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Human and Social Engineering

Keywords Human Factors (HF) human factors engineering human-system interaction social engineering
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Human factors and engineering methodologies: complementary or insurmountable? UNKNOWN 46.5 KB   DOWNLOAD!
Towards an Improved Understanding of Humans as the Components that Implement Systems Engineering UNKNOWN 31.03 KB   DOWNLOAD!
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  • Acquisition
  • Bibliographies and Reviews
  • Capability Maturity Models (CMMs)
  • Cartoons
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  • Forms
  • Guides, Handbooks, Reports & Papers
    • Capability Definition Documents Guide
    • SE General
    • DoD: New 5000 Documents
    • Formal Inspection Process version 2.0
    • Handbook for Decision Analysis
    • Interactive Electronic Training Manual (IETM) Guide
    • From Theory to Reality – Successful Process Improvement in a ‘real’ Organization
    • Brave New Warfare: Autonomy in Lethal UAVs
    • Change Management practices implementing CMMI
    • Common Anti Patterns In Process Improvement
    • FUNCTIONAL PROCEDURE
    • HFES Member Education and Training Needs
    • Heuristics for Systems Engineering Cost Estimation
    • Improving processes for better services
    • NASA Software Safety Guidebook
    • Operational Concept Description (OCD)
    • Practical Suggestions to Successfully Adopt the CMMI V2.0 Development for Better Process, Performance, and Products
    • Software Productivity Report
    • Study of software tools to support systems engineering management
    • Thales : DLJ Transformation Programme
    • The MITRE Systems Engineering Guide
    • 1 Analysis of Key Characteristic Methods and Enablers Used in Variation Risk Management
    • 2000 Congress a Big Success!
    • 3rd Annual Agility Report
    • 4th Annual Agility Report
    • 5th Annual Agility Report
    • 7th Annual Agility Report
    • 8th Annual Agility Report
    • A Classic Look at Systems Engineering
    • A Decomposition-Based Approach for the Integration of Product Development and Manufacturing System Design
    • A Dependability Roadmap for the Information Society in Europe
    • A FRAMEWORK FOR ACHIEVING LIFECYCLE VALUE IN PRODUCT DEVELOPMENT
    • A GUIDE TO UNDERSTANDING COVERT CHANNEL ANALYSIS OF TRUSTED SYSTEMS
    • A Generic Model for the Specification of Software Interface Requirements and Measurement of their Functional Size
    • A Highly Extensible Simulation Framework for Domain-Specific Architectures
    • A Holistic Approach to Manufacturing System Design in the Defense Aerospace Industry
    • A Hypermedia Basis for the Specification, Documentation, Verification, and Prototyping of Concurrent Protocols
    • A Life-Cycle Flexibility Framework for Designing, Evaluating and Managing "Complex" Real Options: Case Studies in Urban Transportation and Aircraft Systems
    • A MODEL-DRIVEN DEVELOPMENT AND VERIFICATION APPROACH FOR MEDICAL DEVICES
    • A Methodology for Writing High Quality Requirement Specifications and for Evaluating Existing Ones
    • A Model Engineering Approach to Tool Interoperability
    • A Model for Organizational Project Management and its Validation
    • A NEW APPROACH TO LEVERAGING DOMAIN‐SPECIFIC MODELS
    • A PETRI NET DEFINITION OF A SYSTEM DESCRIPTION LANGUAGE
    • A Practical Approach to State and Mode Definitions for the Specification and Design of Complex Systems
    • A Practical Guide to Implementing Complex Systems Governance Concepts on Projects
    • A Resurgence of Mental Health in ISSS
    • A Risk-Driven Process Decision Table to Guide System Development Rigor
    • A SIMULATION-BASED CONCURRENT ENGINEERING APPROACH FOR ASSEMBLY SYSTEM DESIGN
    • A Scrutiny of the Software Requirement Engineering process
    • A Set of Support Tools to Software Process Appraisal and Improvement in Adherence to CMMI-DEV
    • A Software Technology Readiness Assessment Process for Minimizing System Acquisition Risk
    • A Study of the Federal Government’s Experiences with Commercial Procurement Practices in Major Defense Acquisitions
    • A Survey of Simulation Tools for Requirements Engineering
    • A Survey of Software Requirements Specification Practices in the New Zealand Software Industry
    • A Survey of Systems Engineering Effectiveness
    • A Survey on Requirements Analysis
    • A System Dynamics Analysis of the Interaction Between the U.S. Government and the Defense Aerospace Industry
    • A Systems Engineering Approach for Implementation of a Corporate Growth Strategy
    • A Team Training Taxonomy to Reduce Friendly Fire Incidents
    • A framework to improve performance measurement in engineering projects
    • A lightweight technique for assessing risks in requirements analysis
    • A multi-Attribute Value Assessment Method for the Early Product Development Phase With Application to the Business Airplane Industry
    • ACE vs. Six Sigma
    • ADL and the AFRL
    • ADVANCED MEETING AGENDA
    • AN EXPLORATION OF ARCHITECTURAL INNOVATION IN PROFESSIONAL SERVICE FIRMS
    • ANALYZING REQUIREMENTS ENGINEERING PROBLEMS
    • ANSI/EIA 632 As a Standardized WBS for COSYSMO
    • ANSI/IEEE 1471 and Systems Engineering
    • APPROACHES TO CRISIS PREVENTION IN LEAN PRODUCT DEVELOPMENT BY HIGH PERFORMANCE TEAMS AND THROUGH RISK MANAGEMENT
    • ARIEL Design, Development, Verification and Engineering Plan
    • ASPICE 101: The Complete Guide for Automotive Development
    • Accelerating System of Systems Engineering Understanding and Optimization through Lean Enterprise Principles
    • Accurate Estimates Without Local Data?
    • Adjusting Software Life-Cycle Anchorpoints Lessons Learned in a System of Systems Context Steven Crosson (PM FCS) and Barry Boehm (USC)
    • Adoption Notice
    • Advanced Process Definition for Absolute Beginners
    • Advancing an Ontology for Systems Engineering to Allow Consistent Measurement
    • Agile Requirements prioritization
    • Agile Requirements:Can We Have Our Cake and Eat It Too
    • Agile Systems Engineering
    • Alex Williams, Investigator and Inventor
    • Alphonse Chapanis 1917–2002
    • An Activity-Based Methodology for Development and Analysis of Integrated DoD Architectures
    • An Agile Request For Proposal (RFP) Process
    • An Analysis of Retention Issues of Scientists, Engineers, and Program Managers in the US Air Force
    • An Analysis of the Requirements Traceability Problem
    • An Analysis of the Requirements Traceability Problem
    • An Assessment of the Continuum of the Systems Engineering Process
    • An Economic Method for Evaluating Electronic Component Obsolescence Solutions
    • An Empirical Analysis of Effort Distribution of Small Real- Client Projects
    • An Empirical Analysis on Distribution Patterns of Software Maintenance Effort
    • An Empirical Study of Requirements-to-Code Elaboration Factors
    • An Empirical Study of the Efficacy of COCOMO II Cost Drivers in Predicting a Project’s Elaboration Profile
    • An Examination of Requirements Specification Languages
    • An Implementers’ View of Systems Engineering for Systems of Systems1
    • An Introduction to the Use of Modeling and Simulation Throughout the Systems Engineering Process
    • An STPA Primer
    • An integrated life cycle quality model for general public market software products
    • An international approach for item identification
    • Analysis of Software Architectures Software Architecture Lecture 13
    • Analysis of Stakeholder/ Value Dependency Patterns and Process Implications: A Controlled Experiment
    • Analytic Hierarchy Process (What is AHP)
    • Application of MBSE to Oil and Gas Project / Product Management Cycle – A model-based development approach for engineering management and design
    • Application of the C4ISR CAF - Zachman Framework Mapping to a Biological, Radiological and Nuclear Defense System for Contamination Monitoring
    • Applied Architectures Software Architecture Lecture 17
    • Applied Architectures, Part 2 Software Architecture Lecture 18
    • Applied Software Project Management Software Project Planning
    • Apply Quantitative Management Now
    • Applying the Incremental Commitment Model to Brownfield System Development
    • Arcadia and Capella on the Field: Real World MBSE Examples
    • Architected Agile Solutions for Software Reliant Systems
    • Architectural and Detailed Design
    • Architecture Frameworks – A standard to Unify Terms, Concepts, Life-Cycles and Principles
    • Architecture Quality Assessment version 2.0
    • Architectures in Context Software Architecture Lecture 2
    • Army Acquisition Procedures
    • Assessing and Estimating Corrective, Enhancive, and Reductive Maintenance Tasks: A Controlled Experiment
    • Assisting ConOps with Storyboards
    • Atern and CMMI
    • Automated Interchange of Technical Information
    • Automation in IT Service Delivery: Human Factors Challenges
    • Automotive SPICE Process Assessment Model
    • BEST PRACTICES IN USER NEEDS/REQUIREMENTS GENERATION
    • BIP Language : Concrete Syntax
    • BPMN and Business Process Management
    • BRAVE NEW WARFARE: AUTONOMY IN LETHAL UAVS
    • Ballot Reform Gets an Airing
    • Baseline Description Document
    • Basic Concepts
    • Benchmarking the Benefits and Current Maturity of Digital Engineering/Model-Based SE
    • Benchmarking the Benefits and Current Maturity of Model-Based Systems Engineering across the Enterprise
    • Benefits and Limitations of Current Techniques for Measuring the Readiness of a System to Proceed to Production
    • Best practices for reliability assessment and verification
    • Better Management of Development Risks: Early Feasibility Evidence
    • Beyond Technology Readiness Levels for Software: U.S. Army Workshop Report
    • Braving the Winds of Change in Policyland
    • Bringing Model-based Systems Engineering Capabilities to Project Management: an Application to PRINCE2
    • Building Cost Estimating Relationships for Acquisition Decision Support
    • Building a Requirement Fault Taxonomy: Experiences from a NASA Verification and Validation Research Project
    • Building the Case for CMMI Based Improvement
    • Business Rules for Cafeteria Ordering System (partial)
    • Business Rules for Cafeteria Ordering System (partial)
    • Busting Myths About International Ergonomics Standards
    • CABLE AND CORD, ELECTRICAL; IDENTIFICATION MARKING AND COLOR CODING OF
    • CAPABILITY DEFINITION DOCUMENTS GUIDE
    • CD 15288: Information Technology - Life Cycle Management - System Life Cycle Processes.
    • CHAPTER START-UP GUIDELINES
    • CMMI Level 3 What the book doesn’t tell you!
    • CMMI Made Practical Conference 28-29 April 2009
    • CMMI Practitioners: How Can We Improve the Skill set?
    • CMMI Version 1.3 Demystified
    • CMMI for Recession
    • CMMI for Services
    • CMMI for Services
    • CMMI – Is it worth it? Industry Results
    • CMMI-The DFTS Journey a Year On
    • CMMI: An Introduction
    • CMMI® for Acquisition, Version 1.2 CMMI-ACQ, V1.2
    • CMMi Made Practical
    • CMMi Made Practical
    • COMPONENT RELIABILITY DATA FOR USE IN PROBABILISTIC SAFETY ASSESSMENT
    • CONCEPT OF OPERATIONS, Urban Air Traffic Management
    • CONTINUING THE TRADITIONS OF ISSS: SYSTEMS SCIENCE IN THE SERVICE OF HUMANITY
    • CONTRACT DATA REQUIREMENTS LIST
    • CREATING HIGH PERFORMANCE ENTERPRISES
    • Canine Factors and Human Factors: An Opportunity for Collaboration?
    • Capability Systems Life Cycle Management Manual 2002, DoD (Australia) [as ZIP archive]
    • Causes and Impacts of Class One Engineering Changes: An Exploratory Study Based on Three Defense Aircraft Acquisition Programs
    • Celebrating 50 Years of Human Factors
    • Challenges and Benefits to the Implementation of Integrated Product Teams on Large Military Procurements
    • Challenges in Requirements Management Roundtable
    • Change Management & Knowledge 12 April 2011
    • Characterizing Relations between Architectural Views
    • Choosing Connectors
    • Choosing the CMMI®-ACQ
    • Cognitive Systems Engineering
    • Colonel in the Norwegian Army
    • Communicating Requirements Lecture 8
    • Communication Concerns in Collaborative Software Development
    • Communities, Narrative and Re-authoring
    • Company-wide Architecting Assets to Inform Design Decisions
    • Comparative Analysis of Requirements Elaboration of an Industrial Product
    • Competing Definitions and Differing Understandings: E-Procurement, A Physicist’s Perspective
    • Complex System Management
    • Complex Systems Governance: A New Approach for Addressing the 'Messes' and 'Wicked Problems' that are By-product of Modern Projects which Overwhelm PM Practitioners
    • Computer Program End Item Documentation
    • Concept of Operations
    • Concept of Operations Storyboard Tool
    • Conceptual Design of the STEP Fusion Power Plant
    • Concerns with SCAMPI-induced overhead in small settings
    • Conference Agenda
    • Conference Minutes
    • Conference Report
    • Configuration Audit Summary Report
    • Configuration Management –An Integrated Systems Engineering Process
    • Configuration Status Accounting Information
    • Contract Summary Report
    • Contractor's Configuration Management Plan
    • Control Flow Analysis
    • Controlling Agile
    • Corporate Decision Analysis: An Engineering Approach
    • Cost Risk Analysis Standards
    • Creating a Project-Specific Requirements Engineering Process
    • Creating a new Service Centre using the CMMI for Services Model
    • Creating interoperability between the Hierarchical Task Analysis and the Cognitive Work Analysis Tools
    • Critical Tools in the Systems Engineer’s Toolbox
    • Cultural Analysis Case Study: Implementation of Acquisition Reform within the Department of Defense
    • DAO Manual-Spec Writing (Draft) [as ZIP archive]
    • DEPOT TOOLS, TEST EQUIPMENT AND MATERIALS LIST
    • DESCRIPTION OF REQUIREMENT
    • DESIGN CONTROL GUIDANCE FOR MEDICAL DEVICE MANUFACTURERS
    • DETAIL SPECIFICATION TECHNICAL DATA PACKAGES
    • DETERMINING REQUIREMENTS AND SPECIFICATIONS OF ENTERPRISE INFORMATION SYSTEMS FOR PROFITABILITY
    • DEVELOPING ADVANCED SYSTEMS THINKING Evolutionary Design as a Means for Developing Ourselves and Our Society
    • DMTC Guideline: Technology Readiness Levels
    • DOORS Work Instructions
    • DSMC Systems Engineering Management Guide
    • Defence Procurement Policy Manual
    • Defense Standardization Program (DSP)
    • Delivering Successful Projects with Challenges of New Teams
    • Democracy in a Small Pond: HFES Nominations and Elections
    • Department of Defense Risk, Issue, and Opportunity Management Guide for Defense Acquisition Programs
    • Deriving Goals from a Use-Case Based Requirements Specification for an Electronic Commerce System
    • Design Methods in the Aerospace Industry: Looking for Evidence of Set-Based Practices
    • Design Review Data Package
    • Design and Analysis of an Enterprise Metrics System
    • Design for Maintainability Principles, Modularity and Rules
    • Design for reliability handbook
    • Design of the Sirius Radio Interface: An Interview with Stephen Wilcox
    • Designing Architectures Software Architecture Lecture 4
    • Designing System on a Chip Products using Systems Engineering Tools
    • Designing and Enhancing a Systems Engineering Training and Development Program
    • Designing the Lean Enterprise Performance Measurement System
    • Detecting defects in software requirements specification
    • Develop data-focused processes for distributed systems analysis and design
    • Developing Dependable Automotive Embedded Systems using the EAST-ADL
    • Developing and Managing Organizational Capabilities to Meet Emerging Customer Needs: Insights from the Joint Strike Fighter Program
    • Development of a Framework for Comparing Performance Improvement Programs
    • Development of a Process for Continuous Creation of Lean Value in Product Development Organizations
    • Digital Engineering Metrics
    • Digital Engineering Metrics Technical Report SERC
    • Digital Engineering Strategy and Implementation
    • Dips errata
    • Do You Think Globally and Act Locally?
    • DoD 4245.7-M - Transition From Development to Production
    • DoD Enterprise Architecting: Joint Issues Derived From SOF Air Analysis
    • DoD Modeling and Simulation (M&S) Management
    • DoDAF V2.0
    • Domain-Specific Software Architecture and Product Lines Software Architecture Lecture 24
    • Drawings, Engineering and Associated Lists
    • EEE Obsolescence
    • ELECTRONIC COMPONENT CASE OUTLINES
    • ENABLING SYSTEMS THINKING TO ACCELERATE THE DEVELOPMENT OF SENIOR SYSTEMS ENGINEERS
    • Earned Value Management in CASG
    • Earned Value Management in Defence
    • Earned Value in Project and Programme Management
    • Educating Software Engineers to Become Systems Engineers
    • Effects of Empowerment on Performance in Open-Source Software Projects
    • Electromagnetic Interference Control Procedures (EMICP)
    • Elements of an Effective Value Engineering Program
    • Elsevier Editorial System(tm) for Information and Software Technology Manuscript Draft
    • Embedded System development Process Reference guide
    • Embedding Command and Control, Information Assurance, and Other Decision Points in Model-Based Systems Engineering (MBSE) Analyses
    • Emergence: Complexity & Organization An International Transdisciplinary Journal of Complex Social Systems
    • Enabling Requirements Elaboration Through Synthesis, Refinement, and Analysis of Partial Behavior Models
    • Engineering Change Proposal (ECP)
    • Engineering Documentation Product Drawings, Sanitized
    • Engineering Drawing Tree
    • Engineering Elegant Systems: The Practice of Systems Engineering
    • Engineering Release Record (ERR)
    • Enhancing Strategic Studies for Homeland Defense
    • Enterprise Architecture in the Ministry of Defence
    • Enterprise Security Architecture
    • Entropy: What does it really mean?
    • Equity enabling effective 3
    • Ergonomics in Education
    • Evaluating ARCADIA/Capella vs. OOSEM/SysML for System Architecture Development
    • Evaluating Complexity, Code Churn, and Developer Activity as Indicators of Software Vulnerabilities
    • Evaluation and Synthesis of Methods for Measuring System Engineering Efficacy within a Project and Organization
    • Exciting Times at HFES…
    • Experiences in developing and applying a software engineering technology testbed
    • Experiences in the Adoption of Requirements Engineering
    • Experiments In Problem Solving
    • Exploring Project Teams' Collaborative Behaviour in Hong Kong Relational Contracting Projects
    • Exploring the Challenges and Solutions
    • Expressing the Relationships Between Multiple Views in Requirements Specification
    • Extending MBSE for decision patterns and traceability
    • Extending Software Engineering Research Outside the Digital Box
    • Extending SysML with AADL Concepts for Comprehensive System Architecture Modeling
    • Extending the NATO Architecture Framework to Support Service Oriented Architectures
    • Extending the System Engineering “V” to Measure Transformational Results
    • External Passenger Information Systems Interface Control Document
    • FAA Asset Identification Process and Procedure Guide
    • FAA Forecasts Major Progress in Aviation Human Factors R&D
    • FAA Systems Engineering Manual
    • FABBS Recruiting Members for District Science Lobby Week
    • FIFTY YEARS OF SYSTEMS SCIENCE
    • FINDINGS OF CASE STUDIES IN ENTERPRISE SYSTEMS ENGINEERING
    • FROM MODULARITY TO EMERGENCE
    • FUNCTION-BASED SYSTEMS ENGINEERING (FUSE)
    • Federal Aviation Administration Standard Work Breakdown Structure (WBS)
    • Federation Annual Meeting Features Student Forum, Emerging Technologies Presentation
    • Final Report of the Model Based Engineering (MBE) Subcommittee
    • Final Report: Integrating Systems and Software Engineering Project
    • Final Technical Report
    • Finding Success in Rapid Collaborative Requirements Negotiation Using Wiki and Shaper
    • Firing on all cylinders CMMI made practical
    • First field experiences of CMMI-ACQ
    • Food and Drug Administration, HHS
    • For Boards and their ‘Accidental Sponsors’
    • Formal Functional Specifications
    • Formal Specification of Performance Metrics for Intelligent Systems
    • From 10th Grade to EID Article: An Interview with Devorah E. Klein
    • From Past to Future: Building a Collective Vision for HFES 2020+
    • From Student to Employee: What’s HFES Got To Do With It?
    • From System Specifications to Component Behavioral Models
    • Function and Performance Specification (FPS)
    • Future Challenges for Systems and Software Cost Estimation and Measurement
    • General Design and Interface Requirements Specification
    • General Morphological Analysis A general method for non-quantified modelling
    • General Principles of Software Validation; Final Guidance for Industry and FDA Staff
    • Generating Grid Resource Requirement Specifications
    • Getting Started With CMMI
    • Getting the Right Information” Improving Requirements Development & Management
    • Getting to CMMI L2 The most difficult step
    • Guidance, Young Grasshopper, for Your Mission as an HF/E Evangelist
    • Guide for Using the Incremental Commitment Model (ICM) for Systems Engineering of DoD Projects
    • Guide to Reusable Launch Vehicle Safety Validation and Verification Planning, Version 1.0
    • Guidelines and Capabilities for Designing Human Missions
    • Guidelines for Successful Acquisition and Management of Software-Intensive Systems [as ZIP archive]
    • HF/E Managers Speak Out
    • HF/E in the Post-9/11, Post-Katrina World: A Personal View
    • HFES Chapters Bring HF/E to Local Communities
    • HFES Government Relations: Progress and Prospects
    • HFES Hosts First “Meet the Author” Webinar
    • HFES Member Education and Training Needs
    • HFES Web Site Survey
    • HFES and Federation Cohost Forum on Science and Technology Education
    • HFES and MESA Summer Camp Institute
    • HUMAN ENGINEERING SYSTEMS ANALYSIS REPORT
    • Habits of a Systems Thinker
    • Hardware Diagnostic Test System Development Plan
    • Hardware/Software Partitioning of Real-Time Systems
    • Helios: Impact Analysis for Event-Based Systems
    • Heuristics for Joint Architecting
    • How To Get NSF Research Funding
    • How to Avoid Drastic Software Process Change (using Stochastic Stability)
    • Human Factors Achieves Target for Speedier Publication
    • Human Factors Represented at Congressional Exhibition on Science @ Work
    • Human Factors Simulation Concept
    • Human Factors and Homeland Security
    • Human Factors and Patient Safety
    • Human Factors and the Decade of Behavior
    • Human-Systems Integration: Human Factors in a Systems Context
    • IEA 2000/ HFES 2000 Congress Highlights
    • IEEE 1471 approaching its 5th Birthday
    • IEEE Std 1471 and Beyond
    • IMPROVING PROFITS THROUGH PRIME/SUBCONTRACTOR VALUE ENGINEERING
    • IMPROVING THE MANAGEMENT OF SYSTEM DEVELOPMENT TO PRODUCE MORE AFFORDABLE MILITARY AVIONICS SYSTEMS
    • INCOSE Systems Engineering Handbook v3.2: Improving the Process for SE Practitioners
    • INSTITUTIONALIZING CHANGE IN AEROSPACE PROCESS AND PRODUCT SETTINGS
    • INTEGRATION AUTHORITY
    • ISO Ergonomics Standards Update
    • ISO and Innovation
    • Identifying Lean Practices for Deriving Software Requirements
    • Identifying Safety-Critical Requirement Defects Using a Tool-Based, Iterative Process
    • Illustrating the Concept of Operations (CONOPs) Continuum and its Relationship to the Acquisition Lifecycle
    • Implementation Techniques Software Architecture Lecture 16
    • Implementing Architectures Software Architecture Lecture 15
    • Implementing CMMI for High-Performance
    • Improved Acquisition Processes Through Incremental Commitments
    • Improving Complex Enterprises with System Models
    • Improving Performance Requirements Specifications from Field Failure Reports
    • Improving Response to the Signs of Impending Heart Attacks
    • Improving Software Quality from the Requirements Specifications
    • Improving System Requirements Quality Through Application of an Operational Concept Process: An Essential Element In System Sustainment.
    • Improving Voting Systems
    • Improving the ROI of Software Quality Assurance Activities: An Empirical Study
    • Incremental Commitment Model Update
    • Independent Assessment Of Perception From External and non-NASA Systems Engineering (SE) Sources
    • Industrial and Systems Engineering Body of Knowledge
    • Industrialization software Engineering using CMMI
    • Industry's Role in Development Planning
    • Information and Communication in Lean Product Development
    • Inside the Defence Materiel Organisation (DMO)
    • Inspection Method
    • Installation Completion Notification (ICN)
    • Instructions for the RID Submitter
    • Integrated Circuit Graphics Database
    • Integrated Product Support Elements Guidebook
    • Integrated Product and Process Development (IPPD) handbooks
    • Integrated Project Team Start-up Guide
    • Integrating Systems Engineering (SE) and Program Performance Management (PPM) to create
    • Integrating Systems Engineering and Project Performance Management
    • Integration in Systems Research
    • Integration of Systems with Varying Levels of Autonomy
    • Integration of Systems with Varying Levels of Autonomy
    • Intellectual Property
    • Interface Control Document (ICD)
    • Interface Management Plan
    • International Standards for the Management of Risk
    • Interoperability and Supportability of Information Technology (IT) and National Security Systems (NSS)
    • Intro to Domain- Specific Software Engineering Software Architecture Lecture 23
    • Introduction To Model-Based System Engineering MBSE and SysML
    • Introduction To Modeling and Simulation
    • Introduction To Modeling and Simulation (Part 1)
    • Introduction to Modeling Software Architecture Lecture 9
    • Introduction to the SysML v2 Language Textual Notation
    • Is Early Ergonomics Better Economics?
    • Is Truth Soluble in Politics?
    • Issues to Consider Before Acquiring COTS
    • Iterative and Incremental Development: A Brief History
    • Joint Test and Evaluation (JT&E) Program
    • Key Human System Integration Plan Elements for Command & Control Acquisition
    • Key Questions for Acquisition Success
    • Knowledge Futures Methods, Markets and Management
    • Knowledge Management Engineering
    • LBTI Systems Engineering
    • LEARNING STRATEGIES AND PERFORMANCE IN ORGANIZATIONAL TEAMS
    • LETTER FROM THE PRESIDENT
    • LIFECYCLE MODELING LANGUAGE SPECIFICATION
    • LML Relationships Table
    • La ville de demain pensée avec l’Architecture des Systèmes
    • Layers of Integrative System
    • Leading & Learning – Using TSP at the MSG Level
    • Leading Transformation of Model-Based Engineering: The Model-Based Capability Matrix
    • Lean Enablers for Systems Engineering
    • Lean Enablers for Systems Engineering
    • Lean Enterprise Integration: A New Framework for Small Businesses
    • Lean Enterprise Self-Assessment as a Leading Indicator for Accelerating Transformation in the Aerospace Industry
    • Lean Manufacturing Principles: A Comprehensive Framework for Improving Production Efficiency
    • Lean Principles Implementation in the Program Preparation Phase
    • Learning from experience: an improvement portfolio management journey
    • Leveraging Systems Engineering to Improve Program Performance
    • Life Cycle Management in NATO
    • Lifecycle Perspectives on Product Data Management
    • List of US Based SE-Centric and Domain Centric Programs
    • Logistics Management Information (LMI) Summaries
    • Loss Driven SE Initiative
    • Loss-Driven SE Initiative
    • Lying on Software Projects
    • MANAGING UNARTICULATED VALUE: CHANGEABILITY IN MULTIATTRIBUTE TRADESPACE EXPLORATION
    • MATURITY AND SUCCESS IN I.T. Summary Report
    • MEETING MINUTES
    • MEMORANDUM FOR PRINCIPAL DEPUTY UNDER SECRETARY OF DEFENSE
    • MITRE Systems Engineering Model
    • MITRE’s Architecture Quality Assessment
    • MOA Document
    • MULTI-ATTRIBUTE TRADESPACE EXPLORATION WITH CONCURRENT DESIGN AS A VALUE-CENTRIC FRAMEWORK FOR SPACE SYSTEM ARCHITECTURE AND DESIGN
    • Maintainability and System Effectiveness
    • Maintainability and System Effectiveness
    • Maintaining Families of Rigorous Requirements for Embedded Software Systems
    • Making the pieces fit
    • Management of Complexity in Early Planning Stage of projects
    • Managing Risks in Distributed Teams
    • Managing Subsystem Commonality
    • Manufacturing System Design: Flexible Manufacturing Systems and Value Stream Mapping
    • Measuring Capability Improvement - A Rational Perspective
    • Measuring the Use of Features in a Requirements Engineering Tool - An Industrial Case Study
    • Medical Virtual Reality Simulators: Have We Missed an Opportunity?
    • Member Profile: HF/E in the Stock Market
    • Members Weigh in on HFES Publications
    • Methodology, tools and CMMI
    • Military Transformation
    • Mission Engineering Guide
    • Model Portfolio Management Guide – INCOSE Overview
    • Model-Based Engineering, Automation and IoT in Smart Manufacturing
    • Model-Based Systems Engineering Backbone of the Thales Engineering Manifesto
    • Model-Driven Development
    • Model-Driven Development: A Metamodeling Foundation
    • Modeling DoDAF Compliant Architectures
    • Modeling Usage: Techniques and Tools
    • Modeling and Notations Software Architecture Lecture 10
    • Modularity as an Enabler for Evolutionary Acquisition
    • Multi-Attribute Tradespace Exploration and its Application to Evolutionary Acquisition
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