{"schemaVersion":"jobsearcher.job.v1","id":"5a2fa8dd7aed05fa59dcc97d","url":"https://jobsearcher.com/jobs/5a2fa8dd7aed05fa59dcc97d","canonicalUrl":"https://jobsearcher.com/jobs/5a2fa8dd7aed05fa59dcc97d","title":"Optical Engineer","description":"Join Our Team at TransWave Photonics\n\nAre you passionate about shaping the future of photonic integration technology?\n\nAt TransWave Photonics, we’re pushing the boundaries of innovation and seeking talented individuals to join our dynamic, forward-thinking team. If you’re excited about contributing to groundbreaking advancements in photonic circuits and systems, we invite you to explore the opportunities we offer.\n\nEven if you don't see a position that matches your skills, send us your resume and tell us why you’d be a great fit for our team.\nOptical EngineerFull-time · Austin, TX, USA · OnsiteCloses Dec 1, 2026\nJob type\nFull-time\nHiring window\nApr 2026 – Nov 2026\nLocation\nAustin, TX, USA · Onsite\nEligibility requirement\nUS Citizenship or Permanent Residency is required.\nExperience\n3 years (optical / opto mechanical / laser systems)\nCompensation\n$90k – $120k base bonus (DOE)\nSummary\n\nWe are seeking an Optical Engineer to lead the design and development of advanced optical components and photonic subsystems for high power laser and LED platforms. This role requires strong proficiency in Zemax, deep experience in lens design from concept to manufacturing, and hands on optical characterization. Candidates should have a strong command of semiconductor laser/LED device physics and demonstrated experience characterizing high power optical sources.\n\nResponsibilities\nPerform advanced optical design and simulation using Zemax , including imaging systems, non imaging optics, mini lens arrays, illumination optics, and beam shaping modules.\nOwn the full optical design lifecycle: initial design, tolerance analysis, prototype fabrication, vendor communication, metrology, and performance validation.\nDesign and optimize fiber coupling optics for high power semiconductor lasers and LED sources, including alignment strategies and coupling efficiency optimization.\nDevelop beam combining architectures for high power or multi emitter systems.\nCharacterize high power semiconductor lasers and LEDs, including L I V curves, near field/far field measurements, spectral analysis, thermal behavior, and beam quality metrics.\nApply mid to advanced level device physics to guide optical design choices, interpret measurements, and assess device level performance limits.\nWork closely with mechanical, electronics, and manufacturing teams to ensure robust opto mechanical integration and manufacturability.\nSupport prototyping, test setup design, optical alignment, troubleshooting, and transition to production.\nPrepare optical documentation including specifications, test procedures, tolerancing reports, and manufacturing packages.\nRequired experience / Capability\nBachelor’s or Master’s degree in Optics, Physics, Photonics, EE (photonics focus), or related field.\nStrong proficiency with Zemax (OpticStudio) , including tolerancing, optimization, non sequential modeling, and stray light considerations.\nHands on experience designing lenses or optical assemblies that have been manufactured and tested (prototype or production).\nExperience designing mini lens arrays, illumination optics, or beam shaping elements for the near IR and mid IR spectral ranges.\nDemonstrated ability to characterize high power semiconductor lasers or LEDs.\nSolid understanding of device physics for LEDs and laser diodes (recombination mechanisms, thermal effects, cavity dynamics, optical confinement, etc.).\nProficiency with optical metrology tools: beam profilers, spectrometers, optical power meters, goniometers, interferometers, or imaging systems.\nStrong analytical skills in geometrical and physical optics.\nEffective collaboration with cross disciplinary teams, including mechanical, electronics, and manufacturing.\nAbility to meet deadlines and manage multiple development tasks.\nAdditional desired experience / Capability\nMATLAB or Python for optical data analysis and simulation.\nExperience with stray light analysis or illumination system design.\nUnderstanding of high power laser safety, thermal management, and reliability considerations.\nExperience with vendor interfaces for custom lens fabrication or specialty optical components.\nExperience with LED packaging, optical coatings, or micro optics fabrication processes.\nFamiliarity with MIL STD environmental or ruggedization requirements.\nExperience with interferometric testing or wavefront analysis.\nExperience with diffractive optical elements (DOEs), microlens arrays, or freeform optics.\nBenefits\nFlexible PTO bank\nMedical Insurance\nDental Insurance\nParental Leave\nRetirement Plan Matching\nHow to apply\n\nSend your resume and a brief note about relevant projects to info@transwavephotonics.com We value diversity and welcome applicants from all backgrounds. Candidates must be legally authorized to work in the United States.\n\ninfo@transwavephotonics.com","company":"Transwavephotonicsll","rawCompany":"transwavephotonicsll","city":"Austin","state":"TX","isRemote":false,"isActive":false,"createdAt":"2026-11-12T10:55:37.679Z","occupations":[{"code":"17-2199.07","title":"Photonics Engineers","slug":"photonics-engineers"},{"code":"17-2199.00","title":"Engineers, All Other","slug":"engineers-all-other"},{"code":"17-3029.08","title":"Photonics Technicians","slug":"photonics-technicians"}],"industries":[{"code":"334511","title":"Search, Detection, Navigation, Guidance, Aeronautical, and Nautical System and Instrument Manufacturing","slug":"search-detection-navigation-guidance-aeronautical-and-nautical-system-and-instrument-manufacturing"},{"code":"334413","title":"Semiconductor and Related Device Manufacturing","slug":"semiconductor-and-related-device-manufacturing"},{"code":"334419","title":"Other Electronic Component Manufacturing","slug":"other-electronic-component-manufacturing"}],"jobPosting":{"@context":"https://schema.org","@type":"JobPosting","title":"Optical Engineer","description":"Join Our Team at TransWave Photonics\n\nAre you passionate about shaping the future of photonic integration technology?\n\nAt TransWave Photonics, we’re pushing the boundaries of innovation and seeking talented individuals to join our dynamic, forward-thinking team. If you’re excited about contributing to groundbreaking advancements in photonic circuits and systems, we invite you to explore the opportunities we offer.\n\nEven if you don't see a position that matches your skills, send us your resume and tell us why you’d be a great fit for our team.\nOptical EngineerFull-time · Austin, TX, USA · OnsiteCloses Dec 1, 2026\nJob type\nFull-time\nHiring window\nApr 2026 – Nov 2026\nLocation\nAustin, TX, USA · Onsite\nEligibility requirement\nUS Citizenship or Permanent Residency is required.\nExperience\n3 years (optical / opto mechanical / laser systems)\nCompensation\n$90k – $120k base bonus (DOE)\nSummary\n\nWe are seeking an Optical Engineer to lead the design and development of advanced optical components and photonic subsystems for high power laser and LED platforms. This role requires strong proficiency in Zemax, deep experience in lens design from concept to manufacturing, and hands on optical characterization. Candidates should have a strong command of semiconductor laser/LED device physics and demonstrated experience characterizing high power optical sources.\n\nResponsibilities\nPerform advanced optical design and simulation using Zemax , including imaging systems, non imaging optics, mini lens arrays, illumination optics, and beam shaping modules.\nOwn the full optical design lifecycle: initial design, tolerance analysis, prototype fabrication, vendor communication, metrology, and performance validation.\nDesign and optimize fiber coupling optics for high power semiconductor lasers and LED sources, including alignment strategies and coupling efficiency optimization.\nDevelop beam combining architectures for high power or multi emitter systems.\nCharacterize high power semiconductor lasers and LEDs, including L I V curves, near field/far field measurements, spectral analysis, thermal behavior, and beam quality metrics.\nApply mid to advanced level device physics to guide optical design choices, interpret measurements, and assess device level performance limits.\nWork closely with mechanical, electronics, and manufacturing teams to ensure robust opto mechanical integration and manufacturability.\nSupport prototyping, test setup design, optical alignment, troubleshooting, and transition to production.\nPrepare optical documentation including specifications, test procedures, tolerancing reports, and manufacturing packages.\nRequired experience / Capability\nBachelor’s or Master’s degree in Optics, Physics, Photonics, EE (photonics focus), or related field.\nStrong proficiency with Zemax (OpticStudio) , including tolerancing, optimization, non sequential modeling, and stray light considerations.\nHands on experience designing lenses or optical assemblies that have been manufactured and tested (prototype or production).\nExperience designing mini lens arrays, illumination optics, or beam shaping elements for the near IR and mid IR spectral ranges.\nDemonstrated ability to characterize high power semiconductor lasers or LEDs.\nSolid understanding of device physics for LEDs and laser diodes (recombination mechanisms, thermal effects, cavity dynamics, optical confinement, etc.).\nProficiency with optical metrology tools: beam profilers, spectrometers, optical power meters, goniometers, interferometers, or imaging systems.\nStrong analytical skills in geometrical and physical optics.\nEffective collaboration with cross disciplinary teams, including mechanical, electronics, and manufacturing.\nAbility to meet deadlines and manage multiple development tasks.\nAdditional desired experience / Capability\nMATLAB or Python for optical data analysis and simulation.\nExperience with stray light analysis or illumination system design.\nUnderstanding of high power laser safety, thermal management, and reliability considerations.\nExperience with vendor interfaces for custom lens fabrication or specialty optical components.\nExperience with LED packaging, optical coatings, or micro optics fabrication processes.\nFamiliarity with MIL STD environmental or ruggedization requirements.\nExperience with interferometric testing or wavefront analysis.\nExperience with diffractive optical elements (DOEs), microlens arrays, or freeform optics.\nBenefits\nFlexible PTO bank\nMedical Insurance\nDental Insurance\nParental Leave\nRetirement Plan Matching\nHow to apply\n\nSend your resume and a brief note about relevant projects to info@transwavephotonics.com We value diversity and welcome applicants from all backgrounds. Candidates must be legally authorized to work in the United States.\n\ninfo@transwavephotonics.com","datePosted":"2026-11-12T10:55:37.679Z","dateModified":"2026-11-12T10:55:37.679Z","hiringOrganization":{"@type":"Organization","name":"Transwavephotonicsll","sameAs":"https://jobsearcher.com"},"jobLocation":{"@type":"Place","address":{"@type":"PostalAddress","addressLocality":"Austin","addressRegion":"TX","addressCountry":"US"}},"identifier":{"@type":"PropertyValue","name":"JobSearcher","value":"5a2fa8dd7aed05fa59dcc97d"},"url":"https://jobsearcher.com/jobs/5a2fa8dd7aed05fa59dcc97d"}}