International Hackathon on Pure and Applied Mathematics

International Hackathon on Pure and Applied Mathematics

Dates: August 15–17, 2026
Mode: Online
Organized by: Mastering Up
Convenor: Ms. Suguna B – Co-Founder & CBO, Mastering Up

1] About the Hackathon

The International Hackathon on Pure and Applied Mathematics is a global innovation marathon designed to celebrate and challenge the power of mathematics in solving real-world problems. Organized by Mastering Up, this three-day event invites mathematicians, scientists, data analysts, and interdisciplinary innovators to apply mathematical theory, modeling, and computation to contemporary challenges across science, engineering, economics, and technology.

Participants will explore diverse areas — from algebra, number theory, and topology to optimization, data modeling, mathematical simulations, and algorithm design — bridging the gap between abstract theory and impactful applications. The hackathon encourages collaboration, creativity, and real-world problem-solving through mathematics as a universal language of innovation.

2] Problem Statements / Tracks

Track 1 – Mathematical Modeling for Climate Change Prediction
Develop mathematical models to simulate and predict climate patterns, temperature rise, or extreme weather events.
Expected Solution: Differential equation or statistical model offering predictive insights or policy-oriented simulations.

Track 2 – Optimization Algorithms for Resource Management
Design optimization-based mathematical frameworks for energy distribution, logistics, or sustainable resource utilization.
Expected Solution: Algorithm or model minimizing cost or maximizing efficiency in real-world resource systems.

Track 3 – Mathematical Epidemiology and Disease Spread Analysis
Model the spread of infectious diseases using mathematical or stochastic approaches to improve public health interventions.
Expected Solution: Compartmental or agent-based model predicting disease transmission dynamics.

Track 4 – Cryptography and Mathematical Security Systems
Develop a mathematical encryption or decryption algorithm ensuring high data security in digital communication.
Expected Solution: Cryptographic method leveraging number theory, modular arithmetic, or lattice-based mathematics.

Track 5 – Data-Driven Mathematical Modeling in Economics
Create a mathematical model that analyzes inflation, market stability, or economic growth using regression and time-series methods.
Expected Solution: Predictive or optimization-based model for policy decision-making and financial forecasting.

Track 6 – Numerical Simulations for Engineering Applications
Use numerical methods and computational mathematics to simulate fluid dynamics, material stress, or motion in engineering systems.
Expected Solution: Simulation model or mathematical code applicable to mechanical or civil engineering designs.

Track 7 – Mathematical Patterns in Artificial Intelligence
Develop a mathematical approach to improve deep learning architectures, optimization in neural networks, or algorithm convergence.
Expected Solution: Mathematical framework enhancing model accuracy, speed, or interpretability.

Track 8 – Theoretical Challenge in Pure Mathematics
Explore a theoretical mathematical problem in algebra, topology, geometry, or number theory with innovative reasoning or proof.
Expected Solution: Formal proof, new theorem proposition, or computational verification of a mathematical conjecture.

Track 9 – Applied Mathematics for Environmental Sustainability
Apply mathematical tools to assess waste management systems, pollution control, or renewable energy integration.
Expected Solution: Quantitative or optimization-based model supporting sustainable development goals.

Track 10 – Individual Innovation Challenge
Participants may propose their own original mathematical concept or application integrating theory and practice in an innovative way.
Expected Solution: Novel mathematical model, computational tool, or framework addressing a real-world or theoretical challenge.

3] Event Schedule (Three-Day)

4] Eligibility & Participation Rules

• Team Size: 2–4 members

• Eligibility: Open to students, researchers, mathematicians, and interdisciplinary innovators globally.

• Mode: 100% Online

• Code of Conduct:

  • Uphold academic integrity and respect collaborative ethics.

  • Plagiarism, falsification, or misuse of data is prohibited.

  • Maintain professional communication with mentors and peers.

  • Decisions by the evaluation committee are final.

5] Evaluation Criteria

Submissions will be evaluated based on:

1. Innovation & Creativity – Originality of mathematical idea or approach.

2. Practical Application / Social Impact – Usefulness in real-world scenarios.

3. Technical Implementation – Rigor, accuracy, and validation of mathematical solutions.

4. Scalability & Feasibility – Adaptability to broader domains or extended datasets.

5. Presentation Quality – Clarity and precision in explaining methodology and outcomes.

6] Prizes & Recognition

🏆 Top 10 Ideas/Winners: USD 1000 Worth Voucher under “Idea to Startup Scheme” by SUKISH GROUP

🥇 Top 3 Ideas: Will be shared with leading mathematical and research organizations for Seed Funding Support, including:

1. Clay Mathematics Institute

2. Fields Institute for Research in Mathematical Sciences

3. Society for Industrial and Applied Mathematics (SIAM)

4. American Mathematical Society (AMS)

5. Institute for Advanced Study (IAS)

📜 Certificates of Participation to all participants
🏅 Special Category: Innovation Awards during MU International Awards 2026 Series
🌍 Showcase Opportunity: Present at related MU International Conference on Mathematics and Computational Sciences
📖 Publication: Selected ideas will be abstracted in MU International Journal

7] Registration Section

• Indian Team (4 Members): ₹499
  🔗 Registration Link (Indian)

• International Team (4 Members): USD 50
  🔗 Registration Link (Foreigner)

📅 Deadline for Registration: August 8, 2026

8] Contact Information

📧 Email: contact@masteringup.com
🌐 Website: www.masteringup.com/events