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Transform Engineering Education


Transform Engineering Education

Transform Engineering Education

Innovative, adaptable curriculum is central to our mission to educate with an eye toward future challenges.

The field of engineering is evolving and the ways we teach must match this evolution. Concurrent with Northwestern Engineering's mission to revolutionize the methods of engineering is its mission to empower students to use these methods and envision new ones. A pillar of our strategic plan is to prioritize innovative, adaptable curriculum and programs to prepare the next generation of engineers to address challenges in an ever-changing landscape.

Innovate the First-Year Curriculum

Setting the stage with design, innovation, and entrepreneurial thinking

When Northwestern Engineering introduced its Engineering First curriculum more than 25 years ago, it jump-started a trend of incorporating design and the process of design thinking into undergraduate engineering education. Through the curriculum's flagship Design Thinking and Communication (DTC) course, first-year students collaborate with industry and nonprofit organizations to address client needs by integrating engineering science and mathematics with design while also building vital writing and communication skills.

Now we are taking the next step. By injecting innovation-based and entrepreneurial-based thinking into the Engineering First curriculum, we will train our students, starting in the first year, to think about how their research and projects can better connect to companies, the marketplace, and policy makers. By doing this, we will prepare our students to make the greatest possible impact.

Recent student work that reflects innovation and entrepreneurship:

Snackable Snails.

Forget Imitation Crab - Researchers Test Snackable Snails

Shedd Aquarium and Northwestern Engineering students design tasty artificial shelled treats for ocean predators.

Advisors: Stacy Benjamin and John Anderson - Segal

Read about snack-able artificial snails

Dynamometer

A Low-Cost Solution to Prevent Broken Medical Devices

DTC students collaborated with Shirley Ryan AbilityLab to design a solution to prevent broken dynamometers.

Advisor: Kiki Zissimopoulos - Segal

Read about the DTC students collaboration

Design Thinking that Permeates

Weaving design thinking throughout the undergraduate curriculum alongside other newly defined engineering methods

Design thinking has been a focus in the first-year engineering experience for many years at Northwestern Engineering. Now, we will move to more deeply incorporate the design thinking mindset, process, and tools throughout the undergraduate curriculum and into senior-year capstone courses, ensuring that the school's unique approach to design innovation is leveraged alongside other engineering methods.

Recent student work that represents design thinking:

Image of tuberculosis testing device.

Students' Rapid Tuberculosis Test Could Save Lives

Biomedical engineering students developed an automated staining system using a 3D printing technology.

Advisor: Matthew Glucksberg - BME

Read about the rapid tuberculosis test

At-home DNA Test

Students Develop At-home DNA Test with Privacy in Mind

Student startup provides insightful genetic analysis while preserving privacy.

Advisor: Hayes Ferguson - Farley

Read about the at-home DNA test

Prototype device to help farmers more efficiently use water

How a McCormick Student Wants to Help Feed the World

Student develops prototype device to help farmers more efficiently use water.

Advisor: Peshkin - ME

Read about the device

Flexibility and Innovation in Degree Programs

Adapting our curriculum and degree offerings to match the needs of a rapidly evolving engineering landscape

At all academic levels, Northwestern Engineering will continue to provide a curriculum that's as nimble as it is rigorous. By creating new degree programs and specializations, and expanding existing offerings, we will prepare our students to drive impact and transformation in their chosen fields.

Recent program updates:

Abstract graphic depicting machine learning.

McCormick Launches Machine Learning and Data Science Minor

Students will build skills to develop data science pipelines using computational data analysis to design and control engineering systems.

Director: Jill Wilson - IEMS

Read about the MLDS minor

MBAi students working on a whiteboard

Kellogg, McCormick announce MBAi joint degree program

Accelerated five-quarter program to address the intersection of business and technology management.

Codirector: Andrew Fano - MBAi

Read about the MBAi Joint Degree Program