Quantum Computing Associate

Larsen & Toubro Ltd; Chennai; On-site; INR 600,000 - 900,000; Full time

Job summary

Larsen & Toubro Ltd seeks a Quantum Computing Associate to support development and execution of quantum learning initiatives in Chennai (Work from Office). The role includes creating high-quality technical content, designing labs, delivering learning sessions, and collaborating with domain experts to build industry-relevant use cases.

Freshers and early-career candidates with quantum exposure are welcome; the position focuses on practical quantum programming and lab implementation across premium

Qualifications

• M.Tech / MSc in Physics, Quantum Technology, Quantum Computing, or closely related discipline. Minimum 8.0 CGPA.
• Freshers / early-career candidates with relevant Quantum Computing exposure.

Responsibilities

• Develop and curate Quantum Computing content including fundamentals, technologies, applications, and programming.
• Design and execute practical Quantum Computing labs, simulations, and hands-on exercises.
• Deliver technical sessions, workshops, demonstrations, and hands-on learning sessions for premium customers.
• Network with Quantum Computing experts, researchers, and industry professionals to enrich content and case studies.
• Own and maintain Quantum Computing learning resources, lab environments, and references.

Skills

Content development

Lab design

Delivery of sessions

Expert networking

Resource ownership

Education

M.Tech/M.Sc. in Physics or related field

Tools

Qiskit

Cirq

Quirk

Q-Pi

Quantum Programming Studio

Job description

Quantum Computing Associate

The Quantum Computing Associate will support the development and execution of Quantum Computing learning and lab initiatives. The role involves developing high-quality technical content, designing hands‑on quantum computing exercises and labs, delivering learning sessions, and collaborating with domain experts to enrich case studies and practical applications. The role offers an opportunity to work on emerging Quantum Computing technologies, build practical expertise, and contribute to the development of industry‑oriented quantum learning solutions for premium customers.

Key Responsibilities

• Quantum Computing Content Development Develop and curate technical content on Quantum Computing fundamentals, technologies, applications, and programming. Create learner‑friendly presentations, reading material, exercises, assignments, case studies, and assessments. Continuously update content based on emerging developments, research, tools, and industry trends. Incorporate AI‑enabled approaches for efficient content creation and task planning.
• Hands‑on Lab & Exercise Development Design and execute practical Quantum Computing labs, simulations, and hands‑on exercises. Develop learning modules that provide practical exposure to quantum programming and quantum hardware concepts. Set up, test, troubleshoot, and maintain Quantum Computing lab environments and resources. Create practical assignments and capstone‑oriented projects for learners.
• Quantum Computing Delivery Deliver technical sessions, workshops, demonstrations, and hands‑on learning sessions for premium customers and learners. Explain complex Quantum Computing concepts in a simple, structured, and learner‑centric manner. Facilitate practical exercises and guide learners in solving technical problems. Collect learner feedback and continuously improve delivery and learning effectiveness.
• Expert Networking & Case Study Development Network with Quantum Computing experts, researchers, academics, and industry professionals. Seek and incorporate expert inputs into technical content, case studies, projects, and learning modules. Support the development of industry‑relevant use cases and practical applications of Quantum Computing. Build knowledge networks to stay current with advancements in the field.
• Quantum Computing Resource Ownership Take ownership of Quantum Computing learning resources, lab environments, tools, exercises, and technical references. Ensure availability, quality, accuracy, and regular maintenance of QC resources. Identify opportunities to improve the effectiveness and scalability of Quantum Computing labs and learning solutions.

Educational Qualification

M.Tech / M.Sc. in Physics, Quantum Technology, Quantum Computing, or a closely related discipline. Minimum 8.0 CGPA or equivalent academic performance.

Experience

Freshers / early‑career candidates with relevant Quantum Computing exposure Quantum Programming & Tools: Exposure to one or more of the following : Q-Pi | Qiskit | Cirq | Quirk | Quantum Programming Studio Open‑source Quantum Computing frameworks and simulators

Location

Chennai (Work from Office)