Optical Design (Zemax OpticStudio) Internship in Gurgaon at Neuranics Lab
Optical Design (Zemax OpticStudio)
Neuranics Lab Private LimitedLocation(s): GurgaonDESCRIPTION
About the internship
1. Design and simulate optical systems using Zemax OpticStudio
2. Develop and analyze laser-based optical paths and beam shaping systems
3. Design imaging optics including lenses, relay optics, and illumination systems
4. Work on microscopy optical systems including objective selection, illumination design, and image formation
5. Perform optical simulations, ray tracing, and tolerance analysis
6. Optimize optical systems for resolution, aberration control, and illumination uniformity
7. Evaluate optical performance using metrics such as MTF, spot diagrams, wavefront error, and PSF
8. Support prototype development, optical alignment, and system testing
9. Collaborate with electronics, software, and mechanical engineers during system integration
10. Document designs, simulations, and experimental results
Skill(s) required
Who can apply
Only those candidates can apply who:
1. are available for full time (in-office) internship
2. can start the internship between 10th Apr'26 and 15th May'26
3. are available for duration of 6 months
4. have relevant skills and interests
Other requirements
1. Strong fundamentals in optics and photonics
2. Hands-on experience with Zemax OpticStudio
3. Understanding of geometrical optics and optical system design
4. Knowledge of laser optics and beam propagation
5. Familiarity with imaging systems and lens design principles
6. Understanding of optical aberrations and correction techniques
7. Ability to analyze optical systems using ray tracing and optical performance metrics
8. Experience with microscopy optics and imaging systems
9. Familiarity with illumination design (Köhler illumination, uniform illumination systems)
10. Knowledge of optical tolerancing and sensitivity analysis
11. Experience with optomechanical integration
12. Programming skills in Python or MATLAB for optical simulations or data analysis
13. Basic knowledge of detectors, cameras, and optical sensors