Bachelor of Arts in Economics

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

Education in mathematics assists students in developing, to their fullest potential, their mathematical reasoning, communication and problem solving skills. Students who choose to major in mathematics are provided opportunities to develop strong problem solving skills that use quantitative methods and appropriate technology. They understand the strengths, limitations and wide applicability of mathematical modeling in a variety of disciplines. Students develop an appreciation for the discipline and esthetics of mathematics, effectiveness in problem solving, and an appropriate understanding of theory.

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 Department of Biological Sciences' program of studies is flexible enough to enable you to pursue careers in molecular and cellular biology, botany, microbiology, physiology or zoology as graduate students. Some students pursue jobs in biotechnology, education, marketing and sales, among other fields. Programs in the department also prepare students for professional fields such as dentistry, medicine, pharmacy, medical technology, nursing or physical therapy.

As an economics major or minor, you will be taught how to conceptualize your own roles in society, whether acting as an individual, a member of a private-sector firm or as a public servant in the government sector. You will learn how to apply theoretical understanding and analytical skills to a wide variety of issues, problems and policies.

You will graduate ready to put those skills to use across a wide variety of industries working in business, finance, law or for governmental or non-profit agencies in nearly any field.

All of our classes emphasize real-world applications and implications of the material, always making the connection between what you are learning in the classroom and what you will need to be successful in your career and as citizen-leader.

At a moment when our society is reckoning with systemic racism, sexual harassment and growing inequality, sociology has never been more relevant. Whether you're interested in social work, criminal justice, public policy, youth mentoring, or community development, we have a place and a pathway for you.

At Pacific, you will have the opportunity to learn through experience by interning or working with professional sociologists. That gives our program an added dimension that many larger programs do not provide. Our students are very active in campus and community organizations, enriching their experience as sociology majors.

Mechanical engineering majors are part of a dynamic field of study that engages students in a diverse range of activities including machine design and analysis, product development, environmental control, robotics and manufacturing. Pacific students are provided the broad technical knowledge and practical experience necessary to thrive in their careers and postgraduate studies.

In their profession, mechanical engineers understand form and function and know materials like the back of their hand. Their skills and vision transform concepts into tangible products that follow the principles of functional design. From jet engines to medical devices, mechanical engineers build products that support society.

The School of Engineering and Computer Science (SOECS) also offers a master’s degree in engineering science with a concentration in mechanical engineering. Through our blended program, students can begin graduate course work during their senior year at Pacific and complete their bachelor’s and master’s degrees in five years.

Engineering physics is a cross-functional major that bridges the gap between applied science and practical engineering. It's both experimental and theoretical as it emphasizes research and development while also focusing on the design and analysis of complex problems.

At Pacific, the engineering physics curriculum combines depth in mathematics and physics beyond other engineering majors, which prepares students for success in all technical fields. Working alongside faculty advisors, students personalize their study plans to fit their academic and career goals.

All engineering physics students complete a senior design project, which provides an opportunity to apply engineering fundamentals and design methods to the solution of a real-world problem. Example projects include:

• A solar-powered boat
• A three-foot-tall tour-guide robot
• A magnetic levitation system
• An autonomous algae detection drone
• A remote power wind station.

That's pretty broad, but so is a physics degree. Physics majors of course most often go into scientific or technical fields (like optics, superconductivity, nanotechnology, new energy methods, etc.), but it is a very flexible degree. Physics majors go on to careers in biology, law, financial firms, teaching, and other areas — basically anywhere there are difficult problems to solve.

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.

University of the Pacific’s engineering management program prepares students for leadership roles in today’s global workforce as engineers, managers and educators. Program graduates are prepared to pursue advanced-level studies or enter professional practice in a wide array of different industries, positions and projects.

The engineering management program is designed to provide students flexibility while providing a curriculum that integrates project and system engineering courses with courses within concentration areas; such as, civil or mechanical engineering. Alongside a faculty advisor, students develop a plan of study based on their goals. With 30% of the curriculum being electives, this major is a gateway to many career paths and opportunities.