Teledyne Technologies Incorporated
aerospace and defense
EO/IRImagingSystemsEngineer
Neural analysis suggests this role is
optimal for Mid+ candidates.
“EO/IR Imaging Systems Engineer at Teledyne Technologies Incorporated. Skills: EO/IR Imaging Systems, MWIR performance, image performance, MATLAB, FPGA based systems, image processing pipelines. support the development, integration, and optimization of advanced imaging systems, with a primary focus on MWIR platforms. provide system level technical ownership of image performance”
Industry & Context.
problem-solving skills; Analyze and mitigate image artifacts, noise sources, and performance limitations; Assist with root‑cause analysis of integration or field issues
U. S. citizen, U. S. national, legal permanent resident, asylee, refugee or must be eligible to apply for and obtain the appropriate export control license from the U. S. Departments of State or Commerce.
What They're Looking For.
Must Have
Bachelor’s degree with 6–10 years of relevant experience, or Master’s degree with 4–8 years of relevant experience, in Electrical Engineering, or a related field, 3–7+ years of experience in imaging systems, EO/IR systems, or electronics intensive product development, hands-on experience with electronics design, troubleshooting, and system integration, Experience using MATLAB for image processing, data analysis, or algorithm development, Familiarity with FPGA based systems and image processing pipelines, Experience characterizing and optimizing imaging system performance, analytical, documentation, and problem-solving skills, Ability to work effectively in a cross functional, fast paced development environment, Applicants must be either a U. S. citizen, U. S. national, legal permanent resident, asylee, refugee or must be eligible to apply for and obtain the appropriate export control license from the U. S. Departments of State or Commerce.
Nice to Have
Experience with MWIR imaging systems and cooled detectors preferred, Experience supporting DVT, qualification, or NPI activities preferred, Familiarity with optical performance metrics such as noise, uniformity, resolution, or image artifacts preferred, Experience providing system level technical leadership on complex products preferred
What You'll Do.
support the development
and optimization of advanced imaging systems
with a primary focus on MWIR platforms
provide system level technical ownership of image performance
works across electronics
and systems engineering disciplines to ensure robust and reliable imaging performance
contributes across the full product lifecycle
from early concept and system architecture through design
design validation Test (DVT)
new product introduction (NPI)
and product sustainment
analyze image performance issues
drive cross discipline collaboration
help ensure predictable program execution
and optimize EO/IR imaging systems
with emphasis on MWIR performance
Support system architecture development and requirements decomposition related to image quality and performance
Provide system level ownership of image performance throughout development and test phases
Analyze and mitigate image artifacts
and performance limitations using measured data
Use MATLAB and data analysis tools to evaluate image performance metrics and characterization results
Drive design improvements based on system level performance measurements
Support detector front‑end electronics and integrated dewar cooler assemblies (IDCAs)
Contribute to FPGA based image pipelines
including interface definition
Collaborate with firmware and algorithm teams to resolve system interaction issues affecting image quality
Assist with root‑cause analysis of integration or field issues related to imaging performance
and systems engineers throughout development and sustainment
How You'll Work.
Team & Collaboration
works across electronics, FPGA, firmware, algorithms, optics, and systems engineering disciplines; drive cross discipline collaboration; Collaborate with firmware and algorithm teams; Work closely with EE, FPGA, software, optics, mechanical, and systems engineers
Process & Methodology
predictable program execution
Full Job Description
**Be visionary** Teledyne Technologies Incorporated provides enabling technologies for industrial growth markets that require advanced technology and high reliability. These markets include aerospace and defense, factory automation, air and water quality environmental monitoring, electronics design and development, oceanographic research, deepwater oil and gas exploration and production, medical imaging and pharmaceutical research. We are looking for individuals who thrive on making an impact and want the excitement of being on a team that wins. **Job Description** **Job Summary:** Teledyne FLIR Defense is seeking an EO/IR Imaging Systems Engineer to support the development, integration, and optimization of advanced imaging systems, with a primary focus on MWIR platforms. This role provides system level technical ownership of image performance and works across electronics, FPGA, firmware, algorithms, optics, and systems engineering disciplines to ensure robust and reliable imaging performance. The Imaging Systems Engineer contributes across the full product lifecycle, from early concept and system architecture through design, integration, design validation Test (DVT), new product introduction (NPI), and product sustainment. The role requires a hands on engineer who can analyze image performance issues, drive cross discipline collaboration, and help ensure predictable program execution. **Primary Job Duties & Responsibilities:** * Develop, integrate, and optimize EO/IR imaging systems, with emphasis on MWIR performance * Support system architecture development and requirements decomposition related to image quality and performance * Provide system level ownership of image performance throughout development and test phases * Analyze and mitigate image artifacts, noise sources, and performance limitations using measured data * Use MATLAB and data analysis tools to evaluate image performance metrics and characterization results * Drive design improvements based on syst
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