Science & Engineering Profile


Engineering and Computer Science with a purpose

The School of Engineering and Applied Science (SEAS) at Gonzaga University produces broadly educated and capable engineers and computer scientists ready to contribute innovative solutions for a better world.

AT A GLANCE

Founded: 1887

Location: Spokane, Washington; population 217,108 (721,873 metropolitan area)

Affiliation: Independent; Jesuit Catholic

Academic Information:
100% of classes taught by faculty; 12:1 student-faculty ratio; average class size of 24; 94% retention rate; 75% four-year graduation rate

Campus: 152 green acres along the beautiful Spokane River; less than a 15-minute walk to the upscale downtown district with shops, arts, entertainment, and fine dining

Student Body: 7,506 total
enrollment; 5,192 undergraduates; 52% women, 48% men

Academic Programs: More than 75 majors and areas of study; 23 master’s, a DNAP, DNP, JD, and PhD
Varsity Athletics (NCAA
Division I):
Men’s and women’s basketball, crew, cross-country/track, golf, soccer, and tennis; men’s baseball; women’s
volleyball

2018–2019 Annual Expenses:
Tuition: $42,370
Room and board: $11,944

Financial Aid: 99% of
Gonzaga’s students earn merit scholarships and/or grants.

Student Life: The Gonzaga Student Body Association sponsors more than 140 clubs, numerous dances, and events. The John J. Hemmingson Center houses a movie theater, multiple dining options, a reflection room, Gonzaga Outdoors, the Center for Global Engagement, and numerous spaces to meet and hang out. The Rudolf Fitness Center offers a two-story workout facility, including a pool.

School of Engineering and Applied Science
At A Glance


Bachelor of Science Degrees:
• Civil Engineering
• Computer Engineering
• Computer Science
• Electrical Engineering
• Engineering Management
• Mechanical Engineering

Master of Engineering Degree:
• Transmission and Distribution Engineering

Awards and Rankings:
• GU’s School of Engineering and Applied Science is ranked 18th (tie) in the nation among Engineering programs not
offering a PhD (U.S. News & World Report, 2019).

• SEAS graduates have been successful in nationally competitive postgraduate fellowships, including Marshall Fellowship and National Science Foundation Graduate Research Fellowship winners within the past four years.
• GU ranks fourth in terms of regional universities in the western region of the United States.

• Programs accredited by the Engineering Accreditation Commission of ABET (EAC/ABET) include Civil Engineering, Computer Engineering, Electrical Engineering, and Mechanical Engineering. Engineering Management is currently under review for initial accreditation.

• Computer Science is
accredited through the
Computing Accreditation Commission (ABET).

• State-of-the-art laboratories in the 29,000-sq. ft. LEED Gold–certified PACCAR Center for Applied Science include power-engineering and Smart Antenna Research Laboratories.

• Gonzaga offers an Engineering-specific study abroad program at its campus in Florence in addition to programs in 40 different countries; more information is available at gonzaga.edu/studyabroad.

Student Professional Organizations and Clubs
The SEAS proudly supports a wide variety of student clubs and professional organizations, including:
• ASCE (Civil Engineering)
• ASEM (Engineering Management)
• ASME (Mechanical Engineering)
• GWB (Gonzaga Without Borders)
• IEEE (Electrical Engineering)
• Material Advantage 
• Robotics
• SAE (Automotive Engineering)
• SWE (Women Engineers)
• Tau Beta Pi (honor society)

Through the clubs, students participate in national competitions (e.g., the Baja Car competition), serve the local community through volunteer opportunities, and develop close relationships with career professionals (e.g., the IEEE expert panel event). Students can also participate actively through the Manufacturing Technology Center with its advanced machining capabilities and through 3D printing capabilities.

Senior Project
Hybrid Still
The aim of this student-proposed project team is to design a water purification system for off-grid health centers in developing countries, providing an adequate quantity of water for use in sterilization of medical tools, cleaning wounds, and other medical needs. The team chose an active distillery system. The proposed system harnesses solar energy via solar panels and utilizes energy to heat water to a point of evaporation as well as to cool a surface for the vapor to condense on. The team constructed a one-fith-scale working prototype, which was tested for use in any specific environment, desired production rate, or energy demand.


Highly competent and motivated graduates
Gonzaga instills four attri
butes in its SEAS graduates.

First, SEAS graduates are capable
and well educated in the engineering and computer science fundamentals as well as in the application of these fundamentals.

Second, GU graduates are innovative. They harness creative and powerful skill sets to bring ideas through
to application, matching solutionsto identified need.

Third, they’re driven by a desire
to create value. They strive to understand a customer’s needs and designsolutions to meet those needs.

Finally, through reflection on the
Jesuit tradition, they are compelled to seek ways to improve the quality of life throughout the natural andbuilt environments.

Ultimately, SEAS graduates are dedi
cated to contributing to the humancondition, moving society forward through a healthier, more sustainable, and prosperous world.

Hands-on, integrated experiences
The SEAS programs at Gonzaga arededicated to introducing innovation throughout the curriculum. Starting with a project-based first-year course, students are introduced tothe integration of design, technicalfundamentals, and creation of valueas represented in solutions to complex problems. These concepts arepresented through course work, laboratory experiences, and team projects as well as student participation in competitions and professional clubs/societies.

Senior design projects
The integrated undergraduate experience culminates in the SEAS senior design projects that are organized by the Center for EngineeringDesign and Entrepreneurship. Eachproject involves three to six students, a faculty advisor, and a project liaison (commonly from theindustry)—the Center focuses thesenior design experience on nine-month-long projects that are identified by external partners or throughthe efforts of our students and faculty. Some of the 2017–2018 projects included using hop vines as
a sustainable replacement in concrete, exploring the benefits andcosts of an electromagnetic diesel engine, developing an API for web developers to implement a facial recognition log-in system, and designing an augmented reality guidedwalking tour of Gonzaga’s campus.

Developing lifelong learners
Completed by all students at Gonzaga, the University’s core curriculum provides broad intellectual perspectivesto all students through exposure tosubjects outside their chosen fieldsof study. The core curriculum culminates in an upper-division, interdisciplinary course focused on the multidisciplinary critical analysis of a global challenge such as climate change, water resources, or sustainable food production. Ultimately, the core challenges students to integrate their studies and actions into a philosophy of living that promotes a lifetime of learningand self-reflection.

In the heart of the Inland Northwest
The Spokane/Coeur d’Alene area provides numerous internships as well as outlets for cultural and artistic expression. A scenic 15-minute walk along a section of the 37-mileCentennial Trail on the shore of theSpokane River ushers students intovibrant downtown Spokane, offering a variety of dining, entertainment, and shopping opportunities.

Students can also explore snow-
capped mountains, dozens of lakes,and scenic hiking trails all withina 50-mile radius of campus. The Inland Northwest is a recreationalparadise for skiers, hikers, campers, mountain bikers, golfers, and other outdoor enthusiasts of all ages and abilities.