This role is with Nexascan, a startup supported by ATUM.

Key Responsibilities

Prototype-to-Product Leadership

- Lead the transition of optical systems from lab-stage prototypes to field-ready commercial products. You will solve critical challenges related to miniaturization, ruggedization, and thermal stability in constrained environments.

End-to-End Optical Design

- Use Zemax or Code V to simulate and optimize complex optical paths, ensuring high signal-to-noise ratios for speckle pattern interferometry and defect detection.

Active Sensing Integration

- Pioneer the calculation of optical and acoustic energy propagation to enhance system reliability. You will design customized illumination protocols (active excitation) to maximize defect contrast on difficult surfaces.

- Pioneer the calculation of Acoustic Wave Power to enhance performance and reliability.

- Multi-Physics Synchronization: Experience integrating optical systems with dynamic mechanisms (e.g., PZT phase shifters) and synchronizing high-speed imaging with external triggers from multi-element NDT sensors to boost system speed and sensitivity.

- Opto-Mechanical Collaboration: Collaborate with the FEM, mechanical and firmware team to ensure optical measurements (displacement gradients) are formatted for direct simulation validation.

Technical Strategy

- Document design history files and present technical milestones to stakeholders and investors, helping to shape the company's IP strategy.

Education

Bachelor's, Master's, or PhD in Optical Engineering, Physics, or a related field.

Experience

Minimum of 7 years in optical engineering, with a strong preference for candidates who have taken a product from proof-of-concept to manufacturing.

Technical Proficiency

Expert mastery of optical design software (Zemax, Code V, or equivalent). Experience with laser speckle interferometry, shearography, or coherent imaging systems is required.

Analytical Skills

Strong ability to model physical interactions (light-matter interaction) and solve complex noise/contrast problems in active sensing systems.

Cross-Disciplinary Knowledge

Familiarity with Non-Destructive Testing (NDT) principles. Understanding of how acoustic or mechanical waves propagate through materials (e.g. beam spread, refraction) is a plus, but not required.