Suhail Ahmad Khan

Suhail Ahmad Khan

Generalist | Product | STEM

Brass, Khansahib, 193411, Budgam, India.

Work

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Innodata

Analyst

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STEMix

Founder & Product Lead

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Scale AI, Innodata

Prompt Engineer

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BYJU'S

Academic Specialist

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Gigindia

Project Manager

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Education

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Master of Computer Applications (MCA)

Indira Gandhi National Open University (IGNOU)

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Bachelor of Education (B.Ed)

University of Kashmir

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M.Sc Physics

University of Kashmir

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B.Sc (Mathematics, Physics, IT)

University of Kashmir

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About

Generalist, ambitious.<br>I’ve tried a bit of everything—both in education and work.<br><br>Background in Physics, Maths, and Computer Science.<br>Did my B.Sc. in Mathematics, Physics, and IT, then an M.Sc. in Physics.<br><br>Moved into the corporate side as a Project Manager/Team Lead (Ops) at GigIndia. Learned a lot about how companies actually work—client calls, project scoping, coordination with CEOs/sales heads, hiring, onboarding, operations, workflows, tech setups, and delivering projects end-to-end.<br><br>Then shifted to academics with BYJU’S, teaching Physics/Maths to K12 for ~2 years (1500+ hours) until the vertical shut down.<br><br>Had a short stint as an Ops Manager (growth and strategy) at Pinnacle Xplore.<br><br>And a bit into financial world as investor (always positive) and then as options trader ( big losses but learned)<br><br>Moved back into education, did my B.Ed and MCA, plus a 1-year Quantum Computing course to keep my tech skills alive.<br><br>While studying, I freelanced—teaching Maths, Physics, and CS to international students (IB/IGCSE/AP), and doing prompt-engineering training model for STEM.<br><br>Also tried entrepreneurship:<br>— Built STEMix, an “all-in-one edtech platform” (think YouTube + LinkedIn + Coursera + Reddit + ChatGPT etc.) but couldn’t scale it. (STEMix.net / STEMix.org)<br>— Tried KashmirDays.net, shut it down after the Pahalgam incident.<br>— Set up a petrol pump (now mostly self-running and family).<br><br>Currently working at Innodata on agentic AI—designing structures for high-level agent systems and deploying them so the model basically learns how to automate my job:)<br><br>It’s exciting to see AI becoming the OS for all computing tasks.<br><br>Still figuring out what’s next, but probably somewhere at the intersection of Math + Physics + CS + AI

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Certificates

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Introduction to Quantum Information Science & Engineering

Virginia Tech Center for Quantum Information Science & Engineering (VTQ) and the Co-design Center for Quantum Advantage (C2QA)

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Quantum Computing using Indigenous Quantum Simulator QSim

Centre for Development of Advanced Computing

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Quantum Computing Certification (1-Year Program)

IBM Sponsored

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Applied Data Science with Python

University of Michigan, Coursera

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AI for Everyone

Andrew Ng, Coursera

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Skills

Technical Skills

Programing (Python, Java, C, Qiskit), Cloud Computing (AWS), Data Analysis( Data Modeling, Visualization, SQL, Database admistration), TensorFlow (Basic)

Platforms & Tools

Jira, Trello, Notion, Firebase, Figma (Basic), Jupyter Notebook, VS Code, LaTeX, Claude, Replit, Bolt,

Soft Skills

Leadership, Cross-functional Communication, Stakeholder Management, Problem-Solving

Business and Productivity

Project Management, CRM, Office Suites, Go-to-Market Strategy, Agile Methodologies, Communication, Pre-sales Support, Technical Documentation

Emerging Technologies

AI/ML, Quantum Computing, AR/VR, Data Science, Cloud APIs, and Data Analytics

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Projects

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Material Modelling Using Density Functional Theory,

My MSc Physics thesis, "Material Modelling Using Density Functional Theory," demonstrated the computational power of physics to predict material properties with doping without experimental synthesis. Under Prof. Basharat Ahmad Want, I utilized first-principles DFT (using CASTEP) to investigate the structural, electronic, and optical properties of ZnO and doped variants (In, Sb, Tb, Eu). This work elucidated dopant-induced alterations in band gap, dielectric function, and absorption spectra, underscoring the utility of computational quantum mechanics in optoelectronic material design.

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