Mechatronics engineering might sound complex to those unfamiliar with the field.
But for Majid Kheybari, Ph.D., assistant professor in our new mechatronics engineering program, it is an industry that offers innovative solutions.
It’s thanks to mechatronics engineering that we have technology like smart devices, automated manufacturing, and advanced robotics. Simply put, technology that makes our lives easier. However, creating that technology involves complex challenges and requires knowledge of much more than just mechanical engineering. This is where mechatronics engineering comes into play.
“Mechatronics engineering is an interdisciplinary field that integrates mechanical, electrical, computer, and control engineering to design, develop, and optimize intelligent and automated systems,” Dr. Kheybari explained. “It’s the forefront of innovation.”
Dr. Kheybari joined Saint Mary’s faculty this fall and is currently teaching our core engineering courses. This semester, he is teaching Introduction to Engineering, providing students with foundational knowledge in engineering principles. In the spring he will begin teaching Computer Aided Design (CAD), where students learn to use engineering design software to create and modify technical drawings and 3D models.
Dr. Kheybari has a Ph.D. in Mechanical Engineering from the University of Connecticut. His research interests include programmable materials, metamaterials, AI-based design and property prediction of metamaterials, FEA, noise and vibration control, wave propagation, deployable materials and soft robotics. With expertise spanning advanced design, simulation, and programming to manufacturing and experimental testing, he advances the entire engineering workflow. He is excited to apply his knowledge to Saint Mary’s new Mechatronics Engineering major because it offers a unique, hands-on approach.
“Students don’t just learn theory,” he said. “They apply it directly to real-world projects, preparing them to solve complex engineering challenges in industries such as robotics, manufacturing, automotive, aerospace, and beyond.”
One of Dr. Kheybari’s favorite assignments is the research project that gives students the opportunity to engage in hands-on projects, applying their knowledge while developing essential skills in collaboration, critical thinking, and presentation.
The small class sizes and supportive community at Saint Mary’s are imperative for helping students thrive in this rigorous program.
“This environment fosters meaningful interactions between students and faculty, personalized attention, and strong relationships that contribute to student success and engagement,” he said.
To further support students, Dr. Kheybari maintains an open-door policy, often meeting one-on-one with students to discuss their progress and goals as they move through the program. His goal is for students to succeed academically while remaining motivated, curious, and eager to learn more. Dr. Kheybari provides students with both the knowledge and the passion that will help them lead meaningful careers as mechatronics engineers.
Classes for Saint Mary’s new Mechatronics Engineering major launched in fall of 2025. Students in this program will have the opportunity to learn from a newly developed curriculum designed to meet the demands of modern engineering careers.
