Quantum Computing & Quantum Algorithms
Step into the future of computing. Master quantum mechanics principles, quantum circuits, Qiskit programming, and foundational quantum algorithms (Grover’s, Shor’s, VQE) on real IBM Quantum hardware.
Curriculum Announcement & Pre-Registration Notice
This program is launching in our upcoming cohort. The comprehensive 2026 syllabus is currently being finalized by our technical steering team. Pre-register below to receive early-bird syllabus access upon release.
Course Overview
Quantum computing represents the next massive paradigm shift in computational science, cryptography, drug discovery, and optimization. This pioneering program introduces engineers and researchers to quantum physics principles, qubits, quantum gates, superposition, entanglement, and hands-on coding using IBM Qiskit.
Quick Facts
Who Should Join
Target Audience
- Software engineers, mathematicians, and data scientists looking to be first-movers in quantum tech
- Researchers and physics/engineering students interested in computational quantum algorithms
- Tech professionals preparing for upcoming quantum computing roles in R&D and enterprise labs
Expected Baseline Knowledge
- Basic understanding of Linear Algebra (vectors, matrices, matrix multiplication)
- Intermediate Python programming proficiency
- Curiosity for emerging computational paradigms
What You Will Learn
Curriculum (Updating Soon)
Cohort Launching SoonDetailed Module Curriculum Under Final Review
Our industry architects and trainers are fine-tuning the 2026 hands-on lab exercises, practical project milestones, and tools for this track. The complete week-by-week syllabus will be updated shortly before batch launch.
Planned Hands-On Projects (Preview)
High-level preview of portfolio projects being built for this cohort.
Practice Project: Quantum Teleportation Protocol Simulator
Problem Addressed: Transfer quantum information between two parties using entanglement and classical communication.
3-qubit quantum teleportation circuit in Qiskit with fidelity measurement.
- Qiskit circuit script
- Statevector probability distribution plots
Simulated Business Project: Grover’s Quantum Search for Cryptographic Key Discovery
Problem Addressed: Demonstrate quantum speedup O(sqrt(N)) in searching unstructured cryptographic key spaces.
Parameterized Grover search circuit with custom oracle and diffuser executed on IBM Quantum hardware.
- Quantum circuit code
- Execution trace on real IBM Quantum device
- Speedup analysis report
Class Experience & Learning Environment
Live Sessions
Interactive live lectures covering math derivations and live Qiskit coding.
Recordings & Access
Full HD recordings, mathematical notes, and notebook repositories.
Assignments & Work
Weekly quantum circuit puzzles and algorithm implementations.
Doubt & Support
Direct mentorship from quantum computing researchers and engineers.
Lead Industry Trainer
Quantum Computing Researcher
PhD / Lead Quantum Systems Scientist
8+ Years in Quantum Information & Computational Physics
Schedule & Transparent Fees
Upcoming Cohort — Pre-Registration Open
Weekend Evening: 7:00 PM – 9:00 PM IST
Early Bird Scholarship Available
Reserve your seat with zero upfront commitment.
360° Career Assistance Scope
Substantiated referral assistance and technical preparation without misleading promises.
Research and industry-oriented resume emphasizing Qiskit, quantum algorithms, and projects.
Technical interview preparation covering quantum algorithms and linear algebra.
Repository of quantum computing interview questions and IBM Quantum Developer certification prep.
Referral sharing with quantum tech startups, deep-tech research labs, and enterprise R&D hubs.
Support Duration: 6 Months research & career guidance.
- Complete all weekly Qiskit notebooks
- Submit capstone algorithm project