GOALS
• Review
• Systems and Block Diagrams
• Abstraction & Composability
• Steps of the Engineering Design Process
•
•
•
•
•
Identify and Define the problem
Research
Sketch
Modeling
Analysis
PREVIOUSLY
• Engineers and computer scientists design and build the world.
• Engineers visualize the things they design as systems.
• They design and build things in a systematic way.
• They use the engineering design process .
• They become engineers and computer scientists by
• studying at an accredited university
• becoming members of professional associations
• working on projects.
* Systems
PREVIOUSLY
• Block Diagrams
• Abstraction
• Composability
• Engineering Design Process
• Overview of steps
• Identify and Define the Problem
• Requirements documentation
* Systems
WHAT IS A SYSTEM?
• a collection of interconnected components that have some function or purpose
• A system has an interface.
• Input/output
• A system has a behavior.
• Relationship between input and output.
• A system has a structure.
• The organization of its components.
* Systems
WHAT IS A SYSTEM?
• a collection of interconnected components that have some function or purpose
• A system has an interface.
• Input/output
• A system has a behavior.
• Relationship between input and output.
• A system has a structure.
• The organization of its components.
* EDP * Identify and define the problem
Identify and define problem ENGINEERING DESIGN PROCESS
(EDP)
Research
Sketch possible solutions
Library
Engineering
Notebook
Requirements
Document
Modeling
Analysis
Simulation
Prototyping
Selection
Implementation and testing
Design
Proposal
Final
Design
IRS
MASP
SI
* EDP * Identify and define the problem * Requirements
ENGINEERING DESIGN PROCESS
(EDP)
Identify and define problem Research
Sketch possible solutions
Library
Engineering
Notebook
Requirements
Document
Modeling
•
Analysis
Simulation
Prototyping
‘What’ not ‘how’
1. Gather data
2. Specify the requirements (clear unambiguous)
• Requirements Document
•
•
Traceability
Less costly to fix problems early
Selection
Implementation and testing
Design
Proposal
Final
Design
* EDP * Research
Identify and define problem ENGINEERING DESIGN PROCESS
(EDP)
Research
Sketch possible solutions
Library
Engineering
Notebook
Requirements
Document
Modeling
Analysis
Simulation
Prototyping
Selection
Implementation and testing
Design
Proposal
Final
Design
RESEARCH
• What is it?
• How is it done?
* EDP * Research
RESEARCH
• Literature review
•
•
•
•
Find relevant work
Appraise
Synthesize
Take notes
• Literature Review Document
RESEARCH
• In one minute
• List as many sources of research information as you can
• What makes a good source?
• Some good sources
•
•
•
•
Google Scholar
IEEExplore
ACM Digital Library
CiteSeerx
• Library
* EDP * Sketch possible solutions
IRS
Identify and define problem ENGINEERING DESIGN PROCESS
(EDP)
Research
Sketch possible solutions
Library
Engineering
Notebook
Requirements
Document
Modeling
Analysis
Simulation
Prototyping
Selection
Implementation and testing
Design
Proposal
Final
Design
SKETCH
• Ideation
• Design concepts
• Possible solutions
• How?
Play
Brainstorming
Pair or Group
Meditation
IDEATION
SCAMPER
Substitute
– components, materials, people
Combine
– mix, integrate, interoperate
Adapt
– alter, change, re-purpose
Magnify/Modify
– change scale, shape, attributes
Put
– to other uses
Eliminate
– remove elements, reduce functionality
Rearrange/Reverse – inside out, upside down
GOOD DESIGN
• What is it?
GOOD DESIGN
• What is it?
GOOD DESIGN
• What is it?
GOOD DESIGN
• What is it?
Gravity Light - http://vimeo.com/53588182
GOOD DESIGN
• What is it?
DESIGN PRINCIPLES
• Simplicity
• Balance &
Related Documents: Engineering Design Process 2 1 Essay examples
Paper VALUE ENGINEERING Date: 11th Oct. 2012. VALUE ENGINEERING Abstract: Value engineering is to design a new process, product or service which gives the highest level of performance and quality by identifying the worth for the function at the lowest overall cost. This paper gives a detailed description about value engineering technique. It also explains the methodology to implement value engineering. Further a relationship is developed between value engineering and the economy…
Systems Engineering Instructor: Professor David Waldo Overview of the Syllabus: Scripture of the Module Logistics Grading Policies Course Policies Course Goals Scripture of the Module Commit to the Lord whatever you do, and your plans will succeed. - Proverbs 16:3 Systems Engineering – ENGR 5203 Course Logistics How to Find Me or Contact Me (Dr. Waldo): – – – – Office: PEC 213 Extension: 5449 (405-425- 5449) E-mail: david.waldo@oc.edu Cell phone: (405) 802-4809 Class Times: Tues 6:00-9:30pm…
Lloyd is one of the largest engineering construction companies in India providing integrated design, engineering, procurement, construction and project management services for energy industry and infrastructure sector projects. It provides engineering construction services for onshore and offshore pipelines, gas gathering systems, oil and gas tanks and terminals including cryogenic Liquefied Natural Gas (LNG) and Liquefied Petroleum Gas (LPG) storage terminals, process facilities in the oil and gas…
CHAPTER 4 PRODUCT and SERVICE DESIGN 1. Why is product or service design strategically important? For the success and prosperity of an organization. It has an impact on future activities. Consequently decisions in this area of the most fundamental that managers must make. 2. List some of the things that product and service design does. 1) Translates customer wants and needs into product and service requirements. (marketing, operations) 2) Develop new products and services…
LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WOR CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LI WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WOR CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LI WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS LIKE YOU. WORLD CLASS, JUST LIKE YOU. WORLD CLASS, JUST LIKE YOU. WOR CLASS, JUST LIKE…
ENB200 Part 1 – System Case Study New York City Subway Executive Summary A report has been conducted to form literature review on the New York City Subway, an engineering system, which analyses the systems key elements and interactions as well as the context for its operations and future challenges it may face. As the New York City Subway system is an incredibly complex engineering system that involes many vital subsytems, all of which have an important role in the operation of this…