Bachelor of Technology is an undergraduate degree that blends practical engineering training with theoretical foundations in technology. The program prepares students to design, build, analyse, test, and manage technical systems across a wide range of industries. B.Tech focuses on applied problem solving and hands-on experience, combining engineering mathematics, core sciences, programming, design, and specialized technological subjects tailored to your chosen branch.
Students benefit from laboratory courses, workshops, project-based learning, and industry exposure that make concepts tangible. Emerging areas such as artificial intelligence, machine learning, Internet of Things, robotics, cloud computing, and cybersecurity are integrated into modern curricula so graduates can meet evolving industry demands.
This program is a strong foundation for careers in software development, product design, systems engineering, data science, infrastructure, manufacturing, and research. It also prepares students for higher studies such as M.Tech, M.S., or MBA to broaden career options.
The first year generally covers mathematics, basic sciences, programming fundamentals, and engineering drawing. Subsequent years introduce core engineering topics tied to your branch and elective courses that reflect current technologies.
Top 10 key subjects:
● Engineering Mathematics
● Engineering Mechanics
● Thermodynamics
● Fluid Mechanics
● Materials Science
● Electrical Circuits
● Computer Programming
● Structural Analysis
● Manufacturing Processes
● Control Systems
Students also complete laboratory work, mini-projects every semester, and a major final year project that demonstrates the ability to apply learned concepts to solve a real problem.
Specializations and modern options
B.Tech offers classic engineering branches and fast-growing technology-focused programs. Popular specializations include:
Advance in Collaboration with IBM (CSE)
Advance in Collaboration with IBM (IT)
Aeronautical Engineering
Aerospace Engineering
AI and Robotics
Artificial Intelligence
Artificial Intelligence and Data Science
Artificial Intelligence and Machine Learning
Biotechnology
Civil Engineering
Cloud Computing
Computer Science and Engineering
Computer Science and Engineering (AI and ML)
Computer Science and Engineering (Cyber Security)
Computer Science and Engineering (Data Science)
Cyber Security
Data Science and Engineering
Electrical and Electronics Engineering
Electronics and Communication Engineering
Information Technology
Mechanical Engineering
Robotics and Automation
Software Engineering
VLSI and Embedded Systems
This range allows students to choose traditional engineering or newer interdisciplinary routes that combine software, hardware, and domain knowledge.
Teaching methods and practical training
A quality B.Tech program balances theory with laboratory practice and real-world exposure.
Common teaching and training elements:
Lectures and tutorials for core principles
Laboratory sessions to verify theoretical concepts through experiments
Workshops for prototyping, machining, and physical model building
Semester projects and mini-projects to practice design and development skills
Industrial internships to experience engineering workflows and teamwork
Capstone projects guided by faculty and industry mentors to solve practical problems
These elements ensure students leave with a portfolio of work that demonstrates applied skills to potential employers.
SALARY RANGE
3 LPA - 7 LPA
per annum
Ashoka University
Bengaluru
Atria Institute of Technology
Bengaluru
Cambridge College
Bengaluru