Engineering Teams
Manufacturing Processes
Aerospace Engineering
Reverse Engineering
Think Like an Engineer
100

Who keeps a project on schedule, manages budgets, and coordinates communication between teams?

Project Manager sys Engineer

100

Which manufacturing process removes material from a block of metal using cutting tools?

Machining

100

Name one vehicle designed by aerospace engineers.

Rocket, satellite, airplane, helicopter, spacecraft

100

What is reverse engineering?

Studying an existing product to understand how it works and how it was made.

100

You need

100,000 brake roters for a bike.

Best manufacturing process?

Laser Cutting + CNC + Heat Treating 

200

Who decides how a part should actually be manufactured?

Quality Engineer

200

Which manufacturing process forces molten plastic into a mold to create identical parts?

Injection Molding

200

Why do aerospace companies spend so much time testing components?

Safety, reliability, tight tolerances, and performance

200

Why would a company reverse engineer a product?

To learn from it, improve it, repair it, or create a competing design.

200

You're designing a Formula race car.

Which is MOST important?

A. Make every part as heavy as possible.

B. Reduce unnecessary weight while maintaining strength.

C. Use the cheapest material everywhere.

D. Ignore aerodynamics.

Reduce unnecessary weight while maintaining strength.

300

Which engineer is responsible for making sure a product meets specifications before it reaches the customer?

Quality Engineer

300

Which manufacturing process creates parts one layer at a time?

3D Printing

300

An aerospace company wants to reduce the weight of an aircraft without reducing its strength. Name one thing engineers could change.

  • Material
  • Geometry
  • Manufacturing process
  • Internal structure
  • Use composites
300

You are given a drone propeller, but no drawings or instructions. What is the first step in reverse engineering it?

Observe and inspect the part (identify its purpose, features, and how it functions).

300

A part has several sharp inside corners.

Why might an engineer round those corners?

To improve strength, reduce stress concentrations, and make the part easier to manufacture.

400

Which engineer intentionally pushes products to their limits to identify weaknesses?

Test Engineer

400

Which process uses a focused beam of light to cut metal?

Laser Cutting

400

Why are aerospace parts often made from aluminum or titanium instead of regular steel?

Because they provide an excellent strength-to-weight ratio, helping aircraft and spacecraft remain lightweight while maintaining strength.

400

You are reverse engineering a satellite bracket. Name three things you would measure or document.

  • Dimensions
  • Material
  • Hole sizes/locations
  • Weight
  • Surface finish
  • Thickness
  • Manufacturing features (fillets, chamfers, threads)
400

An engineer notices a part requires 15 manufacturing steps.

Why might reducing that to 10 steps be beneficial?

Lower cost, faster production, fewer opportunities for errors, and improved efficiency.

500

You're designing a new drone. Which engineering roles would likely work together to bring it from concept to production?

Project Manager, Design Engineer, Manufacturing Engineer, Test Engineer, Quality Engineer (and others such as Electrical or Software Engineers depending on the system)

500

Name three manufacturing processes commonly used to produce an aircraft component.

Machining, forging, heat treating, anodizing, inspection, assembly

500

An aircraft bracket must be:

  • Lightweight
  • Extremely strong
  • Produced 100,000 times
  • Highly accurate

Which manufacturing process would you recommend?

Forging or casting followed by CNC machining.

500

An aerospace company reverse engineers an aircraft bracket but notices the original design contains unnecessary material.

What engineering opportunity have they discovered?

Redesign and optimize the part to reduce weight, cost, or improve performance.

500

You need to make a lightweight bracket for a rocket. Which material would you choose and why?

  • Aluminum (lightweight, corrosion resistant)
  • Titanium (stronger, better at high temperatures, but more expensive)
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