The Cathedral and John Connon School, Mumbai

Aditya Gupta

Mathematics, algorithms and the systems cities run on.

Right now I am thinking about mathematical modelling

Curious · Analytical · Collaborative

Projects & ResearchAchievementsExtracurricularsResume (PDF) ↗

Where would you put the sensors?
You0
Greedy0
Best possible0
Junctions covered out of 20. A sensor sees its own junction and the pipes next to it. This is a small made-up network, not the Bengaluru data. It lets you try: place sensors by hand, greedy, and exact. Greedy and exact are two of the three strategies I compare in my paper.

About

Hi, I'm Aditya Gupta, a student at The Cathedral and John Connon School in Mumbai. My interests lie in mathematics, the intersection of mathematics and theoretical computer science, and sustainability. I enjoy exploring mathematical and computational ideas, understanding why they work, and finding ways to apply them to real-world problems. Through research and independent projects, I've become particularly interested in how computational models can help us understand complex systems and make better decisions.

Alongside school, I've pursued university-level coursework in multivariable calculus, linear algebra, and modern algebra, and programmes in mathematical proofs and algorithms. These experiences have deepened my interest in both abstract reasoning and the applications that motivate my research.

Beyond research, I enjoy making mathematics more accessible through student communities, competitions, and publications. I particularly enjoy designing problems for others. As President of Full STEAM Ahead and Secretary of the Cathedral Mathematics Society, I help create opportunities for younger students to explore ideas beyond the classroom. I also founded 21 Million Green Bombay, an initiative combining e-waste awareness with community collection drives.

Together, my research, projects, and community work reflect my interest in connecting mathematical understanding with practical action through both independent investigation and collaboration with others.

Curious · Analytical · Collaborative

Broad areas of focus

  1. Mathematical modelling

    Representing real-world systems mathematically to understand their behaviour and explore possible improvements.

  2. Optimisation

    Finding effective solutions under practical constraints and balancing competing objectives.

  3. Machine learning and data analysis

    Using computational models to identify patterns, make predictions, and learn from imperfect data.

  4. Graphs and networks

    Exploring how connections shape complex systems, from transportation to urban infrastructure.

Key awards

Tap any medal to see the detail and the proof. Use the filters to jump between subjects.

The full achievements page →

Academic record

The Cathedral and John Connon School, Mumbai

  1. IGCSE, Grades 9 and 10

    July 2023 to June 2025

    Cambridge ICE Distinction. 9 A* and 1 A in the board examinations.

  2. IB Diploma Programme, Grades 11 and 12

    July 2025 to June 2027

    Higher Level: Mathematics AA, Physics, Chemistry. Standard Level: English A Language and Literature, Economics, Hindi B.

School subject prizes

A subject prize goes to the best performing student in that subject during that year.

GradeYearPrize
Grade 92024International Mathematics, Additional Mathematics
Grade 102025International Mathematics, Additional Mathematics, Business Studies
Grade 112026Mathematics AA HL, Physics HL, Chemistry HL

Toolkit

Programming

Python for data analysis, mathematical modelling and optimisation

  • Python
  • Pandas
  • NumPy
  • GeoPandas
  • NetworkX

Tools

For writing, analysis and formal proof

  • LaTeX
  • Excel
  • Lean

Domains

Where the methods are applied

  • Optimisation
  • Algorithms
  • Numerical methods
  • Discrete mathematics
  • Combinatorics
  • Environmental systems

How the pieces connect

Each line is a link my own work makes between two things. Select any node to open it.

led to foundinginterpolationcalibrationstormwaternetwork optimisationgraphs, algorithmsproofs, algebraRecycleKarointernship21 Million Green BombayfoundedTata Power HydrosinternshipGuha Lab, ChicagoresearchFloodGuardteam projectSensor placement paperpublishedIIT BombayresearchPell's equation researchproof-basedUniversity courses and PACTcoursework

Check it yourself

Selected public sources for the work described on this site.