Can someone help with this based on the following data.

solution to solve your problem. Now, you will created a 3D model to represent your solution in a CAD software

1) First, create a 3D model using TinkerCAD (or any other CAD software you would like) to represent the design solution. It does not need to be perfect! If there are particularly specific details of the solution that cannot be modeled or shown using the 3D model, that is fine, just make sure that the general form and key features are represented in the 3D model, and then described properly (you can include these details in the description). Designs with a lot of small parts should focus on larger, important aspects of the design (e.g., bolts and screws do not need to be shown).

2) Then, create a single, visually appealing slide to showcase your model. The slide should clearly state the problem that you have solved and include multiple screenshots of your 3D model and highlight key features of the design solution (the key features can be labeled on the 3D model). You should also include info on the materials and function of your design. You will want to include some text on this slide but remember, you must be careful on how/where you use it. You should treat this slide similar to an informative poster.

3) Finally, write out a script for a "design pitch" for your product and include this as a second slide. The pitch should communicate your idea, how it works, why it's important, and who it benefits.

problem: The problem that interests me is the lack of organization and storage space in small apartments.

Customers: The end users of the solution to this problem will be individuals or families living in small apartments who struggle with storage and organization.

Specific needs: Difficulties for these customers include limited storage space, cluttered living spaces, and difficulty finding and accessing items.

Problem statement: Difficulties for these customers include limited storage space, cluttered living spaces, and difficulty finding and accessing items.

design requirements

. The solution must maximize storage space

. The solution must reduce clutter and improve organization

. The solution must be easy to access and use

The solution must maximize storage space for it to be used easily and also it

must reduce clutter to improve the organization

Possible Solutions:

. Solution 1: Wall-mounted shelving unit

. Solution 2: Custom-built storage unit

. Solution 3: Convertible furniture (e.g., sofa with storage)

Decision Matrix:

. Solution 1: Wall-mounted shelving unit: meets the criteria for storage capacity and

Easy access may not be as durable or sturdy as the other solutions, and may

not be as aesthetically pleasing.

. Solution 2: Custom-built storage unit: meets the criteria for storage capacity,

durability, and sturdiness, but may be more expensive and not as easily accessible

as the other solutions.

. Solution 3: Convertible furniture: meets the criteria for storage capacity,

easy access, and aesthetics, but may not be as durable or sturdy as the other solutions.

After evaluating all three solutions against the prioritized design criteria, I would choose Solution 2: The custom-built storage unit as the best solution as it meets the criteria for storage capacity, durability, and sturdiness which are the most important factors.

Also, it can be feasible to build, test, and implement as it can be built according

to the apartment's specific needs and meet the customer's requirements.

Explanation

The problem of lack of organization and storage space in small apartments can

be solved by using a custom-built storage unit. It meets the criteria for storage

capacity, durability, and sturdiness which are the most important factors for the customer.

This solution maximizes the storage space, reduces clutter, and allows for easy

access to items, fulfilling all of the design requirements and the problem statement.

By following the steps of the engineering design process, we were able to

identify the customer, their specific needs, and the problem statement. Then we

identified and prioritized design criteria and evaluated different possible solutions.

It is feasible to build, test, and implement as it can be built according to the specific needs of the apartment and meet the requirements of the customer