Product Development Systems Engineering
What you’ll learn
How to develop complex products or systems
How to apply “systems thinking” by approaching problem solving holistically, from the top-down.
What a product hierarchy is and how to use them.
How to define system boundaries and primary interfaces in a context diagram.
How to identify, involve and elicit requirements from system users and key stakeholders.
How to compartmentalize your need / problem set into manageable domains, ultimately arriving at solutions from the “top-down”.
Who a Systems Engineer is and what their roles and responsibilities are.
How Systems Engineering will add value to your product development effort.
How to apply the Systems Engineering Method toward solving your identified need / problem set.
How to manage across your product’s life cycle, in-depth, phase by phase.
What milestones and decision gates are and how to apply them on your development project.
How to decide which life cycle strategy is best for your development project.
How to apply the various technical processes throughout your product’s life cycle.
How to formulate the operational concept and other life cycle concepts for your system.
How to elicit and capture business and stakeholder requirements.
How to capture a formal problem or need statement, which kicks off your development project.
How to define, derive and decompose system requirements.
How to write effective requirements.
How to capture your requirements in a System Requirements Specification (SyRS).
How to identify the different types of requirements and their role in the development effort.
What architectures are and how to define and capture the architecture for your system.
What Model Based Systems Engineering (MBSE) is and how to apply it.
What the System Modeling Language (SysML) and Unified Modeling Languages (UML) are.
How to create each type of SysML and UML diagram.
How to develop formal use cases.
How to decompose system functions or behaviors into smaller, more manageable sets.
How to construct the functional flows and relationships throughout your system architecture.
How to formulate the physical solution for your product.
How business relationships and contracting play a role in product development.
What Technology Readiness Levels (TRLs) are and how they are used.
How to apply system implementation, integration and verification.
How verification and validation help foster a successful product.
How to apply systems engineering toward system manufacturing & production.
How to transition your product into the marketplace.
How to sustain and upgrade your products once they are fielded and being used.
How to plan and execute the ultimate disposal of your system.
How to apply project management principles toward your product development efforts.
What the Systems Engineering Management Plan (SEMP) is and how to make it effective for your project.
What a Work Breakdown Structure (WBS) is and how to use it on your project.
What the Product Breakdown Structure (PBS) is and how it is different than the WBS.
How to apply formal decision management and trade study processes.
How to manage risks for your development effort.
How to manage the configuration of your system and its enabling elements.
How to apply quality assurance toward developing your product.
How to apply information management for your development effort.
How to apply measures, such as: Measures of Effectiveness (MOEs), Measures of Performance (MOPs), Key Performance Parameters, Technical Performance Measures
How to form business relationships and contracts using the acquisition process and supply process.
How to apply life cycle management.
How to manage the portfolio of projects.
How human resource management plays a role in product development.
How to apply quality management throughout the organization.
How to tailor the processes to suit the needs of your projects or organizational goals.
How to use modeling & simulation and prototyping to save time and money on your development effort.
How to use the Object Oriented Systems Engineering Method (OOSEM) toward the development of system software.
How to apply Lean Systems Engineering principles.
The fundamentals of Agile Systems Engineering.
The fundamentals of specialty engineering disciplines
Finally – How to prepare for the INCOSE certification knowledge exam.
Requirements
A background in engineering, math, product development or project management is helpful but not required.
Description
Product Development & Systems Engineering uses a structured yet flexible approach to provide a holistic, solid foundation to the successful development of complex products or systems.This course will take you step by step through the product life cycle, from conception to design, development, production, deployment, sustainment and disposal. You will learn how the different components of a system interrelate, and how each contributes product accomplishing its missions. Systems engineering terminology, which can so often confuse the newcomer, is presented in an easily digestible form. Video lectures for individual topics will introduce key concepts. This course welcomes anyone who wants to find out how complex products or systems can be developed and implemented successfully. It is relevant to anyone in project management, engineering, quality assurance, product support, operations, management, maintenance and many other areas. No specific background is required, and we welcome learners with all levels of interest and experience.The course aligns closely with ISO/IEC/IEEE 15288:2015 and 29148:2015 – the same standards used by the International Council on Systems Engineering (INCOSE). Therefore, students will be armed with much of the knowledge required to take the INCOSE knowledge exam for Systems Engineering Preparation (SEP) certification. This course covers most of the material from the INCOSE Systems Engineering Handbook 4th edition – and much more!
Overview
Section 1: Introductory / Groundwork Topics
Lecture 1 Course Introduction
Lecture 2 System Defined
Lecture 3 System Hierarchies
Lecture 4 The System Context
Lecture 5 System Domains
Lecture 6 Users & Stakeholders
Lecture 7 Boundaries & Interfaces
Lecture 8 Systems Engineering Overview
Lecture 9 Alternative Systems Engineering Methods
Lecture 10 Systems Thinking
Lecture 11 The Origins & Evolution of Systems Engineering
Lecture 12 The Systems Engineer
Section 2: Product Life Cycle
Lecture 13 An Overview of the Life Cycle
Lecture 14 Milestones & Gate Reviews
Lecture 15 The Concept Stage
Lecture 16 The Development Stage
Lecture 17 The Production Stage
Lecture 18 The Utilization Stage
Lecture 19 The Support Stage
Lecture 20 The Retirement Stage
Lecture 21 Life Cycle Alternatives
Section 3: Technical Processes
Lecture 22 An Overview of the Technical Processes
Lecture 23 The Business & Mission Analysis Process
Lecture 24 The Operational Concept
Lecture 25 The Mission Need Statement
Lecture 26 The Business Requirements
Lecture 27 Capturing Stakeholder Needs & Requirements
Lecture 28 Operational Life Cycle Concepts
Lecture 29 Defining System Requirements
Lecture 30 Capturing System Requirements
Lecture 31 The System Requirements Specification (SyRS)
Lecture 32 Requirements Overview
Lecture 33 The Types of Requirements
Lecture 34 Requirements Derivation, Allocation and Flow Down
Lecture 35 How to Write Requirement Statements
Lecture 36 Architecture Definition
Lecture 37 Architecture Overview
Lecture 38 Model Based Systems Engineering (MBSE)
Lecture 39 The System Modeling Language and Unified Modeling Language (SysML & UML)
Lecture 40 Behavioral Analysis
Lecture 41 Use Cases
Lecture 42 Constructing the Behavioral Domain
Lecture 43 Constructing the Physical Domain
Lecture 44 Design Definition
Lecture 45 Solicitations, Proposals and Development Contracts
Lecture 46 Technology Readiness Levels (TRLs)
Lecture 47 Design Definition & Implementation Principles
Lecture 48 System Analysis
Lecture 49 Implementation (Segment Construction)
Lecture 50 Integration
Lecture 51 The Principles of System Integration
Lecture 52 The Verification Process
Lecture 53 The Principles of Verification
Lecture 54 Product Manufacturing and Production
Lecture 55 Low Rate and Full Rate Production
Lecture 56 Product Transition into the Marketplace
Lecture 57 User Evaluation: Product Validation
Lecture 58 The Principles of Validation
Lecture 59 System Operations
Lecture 60 System Maintenance
Lecture 61 Transition, Operation and Maintenance Principles
Lecture 62 Product Retirement & Disposal
Section 4: Technical Management Processes
Lecture 63 Project Planning
Lecture 64 The Systems Engineering Management Plan (SEMP)
Lecture 65 The Work Breakdown Structure (WBS)
Lecture 66 Project Assessment
Lecture 67 Decision Management
Lecture 68 Decisions and Trade Studies
Lecture 69 Trade Study Walkthrough
Lecture 70 The Risk Management Process
Lecture 71 Risk Management Principles
Lecture 72 Configuration Management
Lecture 73 Information Management
Lecture 74 Measurement Management
Lecture 75 Quality Assurance
Section 5: The Agreement (Contracting) Processes
Lecture 76 Agreement Process Overview
Lecture 77 The Acquisition (Buyer) Process
Lecture 78 The Supply (Seller) Process
Section 6: Project Enabling Processes
Lecture 79 Life Cycle Model Management
Lecture 80 Infrastructure Management
Lecture 81 Portfolio Management
Lecture 82 Human Resource Management
Lecture 83 Quality Management
Lecture 84 Knowledge Management
Section 7: Tailoring Processes
Lecture 85 Tailoring the Processes
Lecture 86 Software and Systems Engineering
Lecture 87 Prototyping
Lecture 88 Integrated Product Development (IPD)
Lecture 89 Lean Systems Engineering
Lecture 90 Agile Systems Engineering
Section 8: Specialty Engineering Principles
Lecture 91 Affordability
Lecture 92 Electromagnetic Compatibility (EMC)
Lecture 93 Environmental Engineering
Lecture 94 Reliability, Maintainability & Availability (RM&A)
Lecture 95 System Safety
Lecture 96 Models & Simulations (M&S)
Lecture 97 Human System Integration (HSI)
Lecture 98 System Security
Lecture 99 Resilience Engineering
Lecture 100 Product Support Engineering
Lecture 101 Value Engineering
Section 9: INCOSE Knowledge Exam Preparation
Lecture 102 INCOSE Knowledge Exam Preparation
Product developers,Engineering and systems engineering professionals,Engineering students and instructors,Professionals seeking INCOSE certification
Course Information:
Udemy | English | 25h 24m | 9.57 GB
Created by: Christopher Olson
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