Bachelor of Arts in Philosophy - General Track

at EDUCO - Seattle Pacific University USA

The interdisciplinary Politics, Philosophy, & Economics (PPE) major is a unique program which prepares students for leadership in many areas of public service and private enterprise.

About the Politics, Philosophy, & Economics (PPE) Major

PPE is a rigorous, interdisciplinary program that combines studies in political science, philosophy, and economics.  Modeled after a program at Oxford University, PPE core classes study human values, cultural institutions, and economics in order to develop multiperspectival solutions to pressing social problems. PPE students will also choose an area of emphasis from the following tracks: Applied Economics, Financial Economics, International Affairs, Law, Philosophy, Public Administration, and Social Enterprise.

Choosing the Public Administration track will set you up for success in urban politics, public administration, and public policy.

The BA in Mathematics is designed to provide you with a good general background in mathematics.  As a mathematics major, you will learn analytical skills that can be used in a wide variety of fields.

The Bachelor of Arts and Bachelor of Science Psychology majors are rigorous yet flexible programs designed to meet the American Psychological Association Guidelines for the Undergraduate Psychology major while also fulfilling SPU’s mission to provide students with a transformative and holistic experience grounded in Christian faith.

As such, these programs prepare you with extensive knowledge of the field; scientific and critical thinking skills; an awareness of diversity, ethics in practice, and social responsibility; effective oral and written communication skills; and professional-level training and experiences (e.g., research and internship opportunities) for both careers and graduate school in psychology.

Psychology (BA)

The BA in Psychology is designed for students with a broad range of career and graduate school interests such as, but not limited to, clinical psychology, counseling psychology, marriage and family therapy, social work, school counseling, and industrial and organizational psychology.

Clinical Counseling Psychology: For students interested in working within a therapeutic context, this track focuses information and experiences relevant to clinical psychology, counseling psychology, marriage and family therapy, as well as related graduate programs or jobs providing or researching the effectiveness of therapy or counseling.

When you receive a bachelor of science in Ecology at SPU, you will be ready to work in ecology or biological subdisciplines such as marine biology, forestry, fisheries, agriculture, behavioral ecology, and wildlife management. This major prepares you for graduate studies or a professional ecology/biology career.

About the Ecology Major

As an Ecology major, you will focus on principles that enhance environmental quality and make efficient use of nonrenewable resources. You will also learn to apply this knowledge to help address agricultural and environmental challenges.

The Bachelor of Science in Applied Mathematics is a flexible yet demanding major designed for students interested in careers involving the applications of mathematics in a particular field.

The BS in Psychology is designed for students that are passionate about integrating psychology and natural sciences with the goal of pursuing careers or graduate programs such as but not limited to clinical psychology, behavioral or cognitive neuroscience, and animal behavior.

The BS program also prepares students for further study or employment in fields such as behavioral neurobiology, health psychology, and behavioral medicine.

Animal Behavior: Through a biological and psychological perspective on behavior,this track is designed for students  interested in jobs or graduate programs researching animal behavior.

Located just minutes from downtown Seattle, where many apparel companies are headquartered (such as Nordstrom Product Group, REI, Eddie Bauer, Union Bay, Exofficio, Filson, Outdoor Resources, and Zulily), SPU’s Apparel Design and Merchandising program has strong connections with the apparel industry.

The program is committed to provide:

•     Strong liberal arts background
•     Creative apparel design and merchandising education and application
•     Critical and creative problem-solving and application in apparel design, production, and merchandising
•     Diversity of classroom experiences
•     Global perspective of apparel design, production, and merchandising
•     Clear understanding of ethical decision making, social responsibility, and sustainability
•     Strong communication skills and professional development
•     Fashion Institute of Technology (FIT) dual-degree program
•     Design exhibition
•     Apparel design and merchandising internships
•     Network opportunities with professionals in the apparel industry
•     Student fashion group

Clothing needs are influenced by all aspects of society, and Apparel Design and Apparel Merchandising graduates must understand the social, ethical, cultural, economic, and political factors that influence clothing selection.

For this reason, the Apparel Design and Merchandising specialization has a strong interdisciplinary base integrating knowledge from arts, psychology, sociology, economics, business, history, physics, and chemistry. The liberal education provided by this program empowers you to think critically and to gain a sense of your intellectual and creative abilities — qualities highly coveted by employers.

Chemistry forms a foundation for the study of a wide variety of scientific disciplines. It is concerned primarily with matter, energy, and their interactions. Chemists are both creators and problem-solvers who do everything from create new substances to analyze criminal evidence. They are at the forefront of efforts to make sure that technology serves people, rather than the reverse. And at Seattle Pacific University, chemists and chemistry are informed and influenced by a Christian worldview.

Benefits
Seattle Pacific University’s location will benefit you in many ways. You’ll have plenty of opportunities for internships in a variety of biomedical, biotechnological, environmental, analytical, and industrial laboratories. You’ll also hear from world-class researchers who regularly visit campus to give lectures on their work.

SPU graduates with degrees in chemistry and biochemistry have many options. Our chemistry and biochemistry alumni are working at places such as:

• National Oceanic and Atmospheric Administration
• Washington State Patrol Forensic Lab
• Los Alamos National Laboratories
• Fred Hutchinson Cancer Research Center
• Bristol-Meyer/Squibb
• Seattle Biomedical Research Institute
• Cardinal Health
• Rapigene
• Mayo Clinic
• Public and private schools
• Oak Ridge National Laboratory
• EvergreenHealth Medical Center
• Juno Therapeutics
• Amazon
• Boeing

Many alumni have also entered medical school or other graduate programs at such renowned institutions as the University of Washington, Johns Hopkins University, Harvard, Yale School of Medicine, and Georgetown University

Chemistry forms a foundation for the study of a wide variety of scientific disciplines. It is concerned primarily with matter, energy, and their interactions. Chemists are both creators and problem-solvers who do everything from create new substances to analyze criminal evidence. They are at the forefront of efforts to make sure that technology serves people, rather than the reverse. And at Seattle Pacific University, chemists and chemistry are informed and influenced by a Christian worldview.

The BS in Mathematics is designed to prepare you for graduate work or a professional career in mathematics.

If you enjoy numbers, problem-solving and analyzing data, mathematics is a major for you. You can become a financial analyst evaluating economic conditions to help a corporation make smart business decisions, or an actuary using data to predict health trends for an insurance company. Mathematicians work with chemical engineers to develop mathematical models that further research and development of products, and applied mathematicians collaborate with industrial designers to create the best aerodynamic conditions when designing airplanes, structures or cars.