Research and Design

Research and Design

The College of Engineering prides itself on building a research agenda that addresses society’s most pressing challenges. Faculty and students are on a journey of continual discovery that results in inspired, multi-disciplinary research in many of the most transformative areas of engineering. Because of our location, we are surrounded by numerous academic and corporate institutions, uniquely positioning the College to address the needs of the city, region and beyond.

The College of Engineering educates through innovative research, using current technologies and a focus on critical societal challenges.  Unlike other institutions, our curriculum provides immediate research opportunities for the undergraduate student in our Freshmen Design program. This focus on research continues through to the senior year, culminating with Senior Design projects and competition, overseen by faculty and graduate students.

PhD students focus on many pertinent engineering topics, fusing theory with practical solutions in a diverse environment. Under the guidance of scholarly faculty, students become agents of new knowledge.

Research Areas

Faculty and Research-Overview
Inspired by the thematic goals of our strategic plan, this magazine and website highlights research from across the College of Engineering.

Dragon Discoveries

Inspired by the thematic goals of our strategic plan, this magazine and website highlights research from across the College of Engineering.

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Drexel Joins National Effort to Advance AI-Driven Wireless Chip Design image

Drexel Joins National Effort to Advance AI-Driven Wireless Chip Design

The project is one of several major initiatives backed by the NSTC, a national consortium established under the CHIPS and Science Act to strengthen U.S. leadership in semiconductor research and innovation.

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Drexel Researchers Develop Simpler Way to Predict Protein Shape-Shifting image

Drexel Researchers Develop Simpler Way to Predict Protein Shape-Shifting

A new study could help scientists investigate proteins that are difficult to fully visualize, a common challenge in structural biology and drug development.

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Unusual Photothermal Response in 2D MXenes Offers New Route to Light-Driven Memory Devices image

Unusual Photothermal Response in 2D MXenes Offers New Route to Light-Driven Memory Devices

A Drexel-led study has revealed an unusual thermal response in a lesser-known 2D material, unlocking new possibilities for low-power, light-driven memory devices. The findings challenge assumptions about MXene behavior and point to new directions in optoelectronic design.

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Drexel Joins National Effort to Advance AI-Driven Wireless Chip Design image
Drexel Researchers Develop Simpler Way to Predict Protein Shape-Shifting image
Unusual Photothermal Response in 2D MXenes Offers New Route to Light-Driven Memory Devices image