This second edition 2-volume set integrates solid fundamental systems engineering principles, methods, and techniques with the technical focus of contemporary Electro-Optical and Infrared Systems (EO/IR) optics, imaging, and detection methodologies and systems.
This second edition 2-volume set integrates solid fundamental systems engineering principles, methods, and techniques with the technical focus of contemporary Electro-Optical and Infrared Systems (EO/IR) optics, imaging, and detection methodologies and systems.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Dr. Arrasmith is currently a professor in the Department of Mathematics and Systems Engineering at FIT. He has 20 years of experience with government research and development programs and has had extensive exposure to electro-optical, infrared, and laser detection systems. Before his position at Florida Tech, Dr. Arrasmith served as Program Manager of Physics and Electronics at the Air Force Office of Scientific Research (AFOSR) in Washington DC. In 1997 he moved to the United States Naval Academy in Annapolis, Maryland to teach courses in Engineering and Linear Adaptive Optics. Dr. Arrasmith was then reassigned to the Air Force Technical Applications Center (AFTAC) at Patrick Air Force Base where he became Chief of the Systems and Technology Division. He was later appointed Division Chief for the Advanced Science and Technology Division of the AFTAC and remained in the position until joining Florida Tech in 2003.
Inhaltsangabe
Volume I - Section 1: The Larger Context of Contemporary Systems Engineering: Enterprise Architecture, System Architecture, System-of-Systems, Family-of-Systems, Complex, Complicated, and Adaptive Systems, Digital Engineering, DevOps/DevSecOps, and Wicked Problems. 1. Systems Engineering in the Modern Age. 2. Enterprise Architectures Fundamentals. 3. Systems of Systems, Family of Systems, and Systems Engineering. 4. Systems Architecture and Complex Systems Overview. Section 2: Contemporary Systems Engineering Principles, Methods, and Techniques. 5. Model-Based Systems Engineering. 6. Research Methods and Experimental Design in Systems Engineering. 7. Decision Making and Risk Analysis in Systems Engineering. 8. Agile Systems Engineering. 9. Appendix: Mathematical Formulas. Volume II - Section 1: Application of Systems Engineering Tools, Methods, and Techniques to Optical Systems. 1. Problem Definition. 2. Feasibility Studies, Trade Studies, and Alternative Analysis. 3. Systems and Requirements. 4. Maintenance and Support Planning. 5. Technical Performance Measures and Metrics. 6. Functional Analysis and Detector Cooling. 7. Requirements Allocation. 8. Introduction to System Design. 9. Quality Production and Manufacturing. 10. Optical Systems Testing and Evaluation. 11. Optical System Use and Support. 12. Disposal and Retirement of Optical Systems. Section 2: Bringing it all Together.... 13. Bringing it all together .... 14. Bringing it all together: Integrated Lifecycle Cost & Schedule Estimate (ILCaSE) in Systems Engineering. 15. Appendix: Mathematical Formulas.
Volume I - Section 1: The Larger Context of Contemporary Systems Engineering: Enterprise Architecture, System Architecture, System-of-Systems, Family-of-Systems, Complex, Complicated, and Adaptive Systems, Digital Engineering, DevOps/DevSecOps, and Wicked Problems. 1. Systems Engineering in the Modern Age. 2. Enterprise Architectures Fundamentals. 3. Systems of Systems, Family of Systems, and Systems Engineering. 4. Systems Architecture and Complex Systems Overview. Section 2: Contemporary Systems Engineering Principles, Methods, and Techniques. 5. Model-Based Systems Engineering. 6. Research Methods and Experimental Design in Systems Engineering. 7. Decision Making and Risk Analysis in Systems Engineering. 8. Agile Systems Engineering. 9. Appendix: Mathematical Formulas. Volume II - Section 1: Application of Systems Engineering Tools, Methods, and Techniques to Optical Systems. 1. Problem Definition. 2. Feasibility Studies, Trade Studies, and Alternative Analysis. 3. Systems and Requirements. 4. Maintenance and Support Planning. 5. Technical Performance Measures and Metrics. 6. Functional Analysis and Detector Cooling. 7. Requirements Allocation. 8. Introduction to System Design. 9. Quality Production and Manufacturing. 10. Optical Systems Testing and Evaluation. 11. Optical System Use and Support. 12. Disposal and Retirement of Optical Systems. Section 2: Bringing it all Together.... 13. Bringing it all together .... 14. Bringing it all together: Integrated Lifecycle Cost & Schedule Estimate (ILCaSE) in Systems Engineering. 15. Appendix: Mathematical Formulas.
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