SP 3: GT Parts Development Guidelines

What is reverse engineering, and why is it important in part development?

• To copy existing designs without permission.

• To understand and replicate the functionality of a part.

• To avoid using OEM parts entirely.

• To bypass intellectual property laws.

Name two challenges commonly faced when fabricating non-OEM parts.

• Lack of technical drawings and material specifications.

• High cost and long lead times.

• Ease of manufacturing.

• None of the above.

What are the key elements of an Inspection and Test Plan (ITP)?

• Standards, Acceptance criteria, Record, Responsibilities

• Budget estimation, Supplier selection, Inspection

• Marketing strategy, Distribution plan, Testing

• None of the above

Why is due diligence critical when selecting a manufacturer for part development?

• To ensure compliance with standards and capabilities.

• To avoid legal challenges from OEMs.

• To reduce costs significantly.

• To minimize the need for inspection.

What information is typically included in the End of Manufacturing Data report?

• Production methods, Materials used, Testing results

• Marketing plans, Distribution networks, Sales data

• Costing details, Budget approvals, Financial forecasts

• None of the above

Describe one effective strategy for conducting an IP search.

• Searching through relevant patent and trademark databases.

• Avoiding IP searches to speed up development.

• Consulting unrelated industries.

• Ignoring existing patents.

What are the main stages involved in reverse engineering a part?

• Scanning, Analysis, Prototyping, Testing

• Drawing, Manufacturing, Packaging, Selling

• None of the above

• Marketing, Sales, Reporting

How can participants ensure compliance with standards during part development?

• Regularly reviewing industry standards and testing criteria.

• Ignoring standards to speed up development.

• Avoiding inspections.

• Using only outdated guidelines.

Explain the importance of data collection in the context of reverse engineering.

• To gather accurate measurements and material information.

• To justify higher costs.

• To delay production timelines.

• None of the above.

What is a critical first step in reverse engineering a part?

• Prototyping the part immediately.

• Gathering data through scanning or measurements.

• Ignoring existing designs.

• Starting with material testing.