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Department of Engineering

Hi and welcome to the Department of Engineering!
Here, you’ll find an introduction to the exciting and diverse world of engineering. As you probably know, there are so many different types, like biomedical, mechanical, civil, chemical, electrical, and more, each with its own impact on the world. Whether you’re curious about how things work, how to design better systems, or how to build solutions that make life better, this is the place to start. We’ll guide you through what it takes to become a great engineer, explore possible career paths, and share tips, videos, and stories from real engineers. Have fun exploring and good luck building the future!

Engineering Skills

By Tejaswini Pitchuka

Mathematics

Algebra, Geometry, Calculus, Trigonometry, and Statistics

Communication

Actively listen and provide feedback. Ask questions when something isn't clear.

Creativity

Imagine and create innovative solutions to solve complex problems.

Teamwork

Solving a problem is not an easy task. The ability to cooperate with others and incorporate several ideas is very important.

Computer Design

Adapting to fast-changing technology and knowing several coding programs is crucial.

The Engineering Design Process

By Tejaswini Pitchuka

Ask

Define a problem that needs to be solved.

Research

Research ideas and identify constraints.

Imagine

Brainstorm solutions.

Plan

Plan out a design and gather materials.

Create

Create a prototype.

Test and Improve

Test the prototype and redesign if detective.

What is Engineering?

By Yixuan Li

What is it?

  • Engineering is the application of science and math to solve real-world problems.

  • It's about designing, building, and innovating to improve our everyday lives.

  • Engineers work hard to solve all kinds of problems and shape the future by applying their knowledge.

Engineers make a difference!

  • They design solutions to everyday challenges.

  • Create technologies that save lives.

  • Build sustainable systems for a better future.

Engineering has many fields

  • Mechanical

  • Biomedical

  • Civil

  • Electrical

  • Robotics

  • Aerospace

  • Chemical

  • Data

  • Computer

  • Environmental

  • Marine

  • Materials

  • ... and more!

Engineering is for everyone!

No matter your background, you can become an engineer!

Engineering is about:

  • Problem-solving

  • Creativity and teamwork.

  • Making an impact!

Aerospace Engineering

By Melissa Chiang

What is it and what do they do?

Aerospace engineering is the development of aircraft and spacecraft. Aerospace engineers develop technologies and integrate them into aerospace vehicle systems used for transportation, communications, exploration, and defense applications.

Skills and understandings needed

  • Aerodynamics

  • Materials and structures

  • Propulsion

  • Vehicle dynamics and control

  • Software

Pathway to Aerospace Engineering

  • Degree: bachelor's degree in aerospace engineering or a related field

  • Courses: Flight dynamics, space mechanics, aerospace structures, aircraft design, and more

  • Courses for high schoolers: chemistry, physics, advanced mathematics, computer programming languages

Career Paths

  • Aerospace Technician

  • Mechanical Engineer 

  • Systems Engineering 

  • Aeronautical Engineer

  • Aircraft Designer

  • Avionics

Career paths

Biotechnology offers many different career paths to choose from. Some of these include...

  • Biotechnologist

  • Geneticist

  • Biomedical Engineer

  • Research Scientist

  • Biochemist

  • Microbiologist

  • DNA Analyst

Works Cited

  • Penn State Aerospace Engineering

  • TryEngineering Summer Institute 

Biomedical Engineering

By Yixuan Li

What is it?

  • Biomedical Engineering combines biology, medicine, and engineering to create innovative solutions for healthcare. 

  • From designing medical devices to developing tissue-engineering technologies, this field stands at the forefront of improving human health.

Why does it matter?

  • Biomedical engineers tackle some of the biggest challenges in healthcare, like creating life-saving devices (e.g., pacemakers, artificial organs) and developing systems to detect and treat diseases more efficiently. 

  • This field impacts millions by improving patient care and enabling groundbreaking research in medicine.

Recent accomplishment

In 2023, scientists developed a 3D-printed bioengineered heart made from human cells—a major step toward personalized organ transplants. This breakthrough could revolutionize organ donation by reducing rejection risks and waiting lists.

Famous innovations

  • MRI and CT Scanners: Essential tools in modern diagnostics.

  • Cochlear Implants: Restores hearing for those with profound hearing loss.

  • Artificial Pancreas: Helps patients with diabetes manage blood sugar levels.

Career paths

  • Biomedical Device Design

  • Clinical Engineering

  • Biomechanics Research

Key skills

  • Problem-solving

  • Knowledge of biology and engineering

  • Proficiency in software tools like MATLAB or CAD

Works Cited

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