Best Hackathons for First and Second Year Engineering Students in India (2026)

Most hackathon lists are written for someone who's already won one. They open with prize money, pre-placement interviews, and finalist teams that already have a GitHub history. None of that helps if you're three months into your first semester and have never been on a hackathon team before.

This guide is written for first- and second-year engineering students who are still building their first technical projects. The question worth answering isn't what's the best hackathon in India - it's what's the right hackathon for where I am right now. A third-year student may already have a familiar tech stack, previous project experience, and teammates who have participated before. A first-year student often doesn't - and that's why the same hackathon can be a very different experience for the two. 

Quick answer: Best Hackathons for 1st and 2nd year engineering students in India, the strongest entry points in 2026 are Smart India Hackathon's internal college round, the e-Yantra Robotics Competition (eYRC), and the Google Solution Challenge 2026 India. Each accepts students from any year and branch, provides structured learning support, and doesn't assume you've built anything before.

The Hackathon Readiness Ladder

Use this to filter what you apply to, instead of chasing whatever has the biggest prize pool.

Applying to a "Compete"-stage event as a 1st year isn't ambition - it's competing against teams two stages ahead of you on the same ladder.

Verified opportunities for 1st and 2nd years

Smart India Hackathon - Internal College Round. SIH is run by the Ministry of Education's Innovation Cell and AICTE. Every participating college must run its own internal selection round before nominating teams to the national portal - this internal round is where most students get their first hackathon experience, because your own faculty organizes it. As of the 2026 edition, teams are commonly built around six student members with at least one female member mandatory (exact team-size rules can vary slightly by college - some run flexible 2–6 formats), and members can come from different departments within the same institution. For the Software edition specifically, the majority of the team needs working programming ability; Hardware-edition teams draw more on mechanical, electronics, and design skills. There's no universal year restriction - several colleges explicitly open it to students across years and disciplines.

e-Yantra Robotics Competition (eYRC), IIT Bombay. This is a project-based robotics competition run over roughly six months, funded by the Ministry of Education. Teams of 2–4 students from the same college - any year, any branch - register together, and no prior robotics experience is required; the program trains participants from scratch through structured "themes" covering embedded systems, ROS, and control systems. It isn't free: 2026–27 registration runs around ₹3,000 per team, with early-bird and referral discounts available. Top-performing teams share a ₹10 lakh prize pool, and individual top performers can be shortlisted for a paid 6–8 week summer internship at IIT Bombay. This is one of the few beginner opportunities that explicitly builds in a learning curriculum rather than assuming you already know the domain.

Google Solution Challenge 2026 India - Build with AI. Run by GDG on Campus India in partnership with Hack2skill, this is free to enter. You register individually first, then form or join a team of 1–4 members; the only eligibility requirements are being 18+ and enrolled at an Indian college or university. Teams build a working prototype using at least one Google technology (Gemini, Firebase, Flutter, or Google Cloud) around a real-world problem, typically tied to a UN Sustainable Development Goal. It runs as a multi-month program with mentorship and workshops rather than a single overnight sprint, which makes it more forgiving for a first attempt.

The Big Code by Google . Worth naming specifically because it's individual, not team-based - useful if you don't have a team yet. It's explicitly open to 1st, 2nd, and pre-final year engineering students in circuit branches (CS, IT, ECE, EEE and allied fields). It's a five-round elimination format testing data structures and algorithms, ending in a 48-hour AI-themed hackathon for the top 50. This sits higher on the Readiness Ladder - closer to "Compete" than "Explore" - because it rewards existing DSA fluency, so it's a better fit for a 2nd year who's already comfortable with coding fundamentals than for someone in their first semester.

College-level and IEEE/GDG-chapter events. Availability genuinely varies by institution - there's no universal format here - but where they exist, campus-level hackathons run through your Innovation Cell (IIC), IEEE student branch, or GDG on Campus chapter tend to be shorter (6–24 hours), lower-pressure, and organized by people in your own student ecosystem. Check what's active at your specific college rather than assuming a fixed calendar; this is genuinely the most inconsistent category across institutions.

hackFront India – best opportunity for students who want a longer runway than a weekend hackathon. hackFront India is structured as a 20-week national innovation league, rather than a single 24- or 36-hour competition. Students can register individually or as a team, choose from eight innovation themes, and enter a six-week cohort with domain mentors before reaching the ideathon and prototyping stages. The program then takes selected teams to a 36-hour National Finale in Delhi, where finalists pitch to industry juries. Its themes span areas including AI and developer tools, cybersecurity, fintech, telecom, EVs, open-source innovation, green energy, and space and defence technology. The program also connects top-performing teams with potential hiring, incubation and R&D pathways, making it particularly interesting for 1st- and 2nd-year students who want to build a project with mentorship instead of being thrown directly into a high-pressure hackathon. 

What actually happens in your first hackathon

Most first-timers lose time to indecision rather than lack of skill - spending hours debating what to build before anyone has agreed on what the team can realistically finish. Assigning rough roles early (who owns the problem statement, who builds, who handles the pitch) reduces that coordination overhead, regardless of which event you're at.

You don't need to be your team's strongest coder to contribute meaningfully - but be honest about what each specific event actually requires. SIH's Software edition explicitly expects most team members to have programming ability; e-Yantra teaches robotics from zero but still expects basic programming; Google Solution Challenge is a technology-building competition where a working prototype is the deliverable. Non-technical contributions - research, UI/UX, the pitch - are real and valued, but they sit alongside a technical core, not instead of one.

Decision framework: which one should you apply to?

1. Do you have a team, or do you need one formed for you? SIH and e-Yantra require you to arrive with a team from your own college. The Big Code is individual - a good option if you're teamless.
2. Is it graded on a working build, or an idea plus pitch? e-Yantra and Solution Challenge are structured, multi-week builds with mentorship along the way. SIH's internal round evaluates problem understanding and feasibility alongside technical execution.
3. What's the actual time commitment? e-Yantra and Solution Challenge run for months with checkpoints. SIH's internal round and a college-level IEEE event are single-session commitments. Don't commit to a multi-month program until you've survived a shorter one.
4. Is there a cost? SIH's internal round and Google Solution Challenge are free. e-Yantra has a registration fee (~₹3,000 per team, with discounts). Factor this in before forming a team.

Common mistakes 1st and 2nd year students make

• Applying only to placement-linked corporate hackathons. Most of these - the ones tied to pre-placement interviews - are designed for and restricted to pre-final or final-year students. Check the eligibility line before investing time in team formation.
• Waiting to feel ready. e-Yantra and Solution Challenge are built to teach the skill during the competition, not test a skill you're expected to already have.
• Skipping the internal SIH round because it isn't the real thing. It is the actual first gate - most colleges eliminate more teams here than at any later stage.
• Not confirming team-size and discipline rules with your own college. SIH's exact format (team size, whether cross-department is allowed) is implemented per institution around the national baseline. Two colleges running the same national event can have slightly different internal rules.

Comparison table

Key takeaways

• Match the hackathon to your year and current skill, not to the biggest prize pool.
• SIH's internal round, e-Yantra, and Google Solution Challenge are the most reliable, verified entry points for 1st and 2nd years in 2026.
• e-Yantra has a real registration cost; SIH's internal round and Solution Challenge are free.
• If you don't have a team yet, The Big Code (individual format) is a legitimate alternative.
• Confirm your specific college's SIH team-size and eligibility rules - the national baseline allows some institutional variation.

Conclusion: Choose the Hackathon That Matches Your Stage

Your first hackathon doesn't need to be the biggest one in India. It needs to be the one that gives you a realistic chance to learn, build, contribute and finish something you can explain afterward.

For a 1st-year student, that may mean starting with a college, IEEE or GDG event and then moving into structured opportunities such as SIH, e-Yantra, Google Solution Challenge or hackFront India. For a 2nd-year student with stronger technical fundamentals, national competitions such as The Big Code and more demanding corporate hackathons can become realistic next steps.

The biggest mistake is waiting until you feel completely ready. Your first hackathon is supposed to help you become ready for the next one.

And you don't have to rely on scattered college WhatsApp groups or search through dozens of websites to discover the next opportunity. Where U Elevate can help students discover hackathons, competitions and other career-building opportunities in one place, making it easier to filter opportunities based on eligibility, format and your current stage.

The goal isn't to collect hackathon certificates. It's to build a progression: Explore → Build → Compete → Convert.

Start with the opportunity you can realistically complete, build something you can defend, learn from the experience, and use that experience to move one level higher.

Frequently Asked Questions (FAQs)

1. Can first-year engineering students participate in hackathons?

Yes. Many hackathons accept first-year engineering students, including beginner-focused college events and some national competitions. However, eligibility varies by event and institution, so students should check the current rules before registering. Some colleges also run first-year-only hackathons specifically for beginners. Current 2026 examples include first-year-exclusive events such as Hacktoon 1.0 and Fresher's CodeStorm, while other hackathons explicitly publish first-year eligibility.

2. Can I join a hackathon if I don't know how to code?

Yes, but it depends on the hackathon. Some beginner-focused events accept students with limited programming experience, while technical competitions may expect strong coding or DSA skills. You can contribute through research, UI/UX, problem definition, documentation, testing, or pitching, but a software hackathon usually still needs at least one or more people capable of building the technical prototype.

3. Which hackathons are best for first-year students in India?

The best hackathons for first-year students are usually beginner-focused college hackathons, SIH internal rounds where first-years are permitted by the institution, structured programs such as e-Yantra, Google Solution Challenge, and longer mentorship-led programs such as hackFront India. The right choice depends on your coding experience, team availability, time commitment, and whether you want learning or competition.

4. Can second-year students participate in hackathons?

Yes. Second-year students can participate in many college, national and student-focused hackathons. In fact, second year is often a good transition point from beginner events to more technically demanding competitions because students typically have more programming and project experience than they did in first year. Eligibility still depends on the individual hackathon.