Workshop on Quantum Computing
📢 Department of Computer Science and Engineering , VJIT
cordially invites you to a
Three-Day Workshop on
“Quantum Computing – Real World Applications”
🗓️ Dates: 13th, 14th & 15th October
🕒 Time: 9:30 AM – 4:00 PM
🏫 Venue: 2nd Floor Seminar Hall, Department of CSE, VJIT
📍 Organized by: Department of Computer Science and Engineering , Vidya Jyothi Institute of Technology
🎓 Honorary Advisors:
* Prof. A Srujana – Principal
* Smt. G. Srilatha – Director, Academics
* Dr. A. Padmaja – Dean, Accreditations & Rankings
* Mr. R. Venkata Chalam – Director, Placements
🎯 Convenor:
Dr. D. Aruna Kumari, Head of the Department - CSE
👥 Workshop Organizers:
* Mr. V. Narsing Rao – Assistant Professor
* Mr. Y. Prabhu Kumar – Assistant Professor
* Mr. R. Yogesh – Associate Professor
* Mrs K Shireesha – Assistant Professor
👩💼 Student Coordinators:
- E. Navyasri - Contact: 95730 06517
- V. Sai Manikanta - Contact: 7386632637
This workshop aims to provide participants with a comprehensive understanding of Quantum Computing concepts, its practical applications, and emerging opportunities in research and technology.
🔗 Registration Link:
https://forms.gle/bFpYtrT1C27YXcx88
🗓️ Last Date for Registration: [12.10.2025]
All interested students and faculty members are invited to participate and gain valuable insights into this transformative domain.
Date and Time
Location
Hosts
Registration
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Add Event to Calendar
- Hyderabad, Telengana
- India 500075
- Building: C-Block -2nd Floor - Seminar Hall
- Room Number: N208
- Contact Event Hosts
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🎯 Convenor:
Dr. D. Aruna Kumari, Head of the Department - CSE👥 Workshop Organizers:
* Mr. V. Narsing Rao – Assistant Professor
* Mr. Y. Prabhu Kumar – Assistant Professor
* Mr. R. Yogesh – Associate Professor
* Mrs K Shireesha – Assistant Professor👩💼 Student Coordinators:
* E. Navyasri - Contact:95730 06517
* V. Sai Manikanta - Contact:7386632637
- Starts 06 October 2025 03:30 AM UTC
- Ends 13 October 2025 04:00 AM UTC
- No Admission Charge
Speakers
Mr V Sai Pavan of Brain O Vision
Introduction to Quantum Thinking, Foundations of Quantum Mechanics for Computing, Qubits and Quantum Gates
Day 1: Introduction to Quantum Thinking
Theme: Breaking Classical Mindsets — Why Do We Need Quantum?
Motivation:
● Classical computers struggle with problems like factoring and unstructured search.
● Real-world analogy: Solving a maze blindfolded vs seeing the entire maze.
● Double-slit experiment story – showcasing nature’s quantum behavior.
● Fundamentals Refresher:
● Complex numbers visualized as arrows/rotations.
● Difference between Probability and Determinism.
● Vectors as quantum states; Matrices as quantum operators.
● Hands-on/Discussion:
● Visualizing complex numbers as rotations.
● Thought experiment: Experiencing reality like a photon.
Day 2: Foundations of Quantum Mechanics for Computing
Theme: How Quantum Mechanics Makes Computing Possible
Real-world Examples:
● Stern-Gerlach experiment – introduction to quantum spin.
● Superposition explained using spinning coin analogy.
● Key Concepts:
● Quantum States and Ket Notation (|ψ⟩).
● Measurement and State Collapse.
● Unitary Transformations.
● Entanglement (tied socks analogy).
● Mathematical Models:
● Tensor products: modeling multiple qubits (e.g., spinning coins together).
● Hands-on/Discussion:
● Simulating qubit behavior using matrix operations.
● Visualizing entanglement.
Day 3: Qubits and Quantum Gates
Theme: Building Blocks of Quantum Computation
Bits vs Qubits:
● Comparison of classical gates (AND, OR, NOT) with quantum gates (Hadamard,
Pauli-X).
● Introduction to the Bloch Sphere – geometric view of qubit states.
● Important Quantum Gates:
● Pauli Gates: X, Y, Z (rotation-based logic).
● Hadamard Gate – creating superposition.
● CNOT Gate – enabling entanglement and controlled operations.
Biography:
Sai Pavan Velidandla is a forward-thinking technologist with over 13 years of expertise across innovation, training, and applied research. He has trained over 350,000 professionals, students, and academicians globally spanning corporates, universities, and government bodies. His work has received prestigious recognition, including appreciation from Ginny Rometty, former Chairperson of IBM
Core Expertise- Programming Languages | Frontend & Backend Development- Databases | Cloud Technologies | DevOps | No-code Platforms- AI & ML, with a focus on Hybrid Model Architectures, Explainable AI, and Applied Quantum AI- Quantum Computing Simulations & Applications- Education Innovation, Strategy Design, and Product Prototyping
Sai Pavan is on a mission to make advanced tech accessible, explainable, and buildable fueling a new generation of developers, educators, and innovators. With ongoing interests in space-tech, autonomous systems, and quantum-AI fusion, his work sits at the intersection of theory and
transformation
Agenda
Program Schedule
Day-1 (13-09-2025)
Session-1
10:00 AM to 10:10 AM - Welcome note by Yashasvi
10:10 AM to 10:15 AM - Inviting dignitaries on Dias
10:15 AM to 10:20 AM - Lamp Lightning and Prayer Song
10:20 AM to 10:30 AM - Address by Navya Sri, Student Coordinator
10:30 AM to 10:35 AM - Brief introduction by CSE HOD Dr. D Aruna Kumari, Hyderabad & HOD-CSE, VJIT
10:35 AM to 10:45 AM - Address by Principal, Dr. A Srujana, VJIT
10:45 AM to 10:55 AM - Address by Mr. Sai Pavan, Brain ‘O’ Vision Technologies, Hyderabad.
10:55 AM to 11:05 AM - Vote of Thanks by Student Coordinator
11:05 AM to 11:30 AM - Tea Break
11.30 PM to 12.30 PM - Introduction to Quantum Thinking
12.30 PM to 01:30 AM - Lunch Break
Session-2
01.30 PM to 02.30 PM - Breaking Classical Mindsets — Why Do We Need Quantum?
02.45 PM to 04.00 PM - Hands-on/Discussion
Day-2 (14-09-2025)
Session-1
09:30 AM to 10:30 AM - How Quantum Mechanics Makes Computing Possible
10:30 AM to 10:45 AM - Tea Break
10:45 AM to 12:30 AM - Hands-on/Discussion
12.30 PM to 01:30 AM - Lunch Break
Session-2
01.30 PM to 02.30 PM - Tensor products: modeling multiple qubits (e.g., spinning coins together).
02.45 PM to 04.00 PM - Hands-on/Discussion
Day-3 (15-09-2025)
Session-1
09:30 AM to 10:30 AM - Building Blocks of Quantum Computation
10:30 AM to 10:45 AM - Tea Break
10:45 AM to 12:30 AM - Hands-on/Discussion
12.30 PM to 01:30 AM - Lunch Break
Session-2
01.30 PM to 02.30 PM - Quantum Computation at Work
02.45 PM to 04.00 PM - Valedictory function