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

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

Electrical engineering is a broad field that encompasses a wide range of topics such as communication systems, automatic control systems, energy conversion, digital signal processing and integrated circuits. Students pursuing an electrical engineering degree are taught fundamentals that allow them to understand their area of concentration as well as grasp general engineering concepts. This broad understanding of engineering allows electrical engineers to communicate their ideas to others in their field and adapt to rapidly changing technology.

Throughout their time at Pacific, students work with a faculty mentor to develop a curriculum plan based around their interests and skills. Whether it’s renewable energy systems or motor control, electrical engineering electives provide avenues for exploration within this broad, dynamic field.

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 Music Education degree coursework is built on an academically challenging, performance-based core curriculum allowing you to obtain a degree and California teaching credential within 4 years. You will develop teaching skills with a hands-on approach to music learning in a variety of diverse music education settings. Through technique classes, conducting, integrated fieldwork and other tools, you can expand your musicianship, confidence and perspective.

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.

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.

With a BFA degree from Pacific, you will develop the conceptual, perceptual, technical and professional skills necessary to be a practicing artist who thinks critically and historically, communicates effectively, and acts responsibly in our global society.

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.

Computer engineers solve problems in hardware, software, systems and networks that drive almost all industries, including telecommunications, energy, health care, banking and manufacturing. Graduates of the computer engineering program successfully apply the skills they gain through classroom education and hands-on experience in Pacific’s laboratories.  

Pacific’s computer engineering curriculum combines computer design, electronics and programming with a foundation of traditional engineering fundamentals. Students work with a faculty mentor to develop a personalized curriculum plan based on their interests and skills. During their junior and senior years, students secure paid, professional internships with industry partners worldwide through Pacific’s Cooperative Education (CO-OP) program. Students get connected with the right companies and receive assistance with career planning, resume writing and interview skills in preparation for their future career.

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.

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.

If you want to protect society, explore the Earth, understand the environment, work in your community or around the world, you belong in the Department of Geological and Environmental Sciences. Our department takes a broad view of the Earth and offers courses that develop a scientific understanding of our planet, its history, natural systems, resources and recent global change. We offer rigorous degree programs in Geology and Environmental Science that will prepare you for successful careers. Students in our department are immersed in experiences driven by our hands-on approach to learning.

We build outdoor experiences into every class and facilitate abundant domestic and international travel opportunities. While many of these trips explore fascinating locations throughout California, we also offer trips that explore a much broader range of locations around our world. Our majors travel to a range of regional and international destinations, including Scotland, the Chilean Patagonia, Hawaii, the Colorado plateau, and a variety of locations throughout the west coast of North America. Many of our majors work closely with faculty on award-winning research projects that can take students to exotic geologic locales, including western Ireland, Japan, the ancient Appalachian Mountains of upstate New York, the Marshall Islands and the high Sierra Nevada.