John R. Post School of Engineering
Engineering isn’t just about understanding theory — it’s about applying it to solve real-world problems. At Alvernia, students master both the fundamentals of engineering science and the hands-on skills needed to bring ideas to life. With state-of-the-art labs, small class sizes, and industry-connected faculty, students graduate ready to innovate and lead in their field.
Programs at Alvernia
Biomedical Engineering
Biomedical engineering is where engineering meets human health. Whether you are designing medical devices, improving assistive technologies, analyzing human movement, or developing tools that support diagnosis, treatment, rehabilitation, and patient care, this field gives you the opportunity to solve problems with real human impact.
Civil Engineering
Civil engineers are the architects of the modern world. From bridges and highways to skyscrapers and renewable energy systems, civil engineers create the infrastructure that keeps society running.
Electrical Engineering
Electrical engineers design and develop the technology that powers modern life. From renewable energy systems and advanced robotics to AI-driven automation and next-generation electronics, electrical engineering is at the heart of innovation across industries.
Industrial Engineering Technology and Management
Are you ready to design smarter systems, improve efficiency, and make a real impact in today’s industries? Alvernia’s Industrial Engineering Technology & Management program prepares you for a high-demand career in manufacturing, logistics, and beyond.
Mechanical Engineering
Mechanical engineers 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.
Power the Future
Hands-On Learning in Cutting-Edge Labs
Understanding theory is just the beginning. At Alvernia, students apply their knowledge in advanced lab spaces designed for real-world experimentation and innovation.
Analyze the strength and properties of materials used in construction, aerospace, and product design.
Explore how liquids and gases behave in engineering systems, essential for energy, aviation, and hydraulic applications.
Investigate how heat moves through different materials, a key factor in thermal system design.
Design and program robotic systems, automated machinery, and electronic circuits.
Gain design experience in prototyping, precision manufacturing, and rapid product development.
Learn about the materials and structural principles behind safe, durable buildings and infrastructure.
Study how soil composition affects foundation design, construction, and environmental impact.
Don’t Just Learn Engineering, Do Engineering
- Theory Meets Application
Courses balance rigorous engineering principles with real-world problem-solving, ensuring students gain both the knowledge and the experience to succeed.
- Hands-On Learning from Day One
Every year includes a design-focused course where students apply what they learn in class to practical, industry-relevant challenges.
- Small Classes, Big Opportunities
With lecture sizes of around 20 students and labs capped at 16, students get individualized attention and direct faculty mentorship.
- Liberal Arts Advantage
Employers value more than just technical skills. Alvernia’s liberal arts core strengthens students’ abilities in communication, critical thinking, and leadership, skills essential for success in engineering careers.
- Explore Your Choice of Major
All engineering majors take the same foundational courses in the first year, allowing them to explore different fields before specializing in their second year.
- Athlete-Friendly Scheduling
Flexible class times accommodate student-athletes, allowing them to excel both in their sport and in their studies.
Engineering Objectives and Outcomes
Designed for Success
Alvernia’s engineering curriculum is structured to combine technical depth with hands-on experience, ensuring students graduate ready to tackle real-world challenges.
• First-Year Foundations: Build a strong base in math, physics, computer programming, and engineering fundamentals while exploring different fields.
• Annual Design Courses: Each year, students work on increasingly complex projects that challenge them to apply classroom knowledge to practical problems sponsored by local industry partners.
• Internships and Co-Ops: Gain real-world industry experience through internships, research opportunities and company-sponsored projects.
• Senior Capstone Project: Collaborate on a year-long, industry-sponsored project to develop innovative engineering solutions.
Industry Connections and Student Organizations
Success in engineering requires more than just technical skills — it’s about leadership, networking, and collaboration.
- ASME (American Society of Mechanical Engineers): Open to all engineering students, ASME provides networking, competitions, and career development opportunities.
- SWE (Society of Women Engineers): A supportive community offering mentorship, leadership training, and career advancement.
- Engineering Seminars: Hear from industry leaders, faculty researchers, and top companies on the latest advancements in engineering.
Learn More
For more information, please contact the Admissions Office at 1-888-ALVERNIA or 610-796-8269 or admissions@alvernia.edu.