Quantathon 3.0

Quantathon 3.0

Quantathon 3.0 is the third edition of the flagship quantum computing hackathon organized by the SRMIST Quantum Computing Club. This event is designed to inspire students to explore, design, and implement innovative solutions using quantum computing, quantum algorithms, and quantum-inspired techniques.

The hackathon provides a hands-on platform where participants can bridge theory and practice, tackle real-world challenges, and push the boundaries of next-generation computing through collaboration and experimentation.

Hackathon Tracks

Participants should work within one of the following focused domains:

Quantum Intelligence (Quantum Machine Learning)

Fuse quantum computing with machine learning to design next-generation intelligent systems. Explore quantum neural networks, variational quantum algorithms, and hybrid quantum-classical models that push the limits of AI performance, optimization, and data representation.

Quantum Communication & Cryptography

Engineer the future of secure communication using quantum principles. Work with quantum key distribution (QKD), entanglement-based protocols, and post-quantum cryptographic models to build robust and tamper-resistant communication systems.

Quantum Optimization & Error Mitigation

Focus on making quantum algorithms practical on Noisy Intermediate-Scale Quantum (NISQ) devices. Explore VQE, QAOA, noise modeling, error mitigation techniques, and hardware-aware circuit optimization to improve real-world performance.

Eligibility

• All Quantum Enthusiasts

• Inter-specialization teams are allowed

• Inter-college participation is allowed (subject to event announcement)

• Participants must have basic programming knowledge

• Prior experience in quantum computing is not mandatory, but familiarity with Python and basic linear algebra is recommended

Team Formation

• Team size: 1 to 4 members

• Teams cannot be modified after registration

• Each participant can be part of only one team

Hackathon Format

The hackathon will be conducted in multiple stages:

Round 1 – Idea Submission

Teams submit a brief proposal outlining their problem understanding, solution approach, and expected outcomes.

Round 2 – Implementation

Shortlisted teams implement their solutions using approved quantum frameworks and tools and present their ideas in the form of a video.

Final Round – Evaluation & Presentation

Teams get a chance to improvise their work and present their working model, explain the technical approach, and demonstrate results before the judging panel.

Event Schedule

• 7th Feb (11:59pm) : PPT Submission Deadline 

• 8th Feb: Video Submission (deadline 11:59pm)

• 9th Feb: Final Presentation (Offline) — 8:00 AM to 5:00 PM

Rules & Guidelines

• All work must be completed during the hackathon duration only

• Any form of plagiarism will result in immediate disqualification

• Teams must strictly adhere to submission deadlines

• Use of open-source libraries is allowed, but solutions must be original

• The decision of the judges and organizing committee will be final and binding

• Teams must submit:

  • Source code

  • Documentation

  • Presentation slides

• Failure to attend evaluation or presentation rounds will lead to disqualification

• Participants are expected to maintain professional conduct throughout the event

Evaluation Criteria

Teams will be evaluated based on:

• Innovation and originality

• Correct application of quantum concepts

• Technical implementation and execution

• Problem understanding

• Clarity of presentation and explanation

Outcomes & Benefits

• Certificates for all participants

• Prizes and recognition for winning teams

• Selected projects may receive mentorship and research guidance

Sponsors

• Quentangle
• Taqubit labs