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As demand for engineers accelerates across the U.S. — driven by growth in advanced manufacturing, automation, technology and transportation systems — mechanical engineering programs are seeing surging interest from students seeking stable, high-paying careers.

At the University of ��������, that national trend is translating into sustained growth.

Mechanical engineering, the university’s largest major, has expanded by more than 30% over the past decade and continues to attract strong interest ahead of the May 1 college decision deadline. The program’s scale reflects both workforce demand and the appeal of a degree with broad career pathways.

“Mechanical engineering is more than just a degree; it is a meticulously designed journey preparing students for a wide range of career options in industry as well as advanced studies,” said Masoud Rais-Rohani, Richard C. Hill Professor and chair of mechanical engineering at U��������.

That pathway increasingly leads directly into the workforce.

Graduates report an average starting salary of more than $79,000 and are recruited by major employers such as Bath Iron Works, Pratt & Whitney, Northrop Grumman, Texas Instruments, GE and NASA Goddard Space Flight Center.

For many students and families, that combination of career opportunity and earning potential is a deciding factor.

At U��������, that preparation is built into the curriculum as a learner-centered R1 research university. Students begin with a foundation in math, physics and engineering before progressing into advanced coursework emphasizing quantitative analysis and technical mastery. 

“We’re very intentional about how the curriculum builds from fundamentals to real-world application,” Rais-Rohani said. 

Students describe the faculty as both rigorous and deeply supportive, helping bridge the transition from foundational coursework to advanced engineering practice.

Experiential learning is also integrated throughout, culminating in a yearlong senior capstone design sequence in which students move through the full engineering process — from initial design and analysis to prototyping and testing.

Students can further tailor their education through concentrations such as aerospace engineering, as well as minors in robotics or artificial intelligence and certificates in areas including smart manufacturing and building science. Internship and co-op opportunities, study abroad experiences, along with student organizations that compete nationally, provide additional applied experience.

Those opportunities contribute to strong student satisfaction, with the program reporting a 95% positive sentiment rating.

“By the time they reach their senior year, students are navigating the full engineering process — from concept to testing,” Rais-Rohani said. “That experience prepares them for a wide range of career options in industry and beyond.”

Contact: David Nordman, david.nordman@maine.edu