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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. ÃÄÄïÖ±²¥â€™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.
  
   

Hands-On Learning in Cutting-Edge Labs

Understanding theory is just the beginning—at ÃÄÄïÖ±²¥, students apply their knowledge in advanced lab spaces designed for real-world experimentation and innovation.

• Materials Testing Lab: Analyze the strength and properties of materials used in construction, aerospace, and product design.
• Fluids Lab: Explore how liquids and gases behave in engineering systems, essential for energy, aviation, and hydraulic applications.
• Heat Transfer Lab: Investigate how heat moves through different materials, a key factor in thermal system design.
• Mechatronics and Circuits Labs: Design and program robotic systems, automated machinery, and electronic circuits.
• Machine Shop and 3D Printing Lab: Gain design experience in prototyping, precision manufacturing, and rapid product development.
• Concrete and Steel Structures Lab (Upcoming): Learn about the materials and structural principles behind safe, durable buildings and infrastructure.
• Geotechnical and Soils Lab (Upcoming): Study how soil composition affects foundation design, construction, and environmental impact.

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.

• : Open to all engineering students, ASME provides networking, competitions, and career development opportunities.
• : 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.