Overview
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Why Study Engineering at PBA?
Identify, troubleshoot, and solve complex engineering problems using principles of engineering, science, and mathematics. PBA’s Engineering program prepares students for careers centered on innovation, design, and problem-solving while emphasizing ethical decision-making and a Christ-centered perspective.
The Engineering Physics concentration blends engineering with advanced physics, chemistry, mathematics, and computational science. Students develop a strong theoretical foundation while applying scientific principles to solve complex engineering challenges through laboratory work, research, and hands-on design experiences.
- Mission Focus: Study engineering through one of the nation’s leading Christ-centered engineering programs.
- Broad Engineering Foundation: Develop expertise across mathematics, science, computing, design, and engineering systems.
- Senior Design Project: Apply your knowledge in a year-long engineering project developed for a real-world client.
- Study Abroad Opportunities: Expand your global perspective through engineering experiences in locations such as New Zealand, South Korea, and the United Kingdom.
What You’ll Learn
PBA’s Engineering program equips students to:
- Identify, formulate, and solve complex engineering problems
- Apply engineering design principles to real-world challenges
- Communicate effectively with technical and non-technical audiences
- Make informed ethical and professional decisions
- Work effectively within collaborative engineering teams
- Design and conduct experiments while analyzing engineering data
- Continuously acquire and apply new technical knowledge
Program Details
Engineering students develop a strong foundation in mathematics, science, programming, design, and engineering systems. Through laboratories, projects, simulations, and hands-on experiences, students gain the technical knowledge and practical skills necessary for professional engineering careers.
Modern Physics
Explore the principles of modern physics, including relativity, atomic structure, and quantum phenomena that form the foundation of today’s advanced technologies.
Quantum Mechanics
Study the behavior of matter and energy at the atomic and subatomic levels while developing the theoretical foundation for emerging technologies.
Quantum Computing
Examine the principles of quantum information and computation while exploring one of the fastest-growing fields in engineering and computer science.
Engineering Physics Concentration
The Engineering Physics concentration combines engineering with advanced study in physics, mathematics, chemistry, and computational science. Students build a strong scientific foundation while exploring topics such as modern physics, quantum mechanics, optics, and electromagnetism.
Engineering students gain hands-on experience through modern laboratories, computer modeling software, engineering design tools, and collaborative project spaces that support innovation, experimentation, and problem-solving.
Learn from dedicated faculty members who bring a combination of academic expertise, professional experience, and a commitment to student success. Through mentorship, hands-on learning opportunities, and personalized guidance, PBA professors help students develop the knowledge, skills, and confidence needed to achieve their academic and career goals.
Engineering students apply classroom knowledge through laboratories, simulations, design projects, and collaborative engineering experiences. Throughout the program, students develop expertise in engineering analysis, experimentation, programming, and design while working with modern engineering tools and technologies.
The program culminates in a two-semester Senior Project (Senior Design I & Senior Design II) where students develop solutions for real-world clients while demonstrating technical, communication, project management, and teamwork skills.
Engineering Physics students gain additional experience through advanced laboratory coursework, computational modeling, physics research, and interdisciplinary engineering projects. The program culminates in the two-semester Senior Design Project, where students apply engineering and physics principles to solve real-world challenges.
Entry Requirements
- Completed application
- Official high school transcripts
- Additional admissions materials as required
Visit the Office of Admissions website for current application, scholarship, and financial aid deadlines.
Career Outcomes
Engineering Physics graduates combine advanced scientific knowledge with engineering principles to solve complex technical challenges. Graduates are well prepared for careers in engineering, research, technology, and graduate study.
Potential career paths include:
- Engineering Physicist
- Research Engineer
- Optical Engineer
- Systems Engineer
- Quantum Computing Engineer
- Research Scientist
- Aerospace Engineer
- Materials Engineer
- Engineering Project Manager
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Student Stories
Engineering students gain valuable experience through laboratory work, collaborative design projects, research opportunities, and real-world problem-solving experiences. These opportunities help students develop the technical, analytical, and leadership skills needed to succeed in engineering and technology careers.
Diogo Martins Silveira: Engineering Excellence
Read Diogo Martins Silveira’s story to learn how his engineering education at PBA helped prepare him for academic and professional success. Through rigorous coursework, hands-on experiences, and faculty mentorship, Diogo developed the skills and confidence needed to excel in the engineering field.
PBA Students Earn First National Hackathon Victory
Engineering and Computer Science students made university history by winning PBA’s first national hackathon competition through innovative problem-solving, teamwork, and technical expertise. Their achievement highlights the creativity and hands-on learning experiences that prepare students for careers in engineering and technology.
Financial Aid
PBA’s robust scholarship program awards over $3 million every year. Invest in your learning with major-specific scholarships and other financial aid opportunities, which are awarded to 97% of our undergraduate students. Explore the resources below to learn more about tuition, financial aid, and scholarship opportunities.
