Course Search Results
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- Program: Defense Technology
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Courses
1. Basic Antenna Concepts (DEF 1501P)
Understand the fundamental properties, operations, utilizations and applications of antennas. Focus on intuitive physical explanations and laboratory demonstrations.
Learn more about the course on Basic Antenna Concepts »Active Sections
- Denver (Country Inn & Suites) (OPEN) Jun 4, 2013 (Tue) - Jun 6, 2013 (Thu)
- Las Vegas (Marriott Suites) (OPEN) Aug 13, 2013 (Tue) - Aug 15, 2013 (Thu)
- San Diego (GTRI Field Office) (OPEN) Oct 22, 2013 (Tue) - Oct 24, 2013 (Thu)
2. Near-Field Antenna Measurement Techniques (ELEC 2002P)
Explore the state of the art in near-field antenna measurement techniques. Examine all three types of near-field ranges: planar surface, cylindrical surface, and spherical surface.
Learn more about the course on Near-Field Antenna Measurement Techniques »Active Sections
- Boulder (Hotel Boulderado) (OPEN) Jun 10, 2013 (Mon) - Jun 14, 2013 (Fri)
3. Fundamentals of Radar Signal Processing (DEF 3505P)
Review basic signal analysis concepts, with emphasis on Fourier transform relations and sampling. (Click on course title to access video sample.)
Learn more about the course on Fundamentals of Radar Signal Processing »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jun 17, 2013 (Mon) - Jun 20, 2013 (Thu)
- Orlando (Shades of Green Resort) (OPEN) Sep 9, 2013 (Mon) - Sep 12, 2013 (Thu)
4. Basic Radar Concepts (DEF 3501P)
Gain an understanding of the fundamental principles of modern radar technology in simple, easy-to-understand terms.
Learn more about the course on Basic Radar Concepts »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jun 18, 2013 (Tue) - Jun 20, 2013 (Thu)
- Orlando (Shades of Green Resort) (OPEN) Sep 10, 2013 (Tue) - Sep 12, 2013 (Thu)
5. Basic RF Electronic Warfare Concepts (DEF 2501P)
Understand the underlying principles of operation of both radar-controlled weapon systems and EW systems designed to counter them, as well as the test & evaluation of these systems.
Learn more about the course on Basic RF Electronic Warfare Concepts »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jun 18, 2013 (Tue) - Jun 20, 2013 (Thu)
- Denver (Country Inn & Suites) (OPEN) Jul 30, 2013 (Tue) - Aug 1, 2013 (Thu)
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 17, 2013 (Tue) - Sep 19, 2013 (Thu)
6. Phased Array Antennas for Radar and Communications (DEF 1502P)
Learn more about phased array antenna theory, design practices, and state-of-the-art technologies.
Learn more about the course on Phased Array Antennas for Radar and Communications »Active Sections
- San Diego (GTRI Field Office) (OPEN) Jun 18, 2013 (Tue) - Jun 20, 2013 (Thu)
7. Introduction to Laser Radar (DEF 3506P)
Learn about active remote sensing systems, including the various types of LADAR (laser radar), their main components, and their performance limitations.
Learn more about the course on Introduction to Laser Radar »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Jun 25, 2013 (Tue) - Jun 28, 2013 (Fri)
8. Introduction to Network-Centric Warfare Technologies, Systems and Test and Evaluation (DEF 2508P)
Commercial technologies and systems developed for the military are being combined to provide connectivity at all levels of command and operational environments. Get a practical, hands-on introduction to command and control concepts, systems, and test & evaluation.
Learn more about the course on Introduction to Network-Centric Warfare Technologies, Systems and Test and Evaluation »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Jun 25, 2013 (Tue) - Jun 27, 2013 (Thu)
9. Radar Performance: Principles and Limitations (DEF 3507P)
Get an overview of the operation of coherent radar systems, with several diverse applications, and an understanding of the performance limitations relative to the ideal system.
Learn more about the course on Radar Performance: Principles and Limitations »Active Sections
- Denver (Country Inn & Suites) (OPEN) Jul 8, 2013 (Mon) - Jul 11, 2013 (Thu)
10. Fundamentals of Modern Systems Engineering (DEF 4501P)
Address modern systems engineering principles through systems definition and requirements engineering to systems analysis and the design, implementation, operation, and technical management of systems projects, designed with substantial industry input.
Learn more about the course on Fundamentals of Modern Systems Engineering »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jul 15, 2013 (Mon) - Jul 19, 2013 (Fri)
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 18, 2013 (Mon) - Nov 22, 2013 (Fri)
11. Principles of Modern Radar (DEF 3502P)
Learn radar principles, systems, techniques, phenomenology, and the basics of radar technology.
Learn more about the course on Principles of Modern Radar »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jul 15, 2013 (Mon) - Jul 19, 2013 (Fri)
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 28, 2013 (Mon) - Nov 1, 2013 (Fri)
12. Military Laser Principles and Applications Open Access (DEF 3010P)
Understand the fundamental scientific basis of lasers and active optical sensors including a review of relevant technologies and important technical issues associated with designing systems incorporating lasers.
Learn more about the course on Military Laser Principles and Applications Open Access »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jul 16, 2013 (Tue) - Jul 19, 2013 (Fri)
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 22, 2013 (Tue) - Oct 25, 2013 (Fri)
13. Phased Array Radar Systems (DEF 3510P)
Get an overview of phased-array radar system requirements and operation, that is reinforced by application examples.
Learn more about the course on Phased Array Radar Systems »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Jul 16, 2013 (Tue) - Jul 18, 2013 (Thu)
14. DRFM Executive Overview (DEF 2509P)
Get a one-day detailed overview into Digital Radio Frequency Memory (DRFM) devices and discuss the key considerations when they are employed as radar jammers.
Learn more about the course on DRFM Executive Overview »Active Sections
- Arlington (GTRI Washington, D.C., Office) (OPEN) Jul 25, 2013 (Thu) - Jul 25, 2013 (Thu)
15. Space-Based Radar (DEF 1002P)
Explore theory, applications, and orbital considerations for both synthetic aperture radar and moving target indication modes.
Learn more about the course on Space-Based Radar »Active Sections
- Denver (Country Inn & Suites) (OPEN) Aug 5, 2013 (Mon) - Aug 9, 2013 (Fri)
16. Human Systems Integration (DEF 4504P)
Explore the principles of human factors engineering, personnel selection, training, safety, and other HSI technical domains. Learn how these activities across these separate areas should be integrated to reduce personnel costs and improve system performance.
Learn more about the course on Human Systems Integration »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Aug 6, 2013 (Tue) - Aug 8, 2013 (Thu)
17. Image Fusion (DEF 8103P)
Master fundamental concepts of advanced image fusion architecture for military, intelligence, and civil applications.
Learn more about the course on Image Fusion »Active Sections
- Arlington (GTRI Washington, D.C., Office) (OPEN) Aug 6, 2013 (Tue) - Aug 8, 2013 (Thu)
18. Synthetic Aperture Radar Image Formation Processing (DEF 3514P)
Gain an in-depth study of signal processing options for synthetic aperture radar image formation.
Learn more about the course on Synthetic Aperture Radar Image Formation Processing »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Aug 12, 2013 (Mon) - Aug 15, 2013 (Thu)
19. Design of Experiments (DEF 5003P)
Learn the techniques for planning and completing studies in which the inputs to a system/process can be varied and the outputs observed. Explore efficient planning and analysis methods, including regression and analysis of variance, for determining which inputs have statistically significant effects on outputs. Gain hands-on experience using statapults, computer games, and simulations.
Learn more about the course on Design of Experiments »Active Sections
- Las Vegas (Marriott Suites) (OPEN) Aug 13, 2013 (Tue) - Aug 15, 2013 (Thu)
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 21, 2013 (Mon) - Oct 23, 2013 (Wed)
20. Phased Array Antennas and Adaptive Techniques (DEF 1504P)
Get an in-depth look at the hardware and software that comprise state-of-the-art adaptive phased-array systems.
Learn more about the course on Phased Array Antennas and Adaptive Techniques »Active Sections
- Arlington (GTRI Washington, D.C., Office) (OPEN) Aug 20, 2013 (Tue) - Aug 22, 2013 (Thu)
21. Principles of Pulse-Doppler Radar (DEF 3509P)
Get a fundamental understanding of Pulse-Doppler radar and how it is used to detect moving targets in the presence of background clutter
Learn more about the course on Principles of Pulse-Doppler Radar »Active Sections
- Denver (Country Inn & Suites) (OPEN) Aug 20, 2013 (Tue) - Aug 23, 2013 (Fri)
22. Radar Cross Section Reduction (DEF 2503P)
Get an overview of radar echo characteristics and how these characteristics may be controlled or modified, focusing on the principles of RCSR and basic concepts.
Learn more about the course on Radar Cross Section Reduction »Active Sections
- Orlando (Shades of Green Resort) (OPEN) Sep 9, 2013 (Mon) - Sep 11, 2013 (Wed)
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 14, 2013 (Mon) - Oct 16, 2013 (Wed)
23. Target Tracking in Sensor Systems (DEF 3520P)
Get an overview of the fundamentals of target tracking, and overviews the principles of the sensor systems for which target tracking algorithms are implemented.
Learn more about the course on Target Tracking in Sensor Systems »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 9, 2013 (Mon) - Sep 12, 2013 (Thu)
24. Adaptive Arrays: Algorithms, Architectures, and Applications (DEF 3503P)
Study in-depth adaptive signal processing algorithms and digital beamforming architectures that can be applied to any type of sensor array, with emphasis on radar and communications applications. Explore adaptive jammer cancellation techniques starting with the Wiener filter. Examine angle-of-arrival estimation with monopulse and super-resolution techniques. Delve into hardware implementation issues and the effects of array errors on performance.
Learn more about the course on Adaptive Arrays: Algorithms, Architectures, and Applications »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 10, 2013 (Tue) - Sep 13, 2013 (Fri)
25. Basic Airborne Fire Control Systems (DEF 1001P)
Understand the fundamental principles of aircraft fire control systems through interactive computer simulations and laboratory demonstrations.
Learn more about the course on Basic Airborne Fire Control Systems »Active Sections
- Orlando (Shades of Green Resort) (OPEN) Sep 10, 2013 (Tue) - Sep 12, 2013 (Thu)
26. Cyber Security: A Systems Approach (DEF 4513P)
This course walks through information security vulnerabilities to highlight the issues with complex systems.
Learn more about the course on Cyber Security: A Systems Approach »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 10, 2013 (Tue) - Sep 12, 2013 (Thu)
27. Fundamentals of Combat Modeling (DEF 4011P)
Examine how modelers develop combat or conflict models and how the results are used.
Learn more about the course on Fundamentals of Combat Modeling »Active Sections
- Quantico (GTRI Field Office) (OPEN) Sep 10, 2013 (Tue) - Sep 12, 2013 (Thu)
28. Fundamentals of Systems Architecting (DEF 4511P)
Learn fundamentals concepts of systems architecting as a critical part of systems engineering and development.
Learn more about the course on Fundamentals of Systems Architecting »Active Sections
- Orlando (Shades of Green Resort) (OPEN) Sep 10, 2013 (Tue) - Sep 12, 2013 (Thu)
29. Infrared Technology and Applications - Open Access (DEF 3001P)
Get an overview of infrared systems engineering, including the operating principles, with emphasis on military systems. (Click on course title to access video sample.)
Learn more about the course on Infrared Technology and Applications - Open Access »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 10, 2013 (Tue) - Sep 13, 2013 (Fri)
30. Antenna Engineering (ELEC 2001P)
Explore the theory and practice of antenna engineering, including the range of antenna properties and types from basic to state-of-the-art. (Click on course title to access video sample.)
Learn more about the course on Antenna Engineering »Active Sections
- Boulder (Hotel Boulderado) (OPEN) Sep 16, 2013 (Mon) - Sep 20, 2013 (Fri)
31. Digital Radio Frequency Memory (DRFM) Technology (DEF 2507P)
Study in depth digital radio frequency memory technology including application of the digital radio frequency memory to electronic attack, also known as electronic countermeasures and radar jamming.
Learn more about the course on Digital Radio Frequency Memory (DRFM) Technology »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 17, 2013 (Tue) - Sep 19, 2013 (Thu)
32. Principles of Continuous Wave Radar (DEF 3508P)
Compare the frequency modulated continuous waveform to other wideband waveforms. Consider low probability of intercept issues.
Learn more about the course on Principles of Continuous Wave Radar »Active Sections
- Denver (Country Inn & Suites) (OPEN) Sep 17, 2013 (Tue) - Sep 20, 2013 (Fri)
33. Principles of Problem Solving (DEF 4519P)
Learn the fundamental principles to develop good problem solving skills.
Learn more about the course on Principles of Problem Solving »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 17, 2013 (Tue) - Sep 19, 2013 (Thu)
34. Transmit/Receive Modules for Phased Array Radar: Components, Construction and Cost (DEF 1506P)
Gain an in-depth look at the hardware that comprises state-of-the-art transmit/receive modules.
Learn more about the course on Transmit/Receive Modules for Phased Array Radar: Components, Construction and Cost »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 17, 2013 (Tue) - Sep 19, 2013 (Thu)
35. Threat Radar Systems (DEF 3529P)
Learn the theory of operation, design philosophy, and describe the component technologies used in threat air defense radar systems.
Learn more about the course on Threat Radar Systems »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 23, 2013 (Mon) - Sep 27, 2013 (Fri)
36. Basic Concepts of RF Printed Circuits (DEF 1503P)
Build an intuitive understanding of how radio frequency printed circuits work. Explore the basics of electromagnetic fields and power transfer, printed circuit transmission and component topologies, and passive and active circuit architectures.
Learn more about the course on Basic Concepts of RF Printed Circuits »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 24, 2013 (Tue) - Sep 26, 2013 (Thu)
37. Introduction to FalconView™ Basic Operations (DEF 1012P)
Learn how to use FalconView for mission planning and situational awareness.
Learn more about the course on Introduction to FalconView™ Basic Operations »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 24, 2013 (Tue) - Sep 25, 2013 (Wed)
38. Cyber Security Essentials for Decision Making (DEF 4600P)
Explore emerging threats and operational challenges faced in securing sensitive data, networks, mobile devices, and applications, and learn the fundamentals of risk assessment and management, incident handling, business continuity planning, and associated legal/ethical issues.
Learn more about the course on Cyber Security Essentials for Decision Making »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 25, 2013 (Wed) - Sep 26, 2013 (Thu)
39. Advanced RF Electronic Warfare Principles (DEF 2502P)
Explore the most recent developments in electronic warfare technology, including advanced radio frequency countermeasures and electronic countermeasures techniques. (Click on course title to access video sample.)
Learn more about the course on Advanced RF Electronic Warfare Principles »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 30, 2013 (Mon) - Oct 4, 2013 (Fri)
40. Signal Processing Refresher (DEF 3521P)
Review basic techniques for representing and processing signals, with emphasis on methods commonly used in sensor processing systems such as communications, radar, infrared systems, and electronic warfare. (Click on course title to access video sample.)
Learn more about the course on Signal Processing Refresher »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Sep 30, 2013 (Mon) - Oct 2, 2013 (Wed)
41. Leading Systems Engineering Teams (DEF 4503P)
It's no accident that effective systems engineers excel in both management and technical disciplines. What can you learn from systems engineering to become a better manager?
Learn more about the course on Leading Systems Engineering Teams »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 1, 2013 (Tue) - Oct 3, 2013 (Thu)
42. Principles of Radar Electronic Protection (DEF 2505P)
Get an overview of the fundamental concepts of electronic protection, or electronic counter-countermeasures, beginning with a description of basic electronic warfare concepts, including noise jamming, range/velocity deception, and on-board and off-board angle deception.
Learn more about the course on Principles of Radar Electronic Protection »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 8, 2013 (Tue) - Oct 11, 2013 (Fri)
43. FalconView™ Advanced Users (DEF 1013P)
Cover the interoperation with other programs, basic data import and export capabilities, and get more detailed operational information.
Learn more about the course on FalconView™ Advanced Users »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 9, 2013 (Wed) - Oct 10, 2013 (Thu)
44. Creativity and Facilitation (DEF 4516P)
Explore creativity and how to substantially improve individual creativity skills using simple techniques and tools.
Learn more about the course on Creativity and Facilitation »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 15, 2013 (Tue) - Oct 17, 2013 (Thu)
45. Modeling & Simulation of RF Electronic Warfare Systems (DEF 4006P)
Develop the techniques for modeling & simulation of electronic attack systems as countermeasures to modern radar, communications, surveillance systems and RF-weapons, electronic protection designs, and systems to provide counter-countermeasure protection for modern RF systems and weapons.
Learn more about the course on Modeling & Simulation of RF Electronic Warfare Systems »Active Sections
- Arlington (GTRI Washington, D.C., Office) (OPEN) Oct 15, 2013 (Tue) - Oct 18, 2013 (Fri)
46. Radiometry and Applications (DEF 8112P)
Gain knowledge about the transfer of optical radiant power between a source and a receiver for a variety of source, material, and receiver combinationss.
Learn more about the course on Radiometry and Applications »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 16, 2013 (Wed) - Oct 18, 2013 (Fri)
47. Developing Radio Frequency (RF) Prototype Hardware (DEF 3526P)
Learn to design, build, and test radio frequency prototype hardware using easily obtainable commercial-off-the-shelf electronic components.
Learn more about the course on Developing Radio Frequency (RF) Prototype Hardware »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 22, 2013 (Tue) - Oct 24, 2013 (Thu)
48. Malware Analysis (DEF 4601P)
Gain a foundational understanding of malicious software, how malware has shaped the global cyber security landscape, and its future impact. Discussions and hands-on exercises will demonstrate malware analysis processes and their complexities as well as illustrate how to appropriately size, design and build an analytical capability best suited for your organization.
Learn more about the course on Malware Analysis »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 22, 2013 (Tue) - Oct 23, 2013 (Wed)
49. Optical Systems Engineering (DEF 8110P)
Use practical examples to learn the system-engineering processes of requirements analysis, feasibility and trade studies, subsystem interfaces, error budgets, requirements flowdown and allocation, component specifications, and vendor selection.
Learn more about the course on Optical Systems Engineering »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 22, 2013 (Tue) - Oct 24, 2013 (Thu)
50. Radar Software Engineering (DEF 3530P)
Obtain implementation and process requirements for the development of radar software functions and products required for an operational system, and develop an understanding of radar software technology history and how it applies to developing or upgrading a system to modern technologies.
Learn more about the course on Radar Software Engineering »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 22, 2013 (Tue) - Oct 24, 2013 (Thu)
51. Radar Waveforms: Properties, Analysis, Design and Application (DEF 3512P)
Gain an in-depth understanding of radar waveforms and the tools necessary to analyze, design and select radar waveforms for particular applications.
Learn more about the course on Radar Waveforms: Properties, Analysis, Design and Application »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 22, 2013 (Tue) - Oct 24, 2013 (Thu)
52. Modeling & Simulation for Systems Engineering (DEF 4003P)
Explore modeling & simulation, by using the modeling & simulation lifecycle as an outline for exploring systems engineering concepts.
Learn more about the course on Modeling & Simulation for Systems Engineering »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 28, 2013 (Mon) - Oct 31, 2013 (Thu)
53. Applied Design of Experiments for Test and Evaluation (DEF 5007P)
This course provides lessons and case studies of the application of Design of Experiments (DOE) in Test and Evaluation (T&E)
Learn more about the course on Applied Design of Experiments for Test and Evaluation »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Oct 29, 2013 (Tue) - Oct 31, 2013 (Thu)
54. SysML 101- Model-Based Engineering- Fundamentals: Understanding SysML Models (DEF 4508P)
Gain practical knowledge and skills to apply SysML essentials in your day-to-day work. Form a foundation to help define and realize the model-based engineering (MBE)/model-based systems engineering (MBSE) vision in your organization.
Learn more about the course on SysML 101- Model-Based Engineering- Fundamentals: Understanding SysML Models »Active Sections
- Arlington (GTRI Washington, D.C., Office) (OPEN) Oct 29, 2013 (Tue) - Oct 29, 2013 (Tue)
55. SysML 201-Model-Based Engineering-Fundamentals: Creating SysML Models (DEF 4509P)
Go beyond the comprehension skills you acquired in Model-Based Engineering (MBE) Using SysML: Essentials for Understanding SysML Models. Learn to implement essential concepts through hands-on sessions and exercises.
Learn more about the course on SysML 201-Model-Based Engineering-Fundamentals: Creating SysML Models »Active Sections
- Arlington (GTRI Washington, D.C., Office) (OPEN) Oct 30, 2013 (Wed) - Nov 1, 2013 (Fri)
56. EMC/EMI for Engineers and Engineering Managers (DEF 1515Q)
Master fundamental concepts of electromagnetic compatibility/interference or EMC/EMI. Examine various electromagnetic environments.
Learn more about the course on EMC/EMI for Engineers and Engineering Managers »Active Sections
- Tucson (GTRI Field Office) (OPEN) Nov 5, 2013 (Tue) - Nov 7, 2013 (Thu)
57. Chemical, Biological and Explosive Detection: Overview of Point and Standoff Sensing Technologies (DEF 8100P)
Be introduced to chemical, biological, and explosive (CBE) detection and identification techniques that are commonly utilized for military and civil applications. Get an overview of chemical, explosives and biological agents and features and phenomenology that may be interrogated by detection systems.
Learn more about the course on Chemical, Biological and Explosive Detection: Overview of Point and Standoff Sensing Technologies »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 6, 2013 (Wed) - Nov 8, 2013 (Fri)
58. Geometrical Optics & Image Quality (DEF 8108P)
Learn modern treatment of geometrical and image-forming optics.
Learn more about the course on Geometrical Optics & Image Quality »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 6, 2013 (Wed) - Nov 7, 2013 (Thu)
59. Missile Design and System Engineering (DEF 8200P)
Rocket science has never been so immersive. Learn about tactical missile systems and design, build, and fly a small air-powered rocket.
Learn more about the course on Missile Design and System Engineering »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 12, 2013 (Tue) - Nov 14, 2013 (Thu)
60. Visual Problem Solving (DEF 4521P)
Gain an introduction to a number of techniques and visual problem solving frameworks that aid in creating visual descriptions of a problem.
Learn more about the course on Visual Problem Solving »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 12, 2013 (Tue) - Nov 14, 2013 (Thu)
61. Creating Integrated Overlays In FalconView™ (DEF 1015P)
Explore creating integrated data overlays in FalconViewTM 3.X and later.
Learn more about the course on Creating Integrated Overlays In FalconView™ »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 18, 2013 (Mon) - Nov 19, 2013 (Tue)
62. Far-Field, Anechoic Chamber, Compact and Near-Field Antenna Measurements (ELEC 2003P)
Master the state of the art in antenna measurement, including far-field, anechoic chamber, compact, and near-field measurements.
Learn more about the course on Far-Field, Anechoic Chamber, Compact and Near-Field Antenna Measurements »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 18, 2013 (Mon) - Nov 22, 2013 (Fri)
63. Fundamentals of Synthetic Aperture Radar Signal Processing with MATLAB (DEF 3513P)
Learn the basic principles of modern 2- and 3-dimensional synthetic aperture radar signal processing. (Click on course title to access video sample.)
Learn more about the course on Fundamentals of Synthetic Aperture Radar Signal Processing with MATLAB »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 18, 2013 (Mon) - Nov 22, 2013 (Fri)
64. FalconView™ Advanced Overlays (DEF 1016P)
Discover how to use newer versions of FalconView to create advanced overlays and complex user interfaces.
Learn more about the course on FalconView™ Advanced Overlays »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Nov 20, 2013 (Wed) - Nov 21, 2013 (Thu)
65. FalconView™ FvOverlay PlugIn Architecture (DEF 1021P)
Learn FvOverlay PlugIn Architecture programming API, interfaces, and design methodology for FalconView™ 4.2.1 and later.
Learn more about the course on FalconView™ FvOverlay PlugIn Architecture »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Dec 3, 2013 (Tue) - Dec 4, 2013 (Wed)
66. Infrared Countermeasures (DEF 2701P)
Get an overview of military infrared, electro-optical, and laser countermeasures. Understand the issues, principles, and equipment designed to defeat weapons operating in the visual and infrared spectral regions.
Learn more about the course on Infrared Countermeasures »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (OPEN) Dec 3, 2013 (Tue) - Dec 6, 2013 (Fri)
67. Fundamentals of Flight Test and Evaluation (DEF 5008P)
This is a practical “How to” course on planning, organizing and conducting flight tests of military airborne systems. Students participate through structured case studies related to establishing test objectives, obtaining and reducing data and producing findings.
Learn more about the course on Fundamentals of Flight Test and Evaluation »Active Sections
- Orlando (GTRI Field Office) (OPEN) Dec 16, 2013 (Mon) - Dec 19, 2013 (Thu)
68. Adaptive Array Radar Processing (DEF 3515P)
Take in-depth look at adaptive algorithms and architectures that can be applied to any type of sensor array, with emphasis on applications to radar.
Learn more about the course on Adaptive Array Radar Processing »69. Directed Infrared Countermeasures: Technology, Modeling and Testing (DEF 2703P)
The threat posed by infrared-guided missiles is increasingly important in the defense of the United States and other countries. Review the 25-year history of directed infrared countermeasures and threat operation.
Learn more about the course on Directed Infrared Countermeasures: Technology, Modeling and Testing »70. EO/IR Polarimetric Imaging Systems (DEF 3004P)
Examine the nature of light and the electro-magnetic description of polarization with particular attention to the notations in common use in the literature including the Stokes vector and the Mueller matrix.
Learn more about the course on EO/IR Polarimetric Imaging Systems »71. FalconView™ Systems Administration (DEF 1014P)
Explore maintenance of map data and system health on both systems.
Learn more about the course on FalconView™ Systems Administration »72. Fixed- and Rotary-Wing Aircraft Flight Dynamics and Control (DEF 1003P)
Review dynamic systems theory and control systems design techniques. Explore aerodynamic effects and modeling, aircraft flight dynamics, and principles and design of flight control systems.
Learn more about the course on Fixed- and Rotary-Wing Aircraft Flight Dynamics and Control »73. Fundamentals of Cyber Test and Evaluation (DEF 4603P)
Obtain an overview of the Cyber domain and how test and evaluation is used for Cyber systems.
Learn more about the course on Fundamentals of Cyber Test and Evaluation »74. Fundamentals of Earth Remote Sensing (DEF 3008P)
Learn the basics of passive and active remote sensing, as well as review fundamental data processing concepts
Learn more about the course on Fundamentals of Earth Remote Sensing »75. Guidance, Navigation and Control: Theory and Applications (DEF 1004P)
Understand the principles of navigation by inertial, celestial, and radio (including GPS) methods, the principles of guidance and control of 6-DOF motion, the characteristics and noise models of sensors, and the dynamic behavior of controlled and guided systems.
Learn more about the course on Guidance, Navigation and Control: Theory and Applications »76. Imaging Automatic Target Recognition (DEF 8102P)
Explore the underlying concepts and current methods of imaging target recognition. Learn more about the course on Imaging Automatic Target Recognition »
77. Infrared/Visible Signature Suppression (DEF 2702P)
Examine threat characteristics to derive signature vulnerabilities, suppression strategies, and priorities. (Click on course title to access video sample.)
Learn more about the course on Infrared/Visible Signature Suppression »78. Introduction to MIL-STD-1553 (DEF 1005P)
Get an overview of the MIL-STD-1553 standard, concepts, and terminology.
Learn more about the course on Introduction to MIL-STD-1553 »79. Modeling & Simulation in Electro-Optical and Infrared Systems (DEF 4007P)
Develop the techniques of modeling & simulation of modern electro-optical and infrared systems. These techniques can be applied to systems design, analysis, test & evaluation, and performance assessment.
Learn more about the course on Modeling & Simulation in Electro-Optical and Infrared Systems »80. Modeling & Simulation of Radar Systems (DEF 4004P)
Develop the techniques for modeling & simulation of modern radars that can be applied to radar systems design, analysis, test & evaluation, and performance assessment.
Learn more about the course on Modeling & Simulation of Radar Systems »81. Scientific Principles of Test and Evaluation (DEF 5006P)
Review the objectives of developmental, operational, live-fire, and interoperability testing and how they fit in the acquisition lifecycle, along with the basics of modeling & simulation and the relationship to systems engineering.
Learn more about the course on Scientific Principles of Test and Evaluation »82. Space-Time Adaptive Processing: Application to Radar (DEF 3518P)
Get an in-depth overview on the application of space-time adaptive processing to radar.
Learn more about the course on Space-Time Adaptive Processing: Application to Radar »83. Test and Evaluation Using Modeling & Simulation (DEF 5002P)
Review the basics of test & evaluation and modeling & simulation.
Learn more about the course on Test and Evaluation Using Modeling & Simulation »84. Atmospheric LIDAR Engineering (DEF 3005P)
Review atmospheric structure and composition and laser eye safety, the LIDAR equation, and signal inversion techniques.
Learn more about the course on Atmospheric LIDAR Engineering »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (PENDING) Sep 24, 2013 (Tue) - Sep 27, 2013 (Fri)
85. Precision Stabilized Pointing and Tracking Systems (DEF 8105P)
Learn how to integrate a diverse set of technologies, components, and configurations to insure a successful system design.
Learn more about the course on Precision Stabilized Pointing and Tracking Systems »Active Sections
- Atlanta (Georgia Tech Global Learning Center) (CANCELLED) Jun 17, 2013 (Mon) - Jun 19, 2013 (Wed)
86. Advanced Target Tracking for Air Defense (DEF 3527P)
Explore advanced methods for target tracking with a focus on the application of air defense.
Learn more about the course on Advanced Target Tracking for Air Defense »87. Advanced Target Tracking for Ballistic Missile Defense (DEF 3525P)
Build on your knowledge of target tracking concepts. Explore advanced methods for target tracking with a focus on the application of ballistic missile defense.
Learn more about the course on Advanced Target Tracking for Ballistic Missile Defense »88. Battlefield Acoustics Signal Processing (DEF 8109P)
Learn the basic physical principles underlying the propagation of acoustic signals in the atmosphere, environmental factors that influence sound near the ground, and typical sources of noise that degrade the performance of acoustic signal processing systems.
Learn more about the course on Battlefield Acoustics Signal Processing »89. Creating Map Types in FalconView™ (DEF 1019P)
The map background is the most heavily used data set within FalconView. Creating a new, cleanly integrated, map type requires optimization and a solid understanding of how FalconView deals with map data, the framework, SQL, and map data manager. Programming interfaces allow creation of a tightly integrated external map types. Learn more about the course on Creating Map Types in FalconView™ »
90. Distributed Simulation Fundamentals (DEF 4002P)
Distributed simulation first appeared in the 1960s with the development of a two-player interactive computer game. Today several industry standards have evolved that enable the networking of dissimilar, heterogeneous simulations.
Learn more about the course on Distributed Simulation Fundamentals »91. Electronic Combat Flight Testing from a Systems Engineering Perspective (DEF 5004P)
Explore test & evaluation of airborne electronic combat systems, including threats and electronic combat defensive systems, the electronic combat test process, test monitoring equipment and test facilities, the role of modeling and analysis, and the effects of signature technology.
Learn more about the course on Electronic Combat Flight Testing from a Systems Engineering Perspective »92. FalconView™ Data & Map Data Integration (DEF 1017P)
Co-existing applications on the mission planning system may be integrated with the FalconView map data catalog and other data formats supported by FalconView. Learn how to perform these tasks consistently within the framework. Learn more about the course on FalconView™ Data & Map Data Integration »
93. FalconView™ Advanced Editor Overlays (DEF 1018P)
Explore the Real Time Tracker interfaces and examine the ESRI geo-database integration capabilities that FalconView™ provides. Learn more about the course on FalconView™ Advanced Editor Overlays »
94. Foundations of Situation and Threat Assessment (DEF 8101P)
Take a systematic approach to studying Situation and Threat Assessment and learn how to eliminate the uncertainty in relationships and situations.
Learn more about the course on Foundations of Situation and Threat Assessment »95. Fundamentals of Modeling (DEF 4001P)
Look at the intuitive process by which scientist develop simulation models.
Learn more about the course on Fundamentals of Modeling »96. Hyperspectral Imaging (DEF 3003P)
Explore remote spectral sensing techniques and significant technical issues associated with multispectral and hyperspectral imaging.
Learn more about the course on Hyperspectral Imaging »97. Introduction to Intelligence, Surveillance, Reconnaissance (ISR) Concepts, Systems and Test and Evaluation (DEF 2504P)
Gain an overview of Intelligence, Surveillance, Reconnaissance-enabling technologies and test & evaluation. Explore technical issues related to measures of performance, test planning, instrumentation, and sensor/system functions.
Learn more about the course on Introduction to Intelligence, Surveillance, Reconnaissance (ISR) Concepts, Systems and Test and Evaluation »98. Military Power and Energy Needs for the Future (DEF 0100P)
Grasp the use of energy by the military and compare it with the commercial uses of energy.
Learn more about the course on Military Power and Energy Needs for the Future »99. Modeling & Simulation of Antennas (DEF 4009P)
Focus on commercial modeling codes and custom modeling codes in MATLAB and/or Simulink for modeling various types of antennas.
Learn more about the course on Modeling & Simulation of Antennas »100. Multi-Sensor Data Fusion (DEF 8104P)
Learn more about Net-Centric Operations and manage information on today's battlefield.
Learn more about the course on Multi-Sensor Data Fusion »101. Opto-Mechanical Design and Applications (DEF 8106P)
Learn how opto-mechanical design brings together the components required to build optical, electro-optical, and IR hardware.
Learn more about the course on Opto-Mechanical Design and Applications »102. Radar Surface Moving Target Indication (DEF 3528P)
Learn about SMTI radar operation, processing methods, signal modeling, and operator uses of radar data. Hands-on laboratories included.
Learn more about the course on Radar Surface Moving Target Indication »103. Radar Systems Engineering (DEF 3522P)
Provide the ability to perform system engineering functions for each required mission, mode of operations, subsystem and interfaces composing a modern radar system
Learn more about the course on Radar Systems Engineering »104. SysML 205 - Model Builder Fundamental Concepts and OCSMP Level 2 Exam Preparation (DEF 4515P)
Expanding upon model building concepts covered in SysML 201, this course helps participants to enhance and extend concepts for creating SysML models in their daily work applications; sharpen OCSMP test-taking abilities with in-class exercises and discussions; and prepare for the OCSMP Model Builders- Fundamental (Level 2) exam. Our instructors are members of the OCSMP exam authoring committee who provide you with valuable insights on concepts and applications.
Note: Taking our courses is a great step towards OCSMP certification. Completing our courses, however, does not guarantee you will pass the corresponding OCSMP exams. Each student is responsible for additional preparation and self-study.
Learn more about the course on SysML 205 - Model Builder Fundamental Concepts and OCSMP Level 2 Exam Preparation »105. Target Tracking Architectures, Algorithms, and Techniques (DEF 3532P)
Build on your knowledge of target tracking concepts. Explore advanced methods for target tracking. Learn equations to assist with the explanations, examples and insights into applying these techniques real-world problems.
Learn more about the course on Target Tracking Architectures, Algorithms, and Techniques »106. Target Tracking Concepts (DEF 3519P)
Explore the concepts associated with target tracking, including equations to assist with the explanations and the tools needed to conduct basic analysis associated with target tracking.
Learn more about the course on Target Tracking Concepts »107. Test and Evaluation of RF Defense Electronic Systems (DEF 5001P)
Get an overview of the requirements for testing defense-related RF electronics systems (radar, EW, communications, and RF-surveillance systems).
Learn more about the course on Test and Evaluation of RF Defense Electronic Systems »108. SysML 105 - Model User Concepts and OCSMP Level 1 Exam Preparation (DEF 4510P)
Learn more about the course on SysML 105 - Model User Concepts and OCSMP Level 1 Exam Preparation »
109. Military Laser Principles and Applications-Restricted Access (DEF 3002P)
Get a review of the basic operating and design principles underlying laser-based military devices.
Learn more about the course on Military Laser Principles and Applications-Restricted Access »110. Modeling Target Acquisition with Electro-Optical Imagers (DEF 4008P)
Explore the theory and application of the target acquisition performance models.
Learn more about the course on Modeling Target Acquisition with Electro-Optical Imagers »111. Advanced RF Electronic Warfare Principles - 3 Day Version (DEF 2502R)
Explore the most recent developments in electronic warfare technology, including advanced radio frequency countermeasures and electronic countermeasures techniques. (Click on course title to access video sample.)
Learn more about the course on Advanced RF Electronic Warfare Principles - 3 Day Version »112. ALR-69 EID Format/Structure (DEF 8111P)
This course is intended for EW engineers responsible for developing mission data for the ALR-69 Radar Warning Receiver. This course teaches formatting details for every table contained in ALR-69 Emitter Identification Tables (EID).
Learn more about the course on ALR-69 EID Format/Structure »113. Applied Systems Engineering Laboratory (DEF 4512P)
Apply a working knowledge of systems engineering methods, techniques, processes, and tools to a case study.
Learn more about the course on Applied Systems Engineering Laboratory »114. Chief Engineer 2 Day Seminar: Applied Systems Thinking and Decision Making (DEF 4517P)
Learn advanced methods for problem formulation and research definition, and how to apply them using a structured, logical approach to systems engineering management.
Learn more about the course on Chief Engineer 2 Day Seminar: Applied Systems Thinking and Decision Making »115. Exploitation and Defense of IT Systems: Hands-on Lab (DEF 4602P)
Learn how to be a white hat and think like a hacker when designing products and systems, and their related security measures. Gain exposure to common exploits against IT systems and how to better defend and respond to these threats.
Learn more about the course on Exploitation and Defense of IT Systems: Hands-on Lab »116. Imagery Exploitation (DEF 8107P)
Learn the concepts, issues and techniques involved in interpreting imagery, focusing on military and intelligence applications.
Learn more about the course on Imagery Exploitation »117. Infrared Technology and Applications - Restricted Access (DEF 3012R)
Get an overview of infrared systems engineering, including the operating principles, with emphasis on military systems. (Click on course title to access video sample.)
Learn more about the course on Infrared Technology and Applications - Restricted Access »118. Multi-Sensor Data Fusion - Classified Version (DEF 8114P)
Identify and characterize the principal components of military data fusion systems; learn the state-of the art in multi-sensor integration, target tracking, identification and situation/threat assessment; and select fusion techniques appropriate to system and mission needs. Learn more about the course on Multi-Sensor Data Fusion - Classified Version »
119. Principles of Pulse-Doppler Radar 3-Day (DEF 35S9P)
Get a fundamental understanding of Pulse-Doppler radar and how it is used to detect moving targets in the presence of background clutter
Learn more about the course on Principles of Pulse-Doppler Radar 3-Day »120. Transport Aircraft Self-Protection IR Principles (DEF 1009P)
Examine threat infrared principles with application to aircraft including the C-130, the C-17, and the C-5. Explore systems, techniques, technology, and phenomenology.
Learn more about the course on Transport Aircraft Self-Protection IR Principles »121. Transport Aircraft Self-Protection Missile Principles (DEF 1011P)
Build on the Transport Aircraft Self-Protection IR Principles course and Transport Aircraft Self-Protection RF Principles course and examine areas of interest in greater depth.
Learn more about the course on Transport Aircraft Self-Protection Missile Principles »122. Transport Aircraft Self-Protection RF Principles (DEF 1010P)
This course covers threat radar principles with application to aircraft including the C-130, the C-17, and the C-5. The course encompasses systems, techniques, technology, and phenomenology. T
Learn more about the course on Transport Aircraft Self-Protection RF Principles »
