Hey! You commented QUANTUM, so here's the actual path, stage by stage. I'll be honest up front: this is a long road and a PhD-heavy field, so think of it as a 10-year map, not a 4-year one.‍

Stage 0 — School (Class 11 and 12)

Physics and Maths are non-negotiable. But push hardest on maths, especially anything touching vectors, matrices and complex numbers. This is the stage where you find out if you actually enjoy the abstraction or just like the idea of it.

Stage 1 — Undergrad, and the fork that decides everything

There's no single "quantum" degree worth chasing. You pick one of three doors, and the door shapes the kind of quantum work you'll do:

• Physics → quantum theory, quantum materials, atomic and optical physics
• Electrical/Electronics (ECE) → quantum hardware, superconducting circuits, photonics
• Computer Science → quantum algorithms, software, error correction

Pick based on which side pulls you, not on prestige.

Stage 2 — During undergrad, build proof, not just marks

Master linear algebra. Take every quantum mechanics course on offer. Learn Python, then Qiskit. Then the part most students skip: get into a research lab, do a real project, contribute to open-source quantum libraries. Entry-level quantum hiring is tight, so a portfolio is what separates you.

Stage 3 — Masters or PhD, the real entry gate

This is where the real roles open up, and where most students serious about quantum end up looking outside India.

Europe is the value play. The master's is the standard step, and tuition at the top schools is low:

• ETH Zurich (Switzerland) — MSc Quantum Engineering, roughly 730 Swiss francs a semester
• EPFL (Switzerland) — MSc Quantum Science and Engineering
• TU Delft / QuTech (Netherlands) — the strongest name for quantum hardware and networking

Add Munich (TU Munich) and Paris-Saclay to the list.

Canada: University of Waterloo's Institute for Quantum Computing is one of the best in the world, and your degree literally carries a "Quantum Information" designation.

UK: Oxford, Imperial College and UCL, usually through their quantum doctoral training routes.

US: different model. Here the standard path is a direct, funded PhD straight after undergrad, not a paid master's. So if the US is the goal, plan for the PhD route and strong research output, not a one-year course.

India: genuinely strong and far cheaper. IISc Bangalore, the IITs (Madras, Bombay, Delhi, Kanpur) and the IISERs all run quantum-focused master's and PhD work, and several now sit under the National Quantum Mission hubs.

Stage 4 — The roles you're actually aiming at

Hardware engineer, algorithms researcher, quantum software developer, quantum-safe cryptography, quantum sensing, or applications in finance, pharma and materials. Most of these expect that masters or PhD, which is exactly why the early stages matter.

I'm Jayasurya. I run Project Ivy and I've spent 8+ years helping students plan degrees that actually lead somewhere, in India and abroad.