Osman Akin
Optical System Architect - Freelance
Experience
Optical System Architect - Freelance
Analog Devices
- Develop the optical architecture within the defined projects
- Optical design and integration for a new line of clinical-grade micro-devices and smartwatches
- Develop optical sensing methodologies for Vital Sign Monitoring
- Light-tissue interaction analysis
- Develop and implement advanced metrology techniques for precise measurements
- Coordinate all engineering activities related to the optical subsystem with all disciplines such as optical, mechanical, electrical, etc.
- Engage with customers to gather and comprehend their needs, preferences, and expectations
- Conduct risk assessments and implement mitigation strategies
Hydrocarbon Leakage Sensor
ServersCheck
- Developed a sensor for hydrocarbon and coolant liquid leakage detection based on the fluorescence of oil and absorption of water
Dual Axis Laser Gauge Sensor
Puretronics
- Developed various laser scanning micrometry systems to measure the object’s diameters between 0.01 mm and 200 mm
Optical Fluorescence Spectrometer Design
BG Research Limited
- Developed four different spectrometers for the detection of COVID-19 and Influenza (A/B)
- Designs utilized laser diodes and LEDs as sources
- Free space and fiber-based light propagation mechanisms exploited as light transmission channels
Utilization of Nanopatterns in Microdisplays
Opticon
- LED backlight unit incorporating nano-patterns was developed to improve the field of view and depth of view parameters of the system
- Used LightTools to model the realistic backlight unit with side-emitted LEDs and a light-guide plate
Light Guide Design for Automotive Indoor Lighting
Sigma International Lighting LLC
- Designed cup holder light guide using TracePro
Optical Design of the LCoS Pico-Projector
The Aird
- Developed LCoS-based pico projector
- Exploited RGB laser diodes with off-the-shelf lenses in the device realization
- Used TracePro as a modeling tool for developing the optical system
Development and realization of a test structure for measuring the optical displacements
Tusas
- Development and realization of a test structure for measuring the optical displacements (angular deviations and lateral displacement) of ballistic resistant transparencies for heavy-class attack helicopters
- Preparation of test methodology according to the ASTM F801-16 standard
- Setup the optical bench and implementation of the test procedure
- Error analysis
Optical Design and Manufacturing
OptogonStudio
- Development of optical systems from scratch into the production stage
- Validation of the developed system in the laboratory – TRL2 to TRL8
- Manufacturing of custom polymeric optical components – PMMA & polycarbonate lenses
- Development of spectroscopic sensors based on fluorescence and absorption
- Development and realization of point and distributed optical (fiber or free space) sensing systems
Optical Scanning Unit for Printers
Burelsan
- Designed an F-theta scanning lens using Zemax OpticStudio
- Used a galvanometer-based approach with an entrance beam diameter of 10 mm and a focused beam diameter of 80 µm
- Utilized RGB laser diodes as light sources
- Designed a laser collimator to get a non-divergent circular beam at the reflecting surface of the galvanometer
- Used TracePro to design the optical system
Asst. Prof. Dr.
Izmir Katip Celebi University
- Development of Optical Sensing Nodes: detecting environmental changes through advanced photonic technologies
- Micro-Optical Sensors for Digital Devices: micro-optical sensors for digital devices to integrate miniature photonic components into consumer electronics products
- Fiber Sensors for Smart Monitoring Systems: real-time, high-sensitivity physical and chemical change detection for diagnostics and monitoring purposes
- Development of compact LIDARs
- Foster collaborations with industry, government agencies, and other academic institutions to enhance the impact of experimental studies
Co-Founder
INOVASENS
- Develop portable photomicrograph for DNA sequencing
- Responsible for the development of the illumination unit and color detection structure
- Develop a wearable respiration monitoring device by developing an instrumentation unit to measure the resistance change in paper-layered carbon nanotube structures
Co-Founder
FISENS
- Develop an optical sensor systems for smart cities: fibre-based monitoring systems
Research & Development, Contractor
Vestel Digital
- Modeled and developed LCD backlight modules using LightTools
- Brightness enhancement film and diffuser characterization by implementing laboratory measurements into LightTools
Research & Development, Contractor
Cabot
- Developed and integrated the optical elements (lens and image sensor) into the handheld camera system
Research Assistant / Researcher
Izmir Institute of Technology
- Realized an inline node for add/drop multiplexer capable of fast all-optical switching in a fiber
- Modeled and investigated non-periodic structure in the fiber cladding (evanescent region) for potential sensing application
- Prepared proposals and managed budgets to ensure the successful execution of funded projects
Summary
Experienced Optical Scientist and System Designer with a distinguished track record in advanced research, product development, and technological innovation. Expertise in utilizing industry-leading optical design and simulation software, including Ansys OpticStudio, TracePro, and LightTools. Proven ability to lead and manage multidisciplinary projects, ensuring delivery of cutting-edge optical solutions.
Highly skilled in the design and implementation of advanced optical systems, including Laser and LED Optics for coherent and incoherent light applications, Micro-Optics, Waveguides, and Illumination Optics. Proficient in Imaging, Diffractive Optics, and Fiber-Based Sensing Systems for precision measurement and monitoring.
Skills
- Optical Design
- Optical Metrology
- Advanced Optical Measurement Techniques – Free Space And Waveguides
- Optical Characterisation
- Tracepro
- Lighttools
- Zemax Opticstudio
- Laser And Led Optics
- Waveguides And Light Guides
- Illumination
- Imaging Optics
- Diffractive Optics
- Fiber-based Sensing Systems
- Sensors
- Device Prototyping And Experimental Verification Of The Optical Device
- Device Modeling Using Lighttools, Tracepro, And Zemax Opticstudio
- Polymer Lens Design (Pmma, Polycarbonate)
- Injection Molding For Lens Manufacturing
- Hands-on Experience In Fiber Optics
- Utilization Of Various Light Sources In Device Modeling
- Optical Component Characterization
- Device Characterization
Languages
Education
IZMIR INSTITUTE OF TECHNOLOGY
PhD in Optics · Optics · İzmir, Turkey
IZMIR INSTITUTE OF TECHNOLOGY
MSc in Photonics · Photonics · İzmir, Turkey
EGE UNIVERSITY
Bachelor of Science · Electrical & Electronics Engineering · İzmir, Turkey
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