Introduction to Engineering and Design EOC Study
Guide
This guide is designed to help you prepare for your end-of-course (EOC)
exam in Introduction to Engineering and Design. It covers all the essential
topics, from the engineering design process and core vocabulary to technical
drawing, measurement, and key principles of design.
Use this guide to review key concepts, definitions, and procedures. By
studying this material, you will be well-prepared to demonstrate your
knowledge of fundamental engineering principles and practices. Good luck
Introduction to Engineering and Design EOC Study Guide
1. Core Concepts of Engineering & Design
How to create the best solution: Engineers think "outside the box" to solve
new problems and improve existing solutions.
Engineering: The application of mathematics and scientific principles to
better or improve life.
Engineer: A person trained to use technological and scientific knowledge to
solve practical problems.
Engineer's Work: Engineers can work in various roles, including research,
development, design, supervision, management, production, construction,
operations, plant management, and sales.
Invention: A new product, system, or process that has never existed before,
created through study and experimentation.
Innovation: An improvement of an existing technological product, system,
or method.
Design: An iterative decision-making process that converts resources into
products or systems that meet human needs or solve problems. It is also a
plan or drawing showing how something will look and function.
, Constraint: A limitation or restriction on a design process, such as
appearance, funding, space, materials, or human capabilities.
Brainstorming: A group technique for solving problems by generating
ideas through unrestrained, spontaneous participation.
Research: The systematic study of materials and sources to establish facts
and reach new conclusions.
2. The Design Process
The design process is a structured, six-step procedure:
1. Define Problem: Identify the problem, and create a Design Brief that
specifies criteria and constraints.
2. Generate Concepts: Brainstorm potential solutions, conduct research, and
explore alternatives.
3. Develop a Solution: Select the best option based on a vote and
consideration of size, cost, and function. Technical working drawings are
produced.
4. Construct and Test a Prototype: Build a functional, full-scale model and
collect test data.
5. Evaluate Solution: Analyze the test results, quantify findings, reflect on the
design, and recommend improvements.
6. Present Solution: Communicate the final design through a formal
presentation or technical report.
3. Documentation and Communication
Engineering Notebook: A legal document where engineers formally and
chronologically document all work related to a design project. It is used to
prove the origin of an idea, a timeline of events, and diligence in developing
the solution.
Engineering Notebook Best Practices: Be neat, accurate, legible, and
thorough.
Design Brief: A written plan that identifies the problem, criteria, and
constraints. It encourages comprehensive thinking before a solution is
attempted.
Guide
This guide is designed to help you prepare for your end-of-course (EOC)
exam in Introduction to Engineering and Design. It covers all the essential
topics, from the engineering design process and core vocabulary to technical
drawing, measurement, and key principles of design.
Use this guide to review key concepts, definitions, and procedures. By
studying this material, you will be well-prepared to demonstrate your
knowledge of fundamental engineering principles and practices. Good luck
Introduction to Engineering and Design EOC Study Guide
1. Core Concepts of Engineering & Design
How to create the best solution: Engineers think "outside the box" to solve
new problems and improve existing solutions.
Engineering: The application of mathematics and scientific principles to
better or improve life.
Engineer: A person trained to use technological and scientific knowledge to
solve practical problems.
Engineer's Work: Engineers can work in various roles, including research,
development, design, supervision, management, production, construction,
operations, plant management, and sales.
Invention: A new product, system, or process that has never existed before,
created through study and experimentation.
Innovation: An improvement of an existing technological product, system,
or method.
Design: An iterative decision-making process that converts resources into
products or systems that meet human needs or solve problems. It is also a
plan or drawing showing how something will look and function.
, Constraint: A limitation or restriction on a design process, such as
appearance, funding, space, materials, or human capabilities.
Brainstorming: A group technique for solving problems by generating
ideas through unrestrained, spontaneous participation.
Research: The systematic study of materials and sources to establish facts
and reach new conclusions.
2. The Design Process
The design process is a structured, six-step procedure:
1. Define Problem: Identify the problem, and create a Design Brief that
specifies criteria and constraints.
2. Generate Concepts: Brainstorm potential solutions, conduct research, and
explore alternatives.
3. Develop a Solution: Select the best option based on a vote and
consideration of size, cost, and function. Technical working drawings are
produced.
4. Construct and Test a Prototype: Build a functional, full-scale model and
collect test data.
5. Evaluate Solution: Analyze the test results, quantify findings, reflect on the
design, and recommend improvements.
6. Present Solution: Communicate the final design through a formal
presentation or technical report.
3. Documentation and Communication
Engineering Notebook: A legal document where engineers formally and
chronologically document all work related to a design project. It is used to
prove the origin of an idea, a timeline of events, and diligence in developing
the solution.
Engineering Notebook Best Practices: Be neat, accurate, legible, and
thorough.
Design Brief: A written plan that identifies the problem, criteria, and
constraints. It encourages comprehensive thinking before a solution is
attempted.
