Online Research-Based Sessions
Guided theory + lab experiments.
Superposition & Entanglement Visualization Simulator
Demonstrate qubit state behavior with measurements.
Quantum Computing
Quantum Computing Fundamentals Training
Understand quantum logic, qubits, quantum gates, and real quantum programming using industry-leading platforms.
Beginner-Friendly Foundations
900+ Learners Trained
Quantum Computing is the next major shift in computational technology, enabling solutions to problems impossible for classical computing. This course provides a foundational introduction to quantum mechanics for computing, qubits, superposition, entanglement, quantum circuits, and algorithm design, followed by hands-on simulation and execution on IBM Quantum Experience / Qiskit.
Prior coding knowledge is helpful but not required.
Training focuses on conceptual clarity + practical experimentation
Simulated
Quantum Circuit Labs
Case Study
Based Concept Learning
Hands-on
Qiskit / IBM Quantum Notebooks
Lifetime
Access to Code & Learning Resources
What You Will Learn in Quantum Computing Basics
A structured, non-mathematical entry into quantum computing concepts & programming.
Foundations of Quantum Computing
Overview
1 Week
You Will Learn:
Classical vs Quantum Computing
Bits vs Qubits
Superposition & Entanglement Concepts
Quantum Circuit Operations
Programming
2 Weeks
You Will Learn:
Quantum States & Bra-Ket Notation (intuitive level)
Quantum Gates (Pauli, Hadamard, CNOT, Phase Shifts)
Building & Visualizing Quantum Circuits
Introduction to Quantum Programming with Qiskit
Mobile Qiskit
2 Weeks
Topics:
Qiskit Installation & Notebook Environment
Circuit Creation, Measurement & Simulation
Running Jobs on IBM Quantum Cloud Devices
Quantum Algorithms
Beginner Level
1.5 Weeks
You Will Learn:
Deutsch-Jozsa Algorithm
Grover’s Search Algorithm (Conceptual)
Quantum Teleportation Basics
Capstone Experiment & Demonstration
Job-Ready Portfolio
1 Week
Activities
Design & Execute a Custom Quantum Circuit
Compare Classical vs Quantum Execution Results
Prepare Quantum Project Showcase Slides
TRAINER PROFILE
Velmurugan
Quantum Computing Research & Systems Mentor
5+ Years of experience working in Quantum Computing Simulation, Quantum Information Theory, and Qiskit Training Labs.
Trained 900+ learners, including engineering students, research aspirants, and early-career technologists.
Focus: Making quantum concepts intuitive, structured, and practically testable.
Speak with Mentor @ +91 9344259572
CURRICULUM BREAKDOWN
Conceptual Layer
- Intro to Quantum Algorithms
- Quantum Logic Foundations
- State Representation & Measurement
Programming Layer
- Qiskit Coding
- Circuit Construction
- Device Execution
MODES OF TRAINING
Classroom Concept Workshops
Whiteboard-based clarity approach
One-to-One Doubt Mentorship
For deep concept reinforcement.
Academic / Research Project Support
Ideal for higher studies or thesis work
CAREER PATHS
This course provides a foundation to progress toward Quantum Research and Advanced Computing roles.
Quantum Research Intern
Quantum Software Developer (Entry Pathway)
Computational Science Student / Scholar
Cryptography / Security Analyst (Future Track)
RELEVANT TOOLS & TECHNOLOGIES
PROGRAM FEATURES
Beginner-Friendly Conceptual Start
Designed to remove fear of quantum theory.
Practical Qiskit Programming Labs
Apply theory directly to real quantum devices.
Academic & Higher Studies Guidance
Suitable for research portfolio building.
Future-Oriented Skill Development
Aligns with next-generation computing fields.
ACCORDION DETAILS
Top Skills
Top Skills You Will Learn
Top Skills You Will Learn
Understanding qubits, building quantum circuits, running cloud-based quantum jobs, analyzing measurement outputs.
Jobs
Job Opportunities
Job Opportunities
Emerging roles in research labs, university projects, defense tech, cryptography, and advanced computing startups.
Audience
Who Should Enroll
Who Should Enroll
Engineering students, science learners, programmers, research aspirants, and tech innovators.
Eligibility
Eligibility Criteria
Eligibility Criteria
Basic logical thinking required. No advanced mathematics or physics background required.
PROJECTS YOU WILL WORK ON
Mini Quantum Algorithm Demonstration
Apply quantum gates to solve a simple computational task.
Capstone: Custom Quantum Circuit Execution on IBM Cloud
Design → Simulate → Execute → Analyze on real quantum processor.