SolidYou

Methods

-Feasibility Study-

Starting from the essential requirement, the general performance of the new product is defined, as well as the technical solutions that are considered suitable to achieve the goal.
Develop any innovative content.
Descriptive technical reports and overviews.
Consideration of additional alternative solutions at each stage of the project.

Legal Feasibility

Performed to understand if the proposed plan conforms to the legal and ethical requirements.
Economic Feasibility

Involves a cost benefits analysis to identify how well, or how poorly, a project will be concluded.
Technical Feasibility

Proces of validating the technical resources and capabilities to convert the ideas into working systems.
Operational Feasibility

Performed to understand well a proposed system solves the problems.
Scheduling Feasibility

Measure of how reasonable the project duration is.

Depth analysis of machine functions and performance:
- The general architecture
- The leading commercial features for the correct market entry
Choices must consider:
- Technical feasibility in the light of economic constraints
- The technical and technological capabilities of the production structure that will produce the product
- Constraints imposed by legal requirements (safety, environment during use and throughout the life cycle)

Develop a comprehensive systematic analysis of the individual components of the machine. This analysis must be able to determine in-depth:
- The shape, the dimensions, the materials, and the processes to be used for the realization of the machine.
- Suppliers of materials, sub-assemblies, or services essential to the realization.
- The schedule of construction activities, clarifying the nature of the resources to be deployed to achieve the chosen objective.
The processed products are:
- Detailed calculation reports (if necessary)
- Test reports (if necessary)
- Construction drawings for each element and each processing phase
- Working patterns
- Assembly and testing instructions
- Any mounting diagrams

The entire design process must be under control and, if necessary, overhauled.

This control is present at all stages of the design and has the purpose of:

Check that all project initiators
Check that all necessary information is in a clear, complete, and unambiguous way
Verifying the accuracy and reliability of all the numerical and experimental calculations carried out
Checkout the planned timetable, with initial starting requirements