Engineering Careers
Design Process Steps
Engineering Foundations
Real-World Applications
Engineering Challenges
100

This engineer designs aircraft, spacecraft, satellites, and other vehicles used in air and space travel.

aerospace engineer

100

This is the first step of the engineering design process. Engineers identify and clearly describe the problem they need to solve.

Ask a question

100

This professional uses mathematics, science, creativity, and technical knowledge to design solutions to problems.

Engineer

100

Designing a safe bridge that supports traffic and resists weather conditions is a project commonly associated with this type of engineer.

Civil Engineer

100

Engineers use these two ideas to determine what a successful solution must do and what limits the design.

Criteria and constraints

200

This engineer designs medical devices, prosthetics, artificial organs, and diagnostic equipment.

Biomedical Engineer

200

During this step, engineers collect background information, investigate existing solutions, and identify requirements and limitations.

Research and imagine

200

This field applies scientific and mathematical principles to understand how systems work and solve practical problems.

engineering science

200

Creating a prosthetic limb or an artificial heart valve is a project commonly associated with this type of engineer.

Biomedical Engineer

200

Building an early model of a design allows engineers to test its function before creating the final product.

Prototype

300

This engineer develops processes for creating products such as medicines, plastics, fuels, and fertilizers.

Chemical Engineer

300

During this step, engineers generate many possible solutions before choosing one. Quantity and creativity are encouraged.

Plan and Design

300

This field focuses on applying engineering knowledge to the implementation, operation, testing, and maintenance of systems.

engineering technology

300

 Designing the electrical circuits and power systems for a smartphone is commonly associated with this type of engineer.

Electrical Engineer

300

Engineers repeat cycles of testing, analyzing results, and changing a design to make it work better. This process is called this.

Engineering design process

400

This engineer designs roads, bridges, dams, buildings, and water-treatment systems.

Civil Engineer 

400

After comparing possible designs, engineers choose the option that best meets the criteria and constraints.

Share

400

This organization accredits college and university programs in engineering, engineering technology, computing, and applied science.

Accreditation Board for Engineering and Technology, or ABET

400

Developing the hardware and software that allow a drone to process information and respond to commands may involve this type of engineer.

Computer Engineer

400

Engineers must balance safety, cost, materials, environmental impact, and performance when making design decisions. These factors are examples of this.

Trade-offs

500

This engineer focuses on improving the efficiency, productivity, quality, and safety of systems and organizations.

Industrial Engineer

500

Put these design process steps in the correct order: 

1. define the problem 

2. research and gather information, 

3. brainstorm possible solutions, select the best solution, 

4.build a prototype

5.test and evaluate, 

6.redesign and improve 

7.communicate results

500

Who is the most influential engineer throughout history?

Nikola Tesla

500

Designing a more fuel-efficient engine for a vehicle requires knowledge of motion, materials, forces, and machines. This type of engineer commonly leads that work.

Mechanical Engineer

500

Engineers use this combination of abilities to solve unfamiliar problems: analyzing evidence, generating ideas, communicating clearly, collaborating, and making decisions based on data.

Problem Solving

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