Computer Science Engineering
Turn logic into software that people can use.
Programming · Data structures · Databases
Go beyond the course name. Discover what you’ll learn, what you could build and where your interests might take you.
Pick an interest to explore a related field.
A starting point, not an aptitude test.
Partial coverage: 12,371 of 13,928 institutions (88.8%). Figures describe approved capacity, not filled seats, placements or quality.
This catalogue contains the 25 largest branches by the selected measure within the records collected. Filters search this selection. Totals and ordering may change as coverage grows. Course-name variants may appear as separate entries.
Counts cover institutions approved by AICTE, which regulates technical education. Medicine, law and general degree courses are approved by other bodies and are not included.
Source: AICTE — All India Council for Technical Education · Coverage & methodology
Turn logic into software that people can use.
Programming · Data structures · Databases
Build a foundation in programming and computer applications.
Programming · Data structures · Databases
Build your foundation in business, teams and decision-making.
Accounting · Marketing · Operations
Understand how things move. Design how they work.
Mechanics · Thermodynamics · Materials
Explore management decisions through analysis, cases and practice.
Accounting · Marketing · Operations
Shape the places and infrastructure people depend on.
Structural analysis · Surveying · Geotechnics
Connect the physical world to intelligent devices.
Electronic circuits · Digital logic · Signals
Make energy useful—from motors to power networks.
Circuit theory · Electrical machines · Power systems
Connect the physical world to intelligent devices.
Electronic circuits · Digital logic · Signals
Turn logic into software that people can use.
Programming · Data structures · Databases
Turn logic into software that people can use.
Programming · Data structures · Databases
Explore management decisions through analysis, cases and practice.
Accounting · Marketing · Operations
Explore how computers learn patterns from data.
Programming · Linear algebra · Probability
Explore management decisions through analysis, cases and practice.
Accounting · Marketing · Operations
Develop deeper expertise in software and computing applications.
Programming · Data structures · Databases
Explore management decisions through analysis, cases and practice.
Accounting · Marketing · Operations
Develop deeper expertise in software and computing applications.
Programming · Data structures · Databases
Ask better questions. Find useful patterns in data.
Statistics · Programming · Data management
Explore how computers learn patterns from data.
Programming · Linear algebra · Probability
Develop deeper expertise in software and computing applications.
Programming · Data structures · Databases
Explore how computers learn patterns from data.
Programming · Linear algebra · Probability
Explore the engineering behind vehicles and mobility.
Vehicle mechanics · Thermodynamics · Automotive systems
Explore how computers learn patterns from data.
Programming · Linear algebra · Probability
Learn how digital systems can be protected and tested.
Programming · Networks · Cryptography
Build your foundation in business, teams and decision-making.
Accounting · Marketing · Operations
Use the course name as your starting point. Look at what you’ll actually do each week.
Explore institutions ↗Compare core subjects, electives and projects across your shortlisted colleges.
Ask about teaching, accessible labs, student work and internship support.
Look for the placement year, eligible students, number placed and median salary—not just the highest offer.
Confirm admission rules, total fees, location and support before making your choice.
Seat counts show approved capacity. They do not measure teaching, student experience, demand or placements. Use the figures to understand availability, then assess the actual department.
Compare the compulsory subjects and elective freedom. A specialisation can focus your learning, while a broader programme may give you more room to explore. Similar names can hide very different syllabuses.
Sometimes. Universities use different naming conventions. The source register can also record variants separately. Check the degree awarded, programme level and syllabus before treating courses as equivalent.
No. Outcomes depend on your skills, institution, experience and the opportunities available when you graduate. The career directions here are examples to explore.