Undergraduate Academic Accelerator Pathway (2-Term) - Bachelor of Science in Computer Engineering

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

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.

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 for leadership in the tech sector by developing the ultimate blend of technical expertise and business skills.

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.

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.

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.

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 organizational leadership degree completion program aims to help students develop a basic understanding of the theories of leadership  and how to best implement changes in order to guide successful organizations. Courses cover topics such as leadership development, project management, communication, public relations, conflict management and social psychology.

This program is gives you the problem?solving, collaboration, communication and leadership skills required to lead organizations. Between your family and your career, we understand your priorities. We have designed degree completion programs to help you finish your degree without sacrificing your personal and professional responsibilities.

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.

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.

Computer science majors are part of a constantly evolving field that has virtually unlimited growth. From programming technology for major companies to creating video games that are played by millions, computer scientists build and maintain complex technological systems used throughout society.

Pacific’s computer science program offers three concentrations, which define a focused set of upper-division elective courses:

• Graphics and simulation
• Networking and computer security
• Software development.

All three concentrations are built upon a foundation of math, science and engineering that prepares students to be successful and adaptable as new technologies emerge.