Innovation and Research

Deliver lectures, run labs, and mentor 1,000 selected cadets across India's flagship 30-day Quantum Science & ASI Bootcamp, culminating at IIT Guwahati.

Deep expertise in one or more of: quantum mechanics, quantum information, quantum hardware, quantum algorithms, quantum cryptography, AI/ML foundations, deep learning, large language models, AI alignment & safety, AGI/ASI research. · Strong teaching ability across a diverse audience spectrum (Class 11 students to working professionals). · Fluency with relevant tools: Qiskit, PennyLane, Cirq, Python, PyTorch, Hugging Face, JAX, or equivalent. · Comfort with hybrid delivery (live virtual + in-person). + 3 more

Drive innovation by identifying emerging technologies, strategic collaborations, research opportunities, and high-impact initiatives that shape EduRankAI's future.

Innovation Strategy · Technology Scouting · Emerging Technologies · Research Analysis + 16 more

Research analytics is the quantitative engine room of the research function — the sampling plans, weighting, significance testing and reproducible analysis scripts that decide whether a research claim can be trusted at all.

Sampling and study design · Survey weighting · Significance and effect-size testing · Python or R for analysis + 6 more

Industry research looks at whole sectors rather than individual organisations — how a value chain is structured, who holds bargaining power within it, how it is regulated, and where the hiring and the spending actually sit.

Industry and sector analysis · Value chain mapping · Official statistics interpretation · Industrial classification systems + 6 more

Business research answers the commercial questions behind our products — how organisations in education and skilling actually earn revenue, what their cost base looks like, and which business models hold up once the initial funding runs out.

Business model analysis · Bottom-up market sizing · Financial statement reading · Spreadsheet modelling + 6 more

Tracking technology itself — what is maturing, what is hype, and what would change our engineering choices if it worked.

Technology research · Maturity assessment · Technical writing · Documentation + 1 more

Talking to real users and turning what they say into evidence — study design, interviewing, and rigorous synthesis.

Research study design · Interviewing · Qualitative synthesis · Documentation + 1 more

The computational-methods backbone behind our science-adjacent research — numerical methods, simulation, high-performance computing basics.

Python/NumPy/SciPy · Numerical methods fundamentals · Performance optimisation basics · Documentation + 1 more

How we decide what to research next — prioritisation, resourcing, and portfolio thinking across our research bets — a strategy discipline applied to R&D specifically.

Strategic analysis · Portfolio prioritisation frameworks · Research writing · Stakeholder coordination + 1 more

Systematically tracking where technology is heading — not trend-chasing, but structured foresight that informs our multi-year research roadmap.

Technology foresight methods · Horizon scanning · Research writing · Critical evaluation + 1 more

Research aimed squarely at a real product or operational question — distinct from open-ended exploratory research — for students who want to see their findings used.

Applied research methodology · Data analysis · Stakeholder communication · Documentation + 1 more

A cross-domain research-scientist track (distinct from the AI-specific research-scientist role) for students working on scientific questions across our research portfolio.

Research methodology · Literature review · Academic/technical writing · Statistics + 1 more