Teledyne
Manufactures sensors, imaging systems, and avionics
Systems Engineering Intern - Summer 2027
On-site in Huntsville; interns must provide their own housing.
About the job
- Be currently enrolled in an accredited college or university and have completed at least two years toward a degree in Systems Engineering or a related field.
- Be a U.S. citizen due to classified work and related facility access restrictions.
- Develop, maintain, and update SysML-based system models using Cameo Systems Modeler.
- Apply model-based systems engineering practices to requirements decomposition and traceability, functional, logical, and system architecture development, interface identification and analysis, and verification and validation planning.
- Collaborate with software engineers to ensure models reflect current system intent and engineering priorities, while improving or reshaping engineering workflows when model-based approaches provide clear benefit.
- Communicate complex technical concepts through diagrams, views, and model-based products.
- Knowledge of developing system models using Cameo Systems Modeler.
- Working knowledge of SysML, including Block Definition Diagrams, Internal Block Diagrams, activity diagrams, sequence diagrams, and requirements diagrams.
- Understanding of core systems engineering principles, including requirements management, system decomposition and architecture, interfaces and system boundaries, and system lifecycle considerations.
- Ability to apply engineering concepts in a practical, project-driven environment.
- Familiarity with digital engineering concepts and practices.
- Experience using GitLab.
About the company
Teledyne designs and manufactures sensors, imaging cameras, and electronics for aerospace, defense, environmental monitoring, and medical imaging. Its products combine core sensing and imaging capabilities into integrated solutions, including digital imaging sensors, high-reliability cameras, instrumentation, aerospace and defense electronics, and engineered systems for harsh environments. The company differentiates itself by growing through targeted acquisitions, building a diversified portfolio with specialized capabilities and high barriers to entry. Its goal is to expand capabilities and market reach by acquiring complementary technologies while delivering reliable sensing and imaging technology for critical industries.
Company Size
11-50
Company Stage
IPO
Headquarters
Thousand Oaks, California
Founded
1960
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Simplify's Take
What believers are saying
- July 2026 Teledyne raised full-year revenue outlook to about $6.53 billion.
- September 2026 won $15.4 million European drone energetics contract, expandable beyond $50 million.
- August 2026 Roman launch and September 2026 Sentinel-3C/FLEX launches validated Teledyne space imaging dominance.
What critics are saying
- February 2026 BIS penalties exposed export-control weakness inside Teledyne FLIR and HiRel.
- December 2025 DOJ settlement showed legacy compliance risk across defense hardware businesses.
- Short-cycle businesses limit visibility; one program slip or Varex integration miss hits 2026 margins.
What makes Teledyne unique
- Teledyne owns mission-critical sensors flying on NASA, ESA, and defense platforms globally.
- Its portfolio spans imaging, instrumentation, aerospace electronics, and engineered systems across deep-cycle markets.
- Acquisition discipline built niche leadership in FLIR, e2v, HiRel, and space imaging.
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Benefits
Hybrid Work Options
Company News
Teledyne e2v has launched Nexora, a new family of CMOS image sensors designed for high-speed machine vision applications. The sensors are available in 12MP and 16MP resolutions, in both monochrome and colour versions. Nexora features proprietary backside-illuminated pixel technology, which positions the photodiode closer to incoming light, achieving quantum efficiency of up to 73% at 550nm and 15% at 940nm. This improves performance in challenging lighting conditions and near-infrared applications. The sensors utilise a 3D-stacked architecture that integrates multiple functions within a compact, multilayer structure. They come with a versatile LVDS interface compatible with various FPGAs and image signal processors. Target applications include high-resolution machine vision, intelligent traffic systems, and outdoor surveillance. Documentation and samples are now available upon request.
Teledyne Space Imaging's sensor technology launched aboard two European Space Agency Earth observation missions, Sentinel-3C and FLEX, on a Vega C rocket from French Guiana. Teledyne supplied five CCD55-20 detectors for Sentinel-3C's Ocean and Land Colour Instrument, which will map ocean colour, vegetation cover, and land use. Sentinel-3C is the third satellite in the Sentinel-3 series, part of the EU's Copernicus Earth observation programme. For the FLEX mission, Teledyne provided three CCD325 detectors designed to measure fluorescent signals from plants during photosynthesis. The data will help scientists understand plant health, carbon dioxide absorption, and ecosystem functioning. Teledyne Space Imaging has contributed to more than 250 space projects for agencies including NASA, ESA, JAXA, and KASA.
Teledyne e2v has launched Perciva ToF, an industrial-grade 3D Time-of-Flight camera designed for demanding environments. The camera targets applications in logistics, robotics, inspection, and surveillance. Powered by Teledyne e2v's Hydra3D+ CMOS image sensor, Perciva ToF features 832 x 600 pixel resolution and patented HiRho technology. Its 10-micrometre three-tap pixel architecture enables longer operating distances and reliable detection of low-reflectivity materials whilst imaging fast-moving objects without motion artefacts. The camera includes factory calibration and on-camera processing, delivering depth maps and point cloud data through a GigE interface. Its design allows operation in challenging conditions, including varying outdoor illumination and interference from other systems. Perciva ToF will be demonstrated at VISION in Stuttgart from 6-8 October 2026.
Fortive appoints financial executive Susan Main to Board of Directors. * September 11, 2026 Fortive Corporation announced the strategic appointment of Susan L. Main to its Board of Directors today. Consequently, this executive move expands the governing board from eight to nine total members. Furthermore, the company concurrently named Main as a key member of its Audit Committee. Main brings decades of corporate leadership, operational financial expertise, and regulatory oversight experience. Shar Dubey, Chair of the Board, said, "Sue brings deep financial and operational expertise, an independent perspective, and a strong track record of oversight as a public company director. Her extensive leadership experience and her commitment to strong governance will be invaluable as the Board oversees Fortive's operations, financial reporting, and risk management." Most recently, Main served as Senior Vice President and Chief Financial Officer at Teledyne Technologies Incorporated. She directed global finance, financial reporting, compliance, and risk management between 2012 and 2023. Before that, she served as Vice President and Controller at Teledyne from 2004 to 2012. Earlier in her career, Main held executive finance positions at Water Pik Technologies. Additionally, she managed audit roles at Allegheny Teledyne and Hughes Aircraft Company. Fortive has a lot of administrative experience, giving it a great deal of control over industrial technology. Broad industrial technology leadership strengthens growth strategy. In addition to her corporate roles, Main serves on the board of major public enterprises in governance capacities. She is currently a member of the Board of Directors of Allegion plc. She is a distinguished chair of the Audit and Finance Committee. Moreover, she acts as Lead Director for Ashland Inc., serving on two critical committees. Previously, she served as a valued director at Garrett Motion Inc. Main holds an accounting degree from California State University, Fullerton. Olumide Soroye, Fortive's President and Chief Executive Officer, said, "We are pleased to welcome Sue to our Board. Her accomplishments as both an executive and a director, together with her extensive experience in industrial technology, will make her a valuable voice on the Board and the Audit Committee as we progress our Fortive Accelerated strategy." Meanwhile, Fortive continues executing its core growth roadmap across industrial sectors. Therefore, adding seasoned financial leaders reinforces Fortive and its long-term enterprise value creation. For more stories on executive leadership and business innovations, explore its CXO Insiders for the latest updates.
Machine Vision Device Market to expand at 11.5% CAGR as ai-driven automation reshapes industrial inspection. The Machine Vision Device Market is moving beyond conventional camera-based inspection and becoming a core intelligence layer for automated manufacturing. As factories demand higher throughput, tighter tolerances and fewer manual quality checks, machine vision devices are increasingly responsible for seeing, measuring, identifying and guiding production decisions in real time. The market is projected to grow strongly through 2034, supported by accelerating adoption of 2D and 3D vision, AI-enabled image processing, robotics and automated quality control. Recent market estimates place the global opportunity at approximately 12.5 billion in 2025, with an industry forecast indicating an 11.5% CAGR through 2034. Market Dynamics The strongest growth driver is the industrial shift from inspection after production to continuous, data-driven quality assurance. Machine vision devices can inspect components at production speed while identifying defects, dimensional deviations, incorrect assembly and surface imperfections. This is particularly valuable in automotive, electronics, semiconductor, pharmaceutical, food and packaging operations. AI is also changing the economics of machine vision. Traditional rule-based inspection can struggle with product variation, complex surfaces and changing production conditions. Deep-learning vision systems can handle more variable visual patterns, allowing manufacturers to deploy inspection across higher-mix production environments. Discover more Try Photo Hosting The key restraint remains integration complexity. Vision devices often need appropriate lighting, optics, computing infrastructure, software and industrial communication interfaces. Poor system calibration or inadequate integration can reduce the expected return on investment. Supply-chain constraints involving sensors, processors and specialized components can also affect deployment timelines. Key Players Analysis Competition is increasingly divided between established vision specialists and broader automation companies. Cognex Corporation remains a prominent participant, particularly across industrial inspection and identification applications. KEYENCE, Basler, SICK, OMRON, Teledyne Technologies, FANUC, MVTec Software and other technology providers compete across cameras, sensors, software, robotics and integrated vision platforms. The competitive advantage is shifting from hardware specifications alone toward complete solutions. Vendors able to combine high-speed imaging, edge processing, AI algorithms, industrial connectivity and easy configuration are better positioned to capture recurring demand. Regional Analysis Asia-Pacific represents the most strategically important growth center because of its large electronics, automotive, semiconductor and industrial manufacturing base. China, Japan, South Korea and India are increasing investments in factory automation, robotics and intelligent inspection. Asia-Pacific accounted for 43.7% of the broader global machine vision market in 2025, demonstrating the region's manufacturing influence. Discover more Video Content Promotion Market Trend Reports Content Promotion Services North America benefits from advanced automation adoption, reshoring initiatives and strong demand for inspection technologies across aerospace, medical devices, automotive and electronics. Europe remains highly relevant because of its engineering-intensive automotive and machinery industries, with Germany serving as an important automation hub. Recent industry developments are centered on AI-powered inspection, 3D perception, edge computing and robotics integration. Manufacturers increasingly want vision systems that can make decisions directly on production equipment rather than continuously transferring image data to centralized systems. The expansion of 3D machine vision is particularly significant. Three-dimensional sensing enables machines to understand depth, geometry and object positioning, making it valuable for robotic picking, dimensional inspection and complex assembly. The broader 3D machine vision segment is forecast to grow rapidly as manufacturers pursue higher precision and more flexible automation. Market Segmentation The Machine Vision Device Market can be segmented by: | Segment | Key Categories | | Type | 2D Vision Systems, 3D Vision Systems, Hyperspectral Imaging Systems, Laser Scanners, Thermal Cameras | | Application | Quality Inspection, Measurement, Identification, Positioning & Guidance | | Technology | Rule-Based Vision, AI-Based Vision, Deep Learning | | End Use | Automotive, Electronics, Manufacturing, Pharmaceuticals, Food & Beverage, Logistics | | Distribution | Direct Sales, Distributors, Online Platforms | The strongest commercial opportunity is emerging where vision systems are integrated directly into automated production and robotic workflows rather than purchased as standalone inspection equipment. What is driving the Machine Vision Device Market? Industrial automation, quality-control requirements, robotics integration, AI adoption and demand for real-time inspection are the primary growth factors. Which technology is gaining importance? 3D vision and AI-enabled machine vision are gaining substantial attention because they support complex inspection, robotic guidance and variable production environments. Which region offers strong growth potential? Asia-Pacific remains a major opportunity because of its manufacturing scale and accelerating factory automation investments. What industries use machine vision devices? Major applications include automotive, electronics, semiconductor manufacturing, pharmaceuticals, food and beverage, packaging, logistics and general manufacturing. What is the market growth outlook? The market is expected to maintain strong expansion through 2034, with one recent industry estimate projecting an 11.5% CAGR over the forecast period. Thanks for reading this article; you can also get individual chapter-wise sections or region-wise report versions like North America, LATAM, Europe, or Southeast Asia. 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