The document outlines the steps of the engineering design process which includes identifying needs or problems, researching potential solutions, developing possible solutions, selecting the best solution, constructing prototypes, testing and evolving the design, communicating the solution, and redesigning if needed. Some key steps involve examining current solutions to the problem, brainstorming ideas, creating tests for prototypes, and documenting results for manufacturing. The overall process is meant to develop consistent, high quality and safe engineered products and systems.

1. Designing Process

2.  Name Regd. No
 Amna Zulfikar. 16-Arid-1513.
 Anwal. 16-Arid-1514.
 H.Rida Murad. 16-Arid-1531.
 Saad Nadeem. 16-Arid-1550.

4. An engineering design is a model of the product or
structure to be engineered. The model is used to
 Evaluate suitability of proposed product/system
 Communicate proposed product to others
An engineering design process describes a set of steps
for constructing an engineering design.

5. Steps of the Engineering Design Process

6.  Identify the need or problem.
 Research the need or problem.
 Develop the possible solution.
 Select the possible solution.
 Construct a proto type.
 Test and evolution the process.
 Communicate the solution.
 Redesign.
Steps of the Engineering Design Process

7.  Identify the need or problem.
Before you can develop a problem definition
statement for a design problem, you need to
recognize the need for a new product, system, or
machine.
• Detailed Help for Each Step
• Design Notebook
• Mind Mapping
• Engineering Project Proposal Form

8.  Research the need or problem.
Examine the current state of the issue and current
solution.
• Find out what research has already been done
• The internet is a great place to start
• Design Project
• Finding Information
• Research Paper

9.  Develop the possible solution.
• Critical step – first ideas are rarely best.
• No solution should be ignored at this step.
• The more ideas, the more probability of success
• Brainstorming should be used .
• Make a list of your ideas.

10.  Select the possible solution.
Determine which solution best meet the original need
or solve the original problem.
 Construct a proto type.
Once you have made your proposal of a solution
based on your research create a model of the solution
that you think will best solve the problem.

11.  Test and evolution the process.
• You will need to create a test for your solution.
• Some projects may be destroyed after testing, So
might went to come up with non- destructive tests.

12.  Communicate the solution.
• To complete your project, communicate your results
to others in a final report and/or a display board.
Professional engineers always do the same,
thoroughly documenting their solutions so that they
can be manufactured and supported.
• Your argument must be well written and make uses
of the references from your search and testing
result.

13.  Redesign.
As you test your solution, you will make changes
based on the result of the test.

14.  The Benefits of Process Engineering
• significant and wide ranging.
• eliminating unneeded steps from a process. making the
process or system safer and increasing the quality.
• consistency.