Undergraduate Extended Accelerator Pathway (3-Term) - Bachelor of Arts in Communication

at Shorelight Group - University of the Pacific - Stockton Campus USA

The Bachelor of Science in Accounting is a four-year degree that includes study of all functional areas of accounting including financial, managerial, cost, federal income tax accounting, accounting information systems, and auditing. Graduates of the program are fully prepared to enter accounting careers in the corporate, governmental, and not-for-profit areas. The program consists of 128 hours of coursework, and positions those graduates who desire licensure as Certified Public Accountants to continue their studies.

In addition to the general education courses required by the University, the Bachelor of Science in Accounting curriculum requires a set of preprofessional skills courses in the areas of communication, mathematics and economics. Many of these courses also satisfy certain general education requirements. Students also progress through a series of courses in core business areas such as accounting, management, marketing and finance. In their junior year, students begin their intermediate accounting studies, and end the program with a series of advanced accounting courses including auditing, advanced financial accounting, cost accounting, and income tax accounting.

An appreciation of the principles of chemistry is fundamental to understanding our daily lives and the future of our planet. Chemistry also serves as a foundation not only to industrial careers, but also to careers in the health sciences. The emphasis in all chemistry classes is to provide a thorough understanding of basic chemical concepts and to develop the competence in how to apply these concepts in a logical fashion to solve real world problems. Students can choose among a variety of degree programs designed to meet a range of career goals.

The BS Biochemistry program follows national guidelines and is aligned with pre-requisites for professional schools. In order to earn the bachelor of science degree with a major in chemistry, students must complete a minimum of 120 units with a Pacific cumulative and major/program grade point average of 2.0.

Our history program offers range and depth in our course offerings and a chance to study in small classes with engaged professors who love what they do. You will have the opportunity to meet and work closely with a faculty of internationally recognized scholars committed to providing you with the knowledge and skills necessary for success in many professions.

From the history of food to a close examination of modern Asian societies, the history department offers a wide variety of classes that cover many diverse themes. Some focus on specific time periods, while others take a regional approach. Just as diverse is the array of specialties our faculty members draw from to illuminate historical topics.

The world of bioengineering, also known as biomedical engineering, has expanded immensely and continues to grow at a rapid pace, creating new opportunities for engineers who have knowledge of biological sciences, chemistry and physical systems.

Pacific is one of the first universities in the country to offer a Bachelor of Science in Bioengineering degree. Students in the program explore biomechanical, bioelectrical, biotransport and biomaterial topics. Within the bioengineering program there is a specialized pathway that supports pre-health and pre-medical students as they complete the requirements for admission to professional programs.

As a bioengineer, you can impact the quality of life of patients. Career options are wide-ranging and include medical research, design of medical instruments, biorobotics and even intellectual property law.

Students will select a career path that focuses on a study plan to meet their specific interests and career goals. There are three suggested "career paths." These include the bioelectrical, biomechanical and biomedical career paths.

Pacific's broad-based professional art program is intended to provide you with options in the art ?eld and provides strong foundational and interdisciplinary education so you can develop a professional-level portfolio.

Our program helps you develop esthetic knowledge, perceptual awareness and creative problem solving skills. The goal is that when you graduate, you will be a practicing artist or designer who thinks critically and historically, communicates effectively and acts responsibly in our global society.

With a BFA with a Concentration in Graphic Design, you will develop your artistic talent to build a rewarding career in print, digital or a mix of both. Our program gives you many opportunities to gain hands-on experience doing real-world projects in business and nonprofit settings through Pacific's connections in northern California.

The Master of Science in Engineering Science (MSES) program is designed to strengthen students' technical, analytical, and professional breadth and depth. All students receiving an MSES degree will complete a set of core courses that covers the broader subjects of research and analysis. Students are allowed admission to the MSES program after completing their bachelor's degree. Traditional MSES students may qualify for a graduate assistantship, which provides tuition and a living stipend.

The University of the Pacific prepares you for tomorrow’s mechanical engineering challenges. MSES-ME provides students with scientific and technical knowledge of mechanical engineering.

We challenge students to study the religious practices, beliefs, institutions, and texts of ancient and modern societies. Through these studies, students learn about the religious phenomena that have shaped human civilizations. In addition to deep knowledge of this religious and cultural activity, our students acquire intellectual skills that serve them throughout their educational endeavors and beyond. Religion has historically shaped and continues to influence cultures and institutions worldwide. It is useful to explore spiritual traditions in order to examine ultimate religious and ethical questions.

A typical course in the department includes students from various backgrounds and academic disciplines, and it affords significant opportunity for provocative interdisciplinary discussion.

Students will graduate with the ability to reflect upon, appreciate, and be open to criticism, practices, beliefs, and institutions of other cultures as well as their own. Through this exposure, students come to better understand the world, themselves, and their place in the world.

The chemistry program offers a variety of exciting and future-oriented research topics, from organic synthesis, biochemistry, theoretical chemistry to physical chemistry and spectroscopy. When you earn a chemistry degree at Pacific, you can expect training in practical laboratory skills, which give you a competitive edge as you enter the workplace or pursue graduate degrees.

An appreciation of the principles of chemistry is fundamental to understanding our daily lives and the future of our planet. Chemistry also serves as a foundation not only to industrial careers, but also to careers in the health sciences. The emphasis in all chemistry classes is to provide a thorough understanding of basic chemical concepts and to develop the competence in how to apply these concepts in a logical fashion to solve real world problems. Students can choose among a variety of degree programs designed to meet a range of career goals.

Civil engineering encompasses the structures and systems of a functioning society. From the water people drink to the roads they travel on, the work of civil engineers serves and benefits society every day.

The civil engineering program is recognized for its practical curriculum, high academic standards and student-centered emphasis. In addition to the CO-OP experience, students have opportunities to participate in competitions and hands-on projects as part of their studies.

Graduates of Pacific’s civil engineering program have the knowledge, skills and qualities necessary to pursue professional licensure and advanced level studies, practice engineering, and lead in the profession and in their communities.