This certificate is designed for new or rising EO/IR system developers, managers, designers, program managers, and product leaders of a company or within the Department of Defense. It will also benefit those needing refresher training or any EO/IR manufacturing professional with an interest in designing, developing, and sustaining a culture of continuous product improvements.
Get well-acquainted with the basics of electro-optical/infrared systems (EO-IR) sensor and system design and the uses of this technology across various applications through this introductory course. From requirements flow down to hardware testing, all of the elements of an EO-IR sensor/system/...
View Course Details »This course emphasizes first-order, system-level estimates of optical performance. Building on the basic principles of optical design, you will study numerous practical examples to illustrate the systems-engineering processes of requirements analysis, feasibility and trade studies, subsys...
View Course Details »In the Infrared Technology and Applications - Open Access course, you will explore infrared systems engineering with an emphasis on military systems. Examine problem-solving, design, and analysis techniques with emphasis on experience-based rules of thumb and develop a perspective...
View Course Details »Gain a true understanding of military laser principles and applications. In this course, you will review and understand the fundamental physics and technology of underlying laser and laser-based systems, including basic operating principles and device capabilities. What's more, you will ex...
View Course Details »In this course, you will develop the techniques of modeling and simulation for modern electro-optical and infrared (EO/IR) systems. Learn modeling techniques to sensor systems design, analysis, test and evaluation, and performance assessment. Plus, cover basic EO/IR physics principles, fundame...
View Course Details »Opto-mechanical design brings together the many components required to build optical, electro-optical and infrared hardware. This is the part of the engineering cycle where all design concepts are expected to be resolved into real-world components that can be either bought or built. To prepare...
View Course Details »Inertial stabilization, pointing, and tracking systems are designed to control the line-of-sight of an ever-increasing array of sensors, weapons, and other payloads of all sizes used in scientific, military, or commercial endeavors. Typical system configurations range from simple and almost cr...
View Course Details »In this course, learn a modern treatment of geometrical and image-forming optics, including cardinal points, marginal and chief rays, stops and pupils, F/# and field of view, paraxial raytracing, real raytracing, paraxial radiometry for flux transfer calculations, Seidel aberration contributio...
View Course Details »Become a radiometric problem solver. In this Radiometry and Applications course, you will gain knowledge about the transfer of optical radiant power between a source and a receiver for a variety of source, material, and receiver combinations. This foundational course in radiometry is subdivide...
View Course Details »Build upon your foundational knowledge of missile design and system engineering. In this course, you will identify key considerations, including the broad range of alternatives in meeting performance, cost risk, and other measures of merit requirements such as robustness, lethality, guidance, ...
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