Tech Workshop Series 2026 with Globally Recognized Certification by Techobytes Technologies and Alcheringa'27 IIT Guwahati.

Course Curriculum

Day 1: Foundations of Quantum Computing (6 hours)

1. Introduction to Quantum Computing (30 min)

● Why Quantum Computing? Importance for Engineers

● Real-world applications (Optimisation, Cryptography, AI, Chemistry)

● Classical vs Quantum Computing (Conceptual)

2. Basics of Quantum Mechanics for Computing (45 min)

● Superposition and probability amplitudes

● Wave functions and interference

● Measurement in quantum mechanics

● (Practical: Simulating wave interference using Python)

3. Qubits and Quantum States (1 hour)

● What is a qubit? | Bloch Sphere representation

● Superposition and measurement

● Entanglement: How two qubits behave differently than classical bits

● (Practical: Visualising qubits and superposition using Qiskit’s Bloch Sphere & Statevector Simulator)

4. Quantum Gates and Circuits (1.5 hours)

● Basic gates: X, Y, Z, Hadamard, CNOT

● Circuit construction: Combining gates for quantum operations

● (Practical: Building simple circuits with Qiskit and running on local simulators) 

● (Practical: Demonstrating entanglement with Bell states in Qiskit)

5. Quantum Algorithms Overview (1.5 hours)

● Why quantum algorithms are different

● Deutsch-Jozsa Algorithm (Intuition + Demo)

● Grover’s Search Algorithm (Hands-on Implementation in Qiskit)

6. Recap and Discussion (30 min)

● Summary of key learnings

● Q&A, discussion on industry applications

Day 2: Applications and Hands-On Labs (6 hours)

1. Quantum Computing Platforms & Hardware (30 min)

● Overview of IBM Q, Google Sycamore, D-Wave, etc.

● Noise and decoherence in real quantum hardware

2. Quantum Cryptography (1 hour)

● Importance of secure communication

● Quantum Key Distribution (BB84 protocol - Concept + Hands-on Qiskit Implementation)

3. Quantum Error Correction (1 hour)

● Why error correction is needed in quantum computing

● (Practical: Simulating quantum noise and error correction techniques in Qiskit)

4. Quantum Machine Learning (1.5 hours)

● What is Quantum Machine Learning (QML)?

● Applications in optimisation and AI

● (Practical: Implementing a basic quantum-enhanced ML model in Qiskit)

5. Quantum Simulation: Real-World Applications (1.5 hours)

● How quantum computing helps simulate molecules and materials

● (Practical: Simulating the hydrogen molecule (H2) using Qiskit for energy level calculations)

6. Hands-on Project & Closing Session (30 min)

● Small project: Students apply learned concepts to a quantum problem

● Future learning resources & career opportunities

● Q&A and Feedback 

Professional Networking

Connect with industry experts and fellow professionals

Stay updated with the latest tools, trends & hiring insights

Certification

All participants will receive a Globally Recognised Hardcopy Certificate of Participation.

Eligibility:

Open to All, Final Year Students, and learners from any stream:

B.Tech, B.E, M.B.B.S, BCA, MCA, MS, MD, B.Sc IT, M.Sc IT, Biomedical, Bio-Technology, BBA, MBA, B.A, Hobbyists & more.