Engineer the Future with a Mechanical Engineering Degree
Hands-On Learning. Real-World Impact. Your Engineering Journey Starts Here.
Mechanical engineers don’t just build things — they innovate, design, and create solutions that shape the world. From cutting-edge medical devices and next-generation battery systems to high-performance engines and energy-efficient machines, mechanical engineering is at the core of every industry that moves the world forward.
At Alvernia University, we go beyond the textbook with a design-forward curriculum that puts your skills to work from day one:
- Common First-Year Courses: No need to decide on a specific engineering discipline right away—all engineering majors take the same classes in their first year, giving you time to explore your interests before selecting a major in your second year.
- Extensive Lab Courses: Nearly every engineering course includes a hands-on lab component, allowing you to apply theory to real-world challenges using state-of-the-art equipment.
- Real-World Projects: Every year, you’ll tackle hands-on design challenges, working in teams with industry partners and research mentors.
- Industry-Connected Capstone: Your senior-year project isn’t just for a grade—it’s a real-world engineering challenge in collaboration with top industry professionals.
- State-of-the-Art Labs for Hands-On Learning
The John R. Post School of Engineering provides access to cutting-edge labs designed to give students real-world experience in key areas of mechanical engineering:- Mechatronics Lab: Explore robotics, automation, and intelligent control systems.
- Fluids Lab: Study fluid dynamics and hydrodynamics through hands-on experiments.
- Heat Transfer Lab: Work with thermodynamics, energy systems, and heat exchangers.
- Material Testing Lab: Analyze mechanical properties of materials and structural integrity.
- Circuits Lab: Gain practical experience in electrical circuits, sensors, and control systems.
- Small Classes, Personalized Learning
At Alvernia, you won’t be just another face in the crowd:- Labs have at most 16 students, ensuring you get personalized attention while working with advanced equipment.
- Lectures start with an average of 20 students, but as you progress to in-major courses, lecture sizes reduce even further, ensuring focused, in-depth learning.
- Professional and peer tutoring is available for introductory courses, offering additional support to help you succeed.
- Engineering Clubs & Student Engagement
Join student organizations like:- ASME (American Society of Mechanical Engineers): Participate in engineering-focused events, networking, and hands-on projects.
- SWE (Society of Women Engineers): Connect with peers and mentors, empowering women in engineering and leadership roles.
These clubs give you a chance to collaborate, network, and develop skills outside the classroom, preparing you for success in the industry.
- In-Demand Careers & High Salaries
A mechanical engineering degree opens doors to a wide range of industries. Graduates pursue careers such as:- Aerospace Engineer – Design and develop aircraft, spacecraft, and satellites.
- Automotive Engineer – Innovate fuel-efficient, high-performance vehicles.
- Robotics Engineer – Create advanced automation and AI-powered systems.
- Biomedical Engineer – Develop life-saving medical devices and prosthetics.
- Energy Systems Engineer – Improve renewable energy and sustainability efforts.