One day Rashtriya Karmayogi Jan Seva Program

31 January 2026

(Mission Karmayogi | Department of Higher Education, Ministry of Education)

Program Type: Government Capacity Building

National Framework: Mission Karmayogi

Implementing Office: Office of Vocational Training & Upskilling (OVTU), IIT Jodhpur

Program Overview

The Rashtriya Karmayogi – Jan Seva Program is a one-day intensive capacity- building program designed to strengthen citizen-centric service delivery, public service values, and behavioural competencies among government functionaries. The program focuses on embedding the Jan Seva (Citizen First) ethos within public service roles, in alignment with the Mission Karmayogi vision of a future-ready, responsive, and accountable civil service.

Target Audience

• Government officials
• Academic administrators
• Officers and staff nominated under Mission Karmayogi
• Participants identified through DoHE / Ministry-aligned channels,

Pedagogical Approach

• Experiential and discussion-driven sessions
• Case-based learning rooted in public service contexts
• Reflection on citizen engagement, service outcomes, and accountability
• Alignment of individual roles with national development objectives

One-Day Hands-On Training on COMSOL Multiphysics

07 February 2026

Program Overview

The one-day hands-on training session is designed to provide in-depth exposure to the modeling and simulation of real-world multi-physical problems using COMSOL Multiphysics. The program will guide participants through the fundamentals as well as advanced features of the software, enabling them to develop, analyze, and interpret multiphysics models relevant to practical engineering and scientific applications.

Participants will gain practical experience with advanced simulation techniques that are extensively used in academia and industry, supported by guided demonstrations and hands-on exercises. The session will be conducted by an experienced industry expert nominated by COMSOL Multiphysics, ensuring industry-relevant insights and best practices. The program places strong emphasis on application-based learning and is intended to benefit students, research scholars, faculty members, and professionals seeking to enhance their modeling and simulation capabilities.

Register here using the following link: https://erponline.iitj.ac.in/exapp/auth/apps.htm

Target Audience

Audience: UG&PG students, faculty, and staff members of IIT Jodhpur, external participants

Mode: Hybrid (offline and online participation)

Duration: one day

Certification: IIT Jodhpur

Certificate Program: Fundamentals of Quantum Computing

(Proposed Executive / Professional Certificate Program)

Fundamentals of Quantum Computing By IIT Jodhpur

The Fundamentals of Quantum Computing Program introduces learners to the principles of quantum mechanics, quantum information, and quantum algorithms through a balanced mix of theory and hands-on practice. Using Python and Qiskit, learners design and run quantum circuits, explore real quantum hardware, and build the foundational skills needed for advanced study and careers in the emerging quantum computing ecosystem.

Admission Process

Admission would be taken on merit basis. The candidates need to pass an eligibility test and/or interview. The same would also serve the purpose of availed Scholarship.

Course Fee:

Rs. 30,000 (including GST) (Scholarship up to 30% is available)

Payment Options:

• One-Time Payment
• 3 Months Installment Plans

Program Highlights

Affordable learning, unmatched IIT Jodhpur credibility.

• Certification from IIT Jodhpur
• Theory and Hands-ON sessions by IIT Jodhpur Faculties
• Mentorship & Curriculum by IIT Jodhpur
• Industry Validated Program
• 100% Placement Support
• 1 Capstone & 3 Minor Projects

3 Months - Weekend (Sat-Sun)

60 Hours (Theory:30 Hours & Practical:30 Hours) Live Program

Awarding Body

IIT Jodhpur

Certificate

IIT Jodhpur

Faculties IIT Jodhpur Faculties

Qualification Type

Future Skills Qualification & OEM Qualification

Number of Credits

About The Program

The Fundamentals of Quantum Computing Program offers a structured, concept-to-implementation learning journey that builds a strong foundation in quantum computing. The program connects quantum physics, mathematical fundamentals, and hands-on quantum programming to help learners understand how quantum computers operate and where they can be applied. Learners start with core concepts such as qubits, Dirac notation, quantum gates, superposition, entanglement, and the postulates of quantum computing. The curriculum advances into quantum communication protocols, error correction, and key ideas like quantum teleportation, superdense coding, and quantum cryptography. The program emphasizes practical learning through mathematical foundations and hands-on work with Python and Qiskit, enabling learners to design, simulate, and run quantum circuits on real quantum hardware. Learners also explore foundational quantum algorithms, preparing them for advanced studies and emerging opportunities in the quantum technology ecosystem.

Campus Immersion Program

Who Is This Program For?

• Final-year B.E./B.Tech students from IT, Computer Science, Electronics, Electronics & Communication, Electrical, Electrical & Electronics, Instrumentation, Electronics & Instrumentation, or allied engineering branches
• Final-year MCA or M.Sc. students in IT, Computer Science, Electronics, Electronics & Communication, Electrical, Electrical & Electronics, Instrumentation, or allied disciplines
• Learners qualified under NSQF Level 5 or 5.5 in IT, Computer Science, Electronics, Electrical, Electronics & Communication, Instrumentation, or related domains
• Students and professionals seeking foundational knowledge in Quantum Computing to prepare for higher studies, research, or future technology roles
• Individuals with a background in mathematics, computing, or electronics who want to transition into next-generation computing technologies

Eligibility

Final Year B.E/B. Tech in IT/Electronics/ CS/Electronics & Communication/ Electrical/ Electrical and Electronics/Instrumentation/ Electronics & Instrumentation/allied branches Or Final year MCA/M.Sc.in IT/Electronics/ CS/Electronics & Communication/ Electrical/ Electrical and Electronics/Instrumentation/ Electronics & Instrumentation/allied branches Or NSQF Level 5.5 in IT/Electronics/ CS/Electronics & Communication/ Electrical/ Electrical and Electronics/Instrumentation/ Electronics & Instrumentation /allied branches Or NSQF Level 5 in IT/Electronics/ CS/Electronics & Communication/ Electrical/ Electrical and Electronics/Instrumentation/ Electronics & Instrumentation /allied branches

Program Outcomes

By the end of this program, learners will be able to:

1. Develop a strong conceptual foundation in Quantum Computing, including core principles and an understanding of modern quantum hardware architectures.
2. Set up and configure the Python-based quantum computing environment, enabling the development and execution of quantum applications.
3. Build proficiency in Qiskit, gaining a clear understanding of quantum circuit design, gates, and program execution using industry-standard quantum frameworks.
4. Design, implement, and analyze quantum algorithms, gaining hands-on experience in solving computational problems through quantum approaches.

Certificate

Upon successful completion of the program, you will be awarded a Fundamentals of Quantum Computing certificate by the National Institute of Electronics and Information Technology (NIELIT) as Awarding Body. This certification validates your expertise in Quantum Computing.

Curriculum

Introduction to Quantum Computing

• Quantum Bits
• Dirac Notation
• Single and Multiple Qubit Gates
• No Cloning Theorem
• Quantum Interference

Postulates of Quantum Computing

• Quantum State
• Quantum Evolution
• Quantum Measurement
• Bell’s Inequality Test
• Density Coding
• Quantum Teleportation
• BB84 Protocol
• Quantum error correction

Qubit & Physics

• Introduction to Qubit
• Superposition and Interference
• Entanglement
• Qubit State
• Braket
• Multi Qubit

Foundations to Mathematics

• Intro to Mathematical Foundations
• How Classical Computers Work?
• Probability
• Statistics
• Complex Numbers
• Matrix
• Matrix Operations
• Special Matrices
• Linear Transformation

Python and Qiskit Setup

• Python and Qiskit Setup on Windows

Qiskit

• Introduction to Qiskit
• Classical Gates
• Quantum Gates
• Entanglement
• Qiskit
• First Circuit
• Running on Simulator
• Getting Real Quantum Computer Properties
• Running on Real Quantum Computer
• Toffoli

Qiskit Tools

• Beautiful Circuits
• Beautiful Results
• Arbitrary State Initialization
• Arbitrary Gate Initialization
• Inverse and Transform Circuit to Gate
• Depth and Width
• Obtain Information about Backend Part I
• Use real Quantum Computers

Quantum Communication Tools

• Quantum Teleportation
• SuperDense Coding

Quantum Algorithms

• Deutch Jozsa Algorithm
• Bernstein Vazirani Algorithm
• Simons Algorithm
• Grover's Algorithm
• Shor's Algorithm

Quantum Application

• Quantum Computing Application using Algorithms

Tools:

• Python
• Qiskit
• Qiskit Terra
• Qiskit Aer
• IBM Quantum
• Quantum Circuit Simulator
• Quantum Gate Libraries
• Quantum Algorithm Libraries
• Quantum Measurement Tools
• Quantum Visualization Tools
• Quantum Communication Tools

Skills You Will Master

• Quantum computing fundamentals
• Qubit modeling and state representation
• Dirac (Bra–Ket) notation
• Quantum gate operations (single & multi-qubit)
• Superposition and quantum interference
• Quantum entanglement
• Quantum measurement and state evolution
• Quantum communication protocols
• Quantum error correction basics
• Mathematical foundations for quantum computing
• Quantum circuit design and simulation
• Qiskit-based quantum programming
• Execution on real quantum hardware
• Quantum algorithm design and analysis
• Problem-solving using quantum algorithms

Career Opportunities:

Learners completing this Quantum Computing program can explore the following emerging and future-focused career paths:

• Quantum Computing Engineer – Design and implement quantum circuits and applications using quantum frameworks
• Quantum Software Developer – Develop, simulate, and optimize quantum algorithms using tools like Qiskit
• Quantum Research Associate – Assist in research related to quantum algorithms, quantum information, and hardware
• Quantum Algorithm Engineer – Analyze and build quantum algorithms for optimization, cryptography, and search problems
• Quantum Hardware Analyst – Understand and evaluate quantum hardware behavior, noise, and performance
• Quantum Cryptography Specialist – Work on secure communication systems using quantum protocols
• Quantum Simulation Engineer – Model and simulate complex quantum systems and processes
• Quantum Data Scientist (Entry-Level) – Apply quantum approaches to data analysis and computational problems
• Quantum Technology Consultant – Support organizations exploring quantum adoption and use cases

FAQs:

Q: How can I apply for a scholarship, and what documents are required?

Ans: When you're applying for admission, submit your CV/Resume using the application form which has all the information about your education & professional background. These will be reviewed to help with your application.

Q: How long does it take for the admission confirmation after applying?

Ans: Your admission will be confirmed within a day on successful verification of all the documents and applications

Q: Do I need to appear for any test or interview during the admission process?

Ans: There is no test required for admission. Applications go through a review process by the admission panel for selection.

Q: Who is eligible for the scholarship and what is the scholarship criteria?

Ans: Working Professionals, Freshers, Graduates, Postgraduates, and PhD Holders are eligible to apply for up to 30% scholarship. How much scholarship you will get will depend on your education & professional background.

Q: How many total hours of learning and training are included in the program and how many capstone projects are part of the curriculum?

Ans: This program offers over 60 hours of learning, complete with assignments and 10+ hands-on projects to equip you with the latest skills.

Why QC Now? Projects