Join the team driving India’s National Quantum Mission and help shape the future of quantum technologies
Principal Investigator: Dr. Aravinda S, Department of Physics, IIT Tirupati
Project Title: Towards Quantum Advantage : Design and Development of Algorithms, Codes and Protocols
Project Overview:
- Objective: To demonstrate quantum advantage via efficient generation and certification of approximate Haar-random states on near-term hardware.
- Theory: Unitary k-designs, random matrix theory, and spectral statistics.
- Generation: Quantum chaos-based methods & projective ensembles (optimized for dual-unitary/Bernoulli circuits).
- Certification: Hybrid numerics (Exact Diagonalization + Tensor Networks) using fidelity measures to validate unitary design properties.
- Outcome: Resource-optimal protocols transitioning from integrable to chaotic regimes, implemented on real quantum processors.
Essential Qualifications
- PhD in Many-Body Quantum Chaos—candidates with a PhD in Theoretical Quantum Physics, Quantum Many-Body Theory, Quantum Computation and Information Theory, or a closely related discipline may also apply. Candidates who have submitted their PhD thesis in a relevant area are also eligible. Essential qualifications may be relaxed for an outstanding candidate.
Desired Experience
- Strong background in theoretical physics and/or quantum computing/quantum information
- Theoretical grounding in Random Matrix Theory and Quantum Chaos preferred
- Demonstrated experience in numerical modelling and simulation of physical systems
- Good publication record and ability to communicate results through papers and presentations
Job Location: Department of Physics, IIT Tirupati
Last date to Apply: 14 September 2026
Principal Investigator: Dr. Reetesh K Gangwar, Dr. Aravinda S, Department of Physics, IIT Tirupati
Project Title: Quantum Machine Learning: Reservoir Computing and PDE Solvers
Project Overview:
This project sits at the intersection of quantum computation, theoretical physics, and numerical methods. It aims to develop quantum algorithms for Partial Differential Equations (PDEs) hybrid quantum-classical approaches to build efficient PDE solvers for problems in science and engineering. The work combines numerical analysis with quantum information and computation to design, implement, and benchmark these solvers on near-term quantum hardware.
Essential Qualifications
PhD in Quantum Computation : Candidates with a PhD in Theoretical Quantum Computation and information theory. The candidates with a PhD in Theoretical Physics, Applied Mathematics, Mathematics, Computer Science/Engineering, or a closely related discipline (with quantum-computing expertise) may also apply. Thesis-submitted candidates are also eligible.
Desired Experience
- Strong background in theoretical physics/quantum computing; solid grasp of linear algebra, differential equations, numerical methods, and optimization.
- Strong Python skills — Qiskit, NumPy, SciPy, PyTorch/JAX, or equivalent.
- Experience in numerical modelling/simulation of physical systems (ODEs/PDEs).
- Able to independently formulate, implement, test, and benchmark quantum algorithms; strong publication record
Job Location: Department of Physics, IIT Tirupati
Last date to Apply: 14 September 2026
Principal Investigator: Prof. C. M. Chandrashekar, Department of Electronic Systems Engineering , IISc, Bengaluru
Role Overview:
The position is focused on the development of new quantum algorithms — theoretical design, analysis, and demonstration of quantum advantage — rather than the explicit focus on implementation or execution of existing algorithms on commercial cloud quantum-computing platforms.
Desired Profile:
- A completed Ph.D. in quantum computing, quantum information theory, quantum algorithms, or a closely related area, with a strong, verifiable publication record.
- A genuine interest in algorithm design. Candidates should be motivated for developing new quantum algorithms and understanding their theoretical underpinnings.
- Alignment with the group’s research directions, which include quantum walks and quantum walk based quantum algorithms, photonic quantum computing, and quantum information theory.
Job Location: Department of Electronic Systems Engineering , IISc, Bengaluru
Last Date to Apply: Applications will be accepted until the position is filled.
Principal Investigator: Prof. C. M. Chandrashekar, Department of Electronic Systems Engineering , IISc, Bengaluru
Role Overview:
This is an experimental position: the work involves hands-on laboratory development of photonic quantum computing systems — building, operating, and characterizing photonic hardware.
Desired Profile:
- A completed Ph.D. in experimental quantum optics, experimental photonic quantum computing, or a closely related experimental area, with a strong, verifiable publication record in the domain of quantum computing.
- Hands-on experimental experience. Candidates should have demonstrated laboratory experience relevant to photonic quantum systems — e.g., single-photon sources and detectors, integrated/fiber photonic circuits, optical table alignment, quantum state tomography or characterization, or related instrumentation and control.
Job Location: Department of Electronic Systems Engineering , IISc, Bengaluru
Last Date to Apply: Applications will be accepted until the position is filled.
Number of Vacancy: 01
Role Overview:
FQCI seeks a Technology Manager – Quantum Optics and Photonics to manage the technical execution (Project) of photonic quantum computing initiatives. This role enables the gap between complex research and structured delivery, managing the project lifecycle from subsystem dependency analysis to ensuring deliverables meet National Quantum Mission (NQM) standards.
Key Responsibilities:
- Project Leadership & Execution: Execute project plans while tracking technical milestones, Technology Readiness Levels (TRLs), budgets, and compliance with DPR requirements and NQM guidelines.
- Technical Documentation & Reporting: Lead the preparation of scientific reports, technical proposals, patent-ready documentation, project progress reports, execution plans, technical bulletins, and stakeholder updates.
- Stakeholder & DST Coordination: Maintain relationships with project team, industry partners, and DST, serving as the primary interface for communications, data requests, and review requirements.
- Technology Intelligence & Strategy: Monitor national and international developments relevant to the Technology Group (TG) to support benchmarking, strategic planning, and roadmap updates.
- Technical Excellence & Innovation: Foster a culture of innovation by guiding analytical methodologies, supporting research-to-industry transition activities, and ensuring timely technical decision-making.
- System Integration & Collaboration: Manage technical dependencies and drive cross-TG collaboration to ensure seamless hardware and software integration at the system level.
- Productization & Commercialization Pathways: Ensure translation of research outcomes into deployable solutions by defining productization strategies and facilitating industry linkage for commercialization.
Desired Profile:
- Education: PhD in Physics/Quantum Optics or a related discipline with a fundamental understanding of experimental side of Quantum Computing.
- Experience: Strong record of peer-reviewed publications or patents.
- Experience writing high-impact technical reports and presenting at national/international forums.
- >2 years of experience is highly preferred for effective lab-to-project transition.
- Technical Skills: Familiarity with laser systems, single and entangled photons sources, control electronics, system integration and the ability to evaluate TRL progress across subsystems.
- Soft Skills: Exceptional interpersonal skills with the ability to lead cross-functional teams of scientists.
Preferred Qualifications:
- Post-Doctoral experience in Quantum Technology/Computing.
- Experience with quantum technology hardware or characterization or algorithms.
Compensation: Competitive salary and benefits package
Appointment: Initial term of 1 year (extendable based on performance)
Travel: Occasional travel may be required across India
Job Location: FQCI, IISc, Bengaluru
Last Date to Apply: Extended to 15 September 2026
Number of Vacancy: 01
Role Overview:
FQCI seeks a Technology Manager – Quantum Algorithms to manage the technical execution (Project) of photonic quantum computing initiatives. This role enables the gap between complex research and structured delivery, managing the project lifecycle from subsystem dependency analysis to ensuring deliverables meet National Quantum Mission (NQM) standards.
Key Responsibilities:
- Project Leadership & Execution: Execute Quantum Algorithm project plans while tracking technical milestones, Technology Readiness Levels (TRLs), budgets, and compliance with DPR requirements and NQM guidelines.
- Technical Documentation & Reporting: Lead the preparation of scientific reports, technical proposals, patent-ready documentation, project progress reports, execution plans, technical bulletins, and stakeholder updates. Organize technical reviews, workshops, training programs, researcher meetings, and stakeholder interactions to facilitate effective program execution and dissemination of project outcomes.
- Stakeholder & DST Coordination: Coordinate with Technology Groups (TGs), Principal Investigators (PIs), partner institutions, industry collaborators, cloud service providers, technology vendors, startups, and DST, serving as the primary interface for technical communications, resource coordination, data requests, review meetings, and project monitoring.
- Technology Intelligence & Strategy: Monitor national and international developments relevant to the Technology Group (TG) to support benchmarking, strategic planning, and roadmap updates.
- Technical Resource Management: Coordinate the allocation, scheduling, and optimal utilization of shared Quantum Processing Unit (QPU), Graphics Processing Unit (GPU), and Central Processing Unit (CPU) resources across projects, ensuring efficient access and utilization by researchers and collaborating institutions.
- System Integration & Collaboration: Manage technical dependencies and drive cross-TG collaboration to ensure seamless hardware and software integration at the system level.
- Productization & Commercialization Pathways: Ensure translation of research outcomes into deployable solutions by defining productization strategies and facilitating industry linkage for commercialization.
Desired Profile:
- Education: Ph.D. in Computer Science, Quantum Computing, Quantum Information Science, Physics, Mathematics, or a related discipline with a strong foundation in quantum algorithms, quantum software frameworks, high-performance computing (HPC), and classical-quantum hybrid computing. Experience in developing, benchmarking, or deploying quantum algorithms on quantum hardware or cloud quantum platforms is desirable.
- Experience: Strong record of peer-reviewed publications or patents.
- Experience writing high-impact technical reports and presenting at national/international forums.
- >2 years of experience is highly preferred for effective lab-to-project transition.
- Technical Skills: Strong understanding of quantum algorithms, quantum software development, hybrid quantum-classical workflows, and familiarity with leading quantum software development kits (e.g., Qiskit, Cirq, PennyLane, TKET, CUDA-Q). Experience with high-performance computing (HPC), cloud quantum platforms, benchmarking methodologies, and the ability to evaluate Technology Readiness Levels (TRLs) and technical progress across software and hardware-enabled quantum projects.
- Soft Skills: Excellent interpersonal, communication, and stakeholder management skills with the ability to coordinate cross-functional teams comprising researchers, Principal Investigators, Technology Groups, industry partners, and government agencies. Demonstrated project planning, technical writing, and program management capabilities are highly desirable.
Preferred Qualifications:
- Post-Doctoral experience in Quantum Computing, Quantum Information Science, Computer Science, or a related discipline.
- Experience in developing, implementing, benchmarking, or deploying quantum algorithms on quantum hardware or cloud quantum computing platforms.
- Experience in managing multidisciplinary research projects, coordinating national or international collaborations, or working on government-funded R&D programs is desirable.
- Familiarity with Quantum Processing Unit (QPU), Graphics Processing Unit (GPU), and Central Processing Unit (CPU) resource management and cloud-based quantum computing ecosystems will be an added advantage.
Compensation: Competitive salary and benefits package
Appointment: Initial term of 1 year (extendable based on performance)
Travel: Occasional travel may be required across India
Job Location: FQCI, IISc, Bengaluru
Last date to Apply: 31 August 2026
No Longer Accepting Applications