Prepare Next-Generation Engineers

Dean of the college of engineering talking to a group of students in a classroom

Given its highly diverse student body and clear mission, UIC has the distinct advantage of preparing research and technology leaders to navigate and develop solutions for a society composed of populations with an array of contemporary challenges.

The College will enhance engineering education to prepare graduates who can tackle complex, real-world challenges through interdisciplinary collaboration, cutting-edge technology integration, and a lens informed by diverse perspectives.

Strong industry partnerships will be essential, providing students with hands-on experience through internships, co-ops, and project-based learning with local and global companies and organizations, ensuring graduates are workplace-ready and connected to career opportunities.

Female computer science student with data projected on a screen

Increase AI and computing literacy for all students

AI is fundamentally revolutionizing society at large as governments, corporations, nonprofits, and communities all grapple with and attempt to integrate different forms of AI into their infrastructure and operations.

Within engineering and computer science, the use of AI — both general-purpose generative AI technologies and specialized domain-specific AI-based solutions — has become standard operating procedure around the world. This new societal prominence of AI requires that we evolve our curriculum to adapt to what effective pedagogy looks like during the AI age; prepare our graduates to deliver the creative, collaborative and critical thinking values that they must as human computer scientists and engineers; and grapple with how AI has changed the process of learning itself.

Female computer science student in front of a tiled display with computer generated image

Advance interdisciplinary education pathways

As the boundaries between engineering disciplines continue to blur, it is increasingly important that students be provided opportunities to gain experience beyond their major — working across domains, engaging with non-engineering fields, and solving complex, real-world problems collaboratively.

Today’s global challenges span a wide array of fields, with examples ranging from sustainable manufacturing and AI-supported healthcare to quantum computing and autonomous transportation systems. These diverse problems require engineers who collaborate effectively and think differently.

Female engineering student at a career fair

Expand pipelines to meet the engineering workforce and leadership needs of the future

Responding to a rapidly changing marketplace requires scaling of skilled engineers at a variety of levels to meet workforce and leadership demands.

Fueled by a national demand from sectors including health care, public infrastructure, finance, energy efficiency and national security, the need for skilled engineers and leaders in areas such as quantum computing, advanced manufacturing, semiconductor technologies, advanced communications, automation, robotics and artificial intelligence has never been higher.