Job Description

An Atomic Process Engineer designs, analyzes, and optimizes processes at the atomic or molecular level, focusing on industries like semiconductors, nanotechnology, nuclear energy, and advanced materials. Key responsibilities include developing innovative solutions for efficiency and precision, designing and testing nuclear equipment or semiconductor components, managing safety protocols, and ensuring compliance with regulations. This role requires strong expertise in atomic science, materials science, physics, and often involves collaboration with other engineering disciplines and the use of advanced simulation software.
Key Responsibilities

Design and Development:

Create and refine processes, equipment, and systems at the atomic and molecular scale for applications in nuclear power plants, semiconductor manufacturing, or medical imaging.

Analysis and Optimization:

Analyze data, conduct simulations, and perform real-world testing to improve the performance, efficiency, and safety of atomic-scale processes.

Safety and Compliance:

Develop and implement safety protocols, ensure regulatory compliance, and manage risks associated with atomic materials and processes.

Research and Innovation:

Research new technologies, methodologies, and applications for atomic science in energy, healthcare, and various other cutting-edge industries.

Project Management:

Oversee complex engineering projects, including construction, maintenance, and decommissioning of facilities, and ensure project deadlines are met.

Collaboration:

Work closely with physicists, chemists, other engineers, and regulatory bodies to develop integrated and innovative solutions.

Documentation and Reporting:

Prepare technical documents, design specifications, safety analysis reports, and proposals to communicate findings and project status.
Job Types: Full-time, Fresher

Pay: ₹327,463.41 - ₹1,073,059.83 per year

Work Location: In person