 - The application must be completed with the required information following successful registration.

    Step 3 - Pay Admission Fees.

    Step 4 - Upload Required Documents.

    Step 5 - To finish the Admission procedure, Submit and Wait For the Document's Approval Verification.


    Documents Needed During the Admission Process-

    1. Class 10th Mark Sheet
    2. Class 12th Mark Sheet
    3. Adhar Card
    4. Debit/credit card details
    5. Passport Size Photo

    Placements At BTU

    Choosing a career is a difficult decision, but if you're interested in engineering, it can be a great choice. Students and businesses are connected with BTU University's Career Development Center. Engineering offers many opportunities to use your creativity and problem-solving skills. You'll also have the chance to work on cutting-edge technologies and make a difference in the world. If you're looking for a challenging and rewarding career, engineering is a great option.

    However, the 20+ hiring partners list the major achievements in placements at BTU University during the course of the previous years.


    Top Job profiles After Engineering

    Over the years, technologies including machine learning, cloud computing, data analytics, and artificial intelligence have expanded quickly. They have become crucial in today's society with the spread of the pandemic and the global health problem.

    Ans. - Bachelor of Engineering or BE course is more theoretical in nature, whereas, BTech courses are more practical oriented. The key difference between these two degree programmes is with respect to the course material taught and the orientation of the programme.

    Ans. - Candidates can make a career in different fields after graduating in BTech, such as Software Developer, Information Technology Consultant, Computer Forensic Analyst, Information Technology Business Analyst and Computer Network Architect.

    Ans. - Candidates are required to have the below skills to perform well in their BE/BTech course. Have a look: Ability to communicate - verbal and written Familiarity with Industry Standards Knowledge of the core subject Teamwork Creativity Multi-disciplinary exposure Application of the knowledge Leadership Skills Analytical & Creative thinking Acquaintance with Computers & IT

    Ans. - Candidates must have passed the Class 12 exam from a recognised board with Physics, Chemistry and Mathematics as core subjects. They must have secured minimum aggregate marks of 60% in the above subjects combined.

    Ans. - BTech graduates are mostly hired in technical fields. Any candidate who has completed a BTech degree can get a job in almost all the sectors in India and they are also hired as consultants, subject matter experts, researchers, managers etc.

    Ans. - A BTech graduate in CSE can choose between numerous career options including Data Analyst, Software developer, Networking Engineer, Database Administrator, Testing Engineer, Game Developer, and Information security specialist.

    Ans. - The focus of BTech in IT (Information technology) is on the field of computers and technology. It differs from Computer Science engineering in this aspect because in BTech students are expected to learn management and information theory. It includes a detailed study of programming and of computer software.

    Ans. - The most popular branch to pursue engineering is BTech in Mechanical Engineering followed by computer science, Electrical, and Civil. There are also other engineering branches like Chemical, Biotechnology, Aeronautical, Industrial, Instrumentation, Marine, etc. which have a good scope.

    Ans. - Yes, BTech is a good choice and course for students with creative and technical minds. It also provides you with great career opportunities.

    Ans. - As a fresher, a BTech graduate can earn an average of Rs 15,000- Rs 30,000 per month. In other cases, the salary of a candidate depends upon the job profile, too. If you work as a Project Engineer, Design Mechanical Engineer you can earn an average of 1.5- 8 lakhs annually.

    Ans. - BTech stands for Bachelor of technology. It is an undergraduate engineering degree awarded to a candidate. The duration of this degree course is four years.