Job Summary

Role: Researcher – Quantum Computing E3.1 The role involves research, design, and development of industry-specific Quantum Algorithms and Quantum Solutions for domains such as Drug Discovery, Quantum Chemistry, Materials Science, Physics, Finance, Optimization, and Quantum AI using emerging quantum technologies and methodologies.

Key Responsibilities

 Deep understanding of Quantum Mechanics, Quantum Information Theory, Quantum Algorithms, Quantum Chemistry, Computational Physics, Materials Simulation, Linear Algebra, Probability, and Optimization. • Electronic Structure Methods, Density Functional Theory (DFT), Hartree-Fock (HF) and Post-Hartree-Fock Methods, Coupled Cluster (CC), Configuration Interaction (CI) etc. • Many-Body Quantum Systems • Hamiltonian Modeling • Quantum Entanglement, Quantum Mutual Information and Correlation Analysis • Condensed Matter Physics • Tensor Networks and Many-Body Simulations • Advanced Linear Algebra (Eigenvalue Problems, Matrix Decompositions, Tensor Algebra, Sparse Matrices) • Perturbation Theory and Variational Methods • Programming: Python, C++, Julia, Fortran • AI and HPC Workloads (multi-GPU)

Skill Requirements

Overall experience of 8 years (with PhD) in Quantum Computing Solution Development/Research 2. Extensive Solution Development Experience in Quantum Computing and Quantum AI 3. Hands-on experience applying quantum techniques to one or more domains (Minimum 2 years) such as: a. Drug Discovery & Life Sciences b. Quantum/Computational Chemistry c. Materials Discovery & Materials Science d. Condensed Matter Physics e. Finance & Risk Modeling f. Optimization Problems 4. Research Experience in Quantum Computing and Quantum Algorithms Development – should have published papers in International Journals in last 2 years 5. Good hands-on Experience in managing Quantum research experiments on Quantum Hardware -Minimum 1 year 

Other Requirements