04/16/2025 updated
100 % available
Optical Design Engineer
İzmir, Turkey
Only remote
PhD in Optics/Electrical EngineeringOptics and Eye-wear DutiesIndustrial Laser TaskingOptical Lens DesignMeasurement and MetrologySpectrometerZemaxImagingSensorsRay Tracing
. Key skills: Optical Design, Optical Metrology, Optical Measurement Techniques – Free Space and Waveguides, Optical Characterisation. TracePro, LightTools, Zemax, Sequential Analysis, Non-Sequential Ray Tracing,
Experienced in : Laser and LED Optics, Waveguides and Light Guides, Illumination, Imaging Optics, Diffractive Optics, Fiber-Based Sensing Systems, Sensors, Spectrometer Design, Medical Device Development , Hands-on Experience in Optical Metrology and Characterization,
Experienced in : Laser and LED Optics, Waveguides and Light Guides, Illumination, Imaging Optics, Diffractive Optics, Fiber-Based Sensing Systems, Sensors, Spectrometer Design, Medical Device Development , Hands-on Experience in Optical Metrology and Characterization,
Experience
Professional experience10+ years
Freelancer since2019
Languages
BulgarianNative speakerEnglishFluentFrenchBasic knowledgeTurkishNative speaker
Project history
- Four different spectrometer designs for Covid and Influenza(A/B) were developed- Laser diodes and LEDs were used as sources; free space or fibre-based light propagation mechanisms were exploited as a light transmission channel.
Zemax OpticStudio was used to design an F-theta scanning lens. A galvanometer based approach was developed where the entrance beam size was 10 mm and the focused beam diameter was 80µm.
RGB laser diodes were utilized as light sources and the lasers were collimated to obtain a non-divergent circular beam at the reflecting surface of the galvanometer. TracePro was utilized to design the optical system.
LCoS based pico projector was developed in the project. RGB laser diodes together with off-the-shelf lenses were exploited in the device realization. TracePro was used as a modelling tool for developing the optical system.