Admissions: Undergraduate
The Major Program
The Department of Applied Science administers two undergraduate programs: Optical Science and Engineering and Computational Applied Science.
Optical Science and Engineering
Optical Science and Engineering encompasses the physical phenomena
and technologies
associated with the generation, transmission, manipulation, detection,
and applications of
light. The Optical Science and Engineering curriculum prepares
students to design,
analyze, and fabricate effective optical systems. Much of the nation's
high-technology
infrastructure is based upon optics and its applications, the most
prominent being optical
digital information transmission. Optical systems play a central
role in nearly all aspects
of modern life including health care and the life sciences, remote
optical sensing, lighting,
cameras, space, and national defense.
Students who complete the Optical Science and Engineering curriculum will receive a Bachelor of Science degree in Optical Science and Engineering.
Objectives
1. To prepare graduates for employment in a professional field related
to optical sciences and engineering, or another area of their choosing
that utilizes their skills as identified in the Optical Science and
Engineering program outcomes, and/or admission into graduate or
professional programs of study.
2. To graduate optical scientists and engineers who will contribute to their profession and society through engineering practice, research and development, teaching and/or education, or in governmental, regulatory or legal aspects.
Learning Outcomes
Graduates have a good understanding of the basic physics and mathematics underlying optical phenomena and optical systems
Graduates are able to apply their understanding of physics and mathematics to solve technical and engineering problems.
Graduates are able to effectively use optical components, optical and electronic instruments, and computers to perform experiments and do testing in an optics laboratory.
Graduates are able to work effectively in solving engineering and design problems.
Graduates are able to design optical systems and components as needed in their professional careers.
Graduates are able to utilize software relevant to the optical engineering field (I.e. OLSO, CODE V)
Graduates are able to effectively communicate with others both orally and in writing
Graduates understand their professional and ethical responsibilities as engineering or scientific professionals
Computational Applied Science Major Program
Computational Applied Science (CAS) encompasses the interplay between
the
mathematics of models, arising from physical science and engineering,
and the numerical
techniques for their computational implementation and subsequent
solution. With a
comprehensive background in mathematics and physical sciences, the
major has, as its
specific objective, to enable students in the major to construct
practical numerical
solutions to problems in science and engineering. A strong component
of the program is
the development, analysis, and integration of numerical algorithms
and an appreciation
for the interaction between numerical simulation, theoretical models,
and experiment.
Students who complete the Computational Applied Science program will
receive a
Bachelor of Science degree in Computational Applied Science.
Objectives
The objective of the Computational Applied
Science program is to provide a
basic education in the fundamental principles of computational applied
science combined
with key courses in mathematics, engineering, and the sciences. This
will enable an
integrated understanding of all components leading to practical and
efficient
computational solutions to problems. The major prepares students
for careers in
computational applied science professions as well as for graduate
study in related fields.
Advantages of Our Undergraduate Programs
Individual Attention
As one of the smallest programs in the College of Engineering and a departmental student to faculty ratio of 13:1, our students are afforded many opportunities to engage with faculty in meaningful interactions, become involved with undergraduate research, and competitive internships at top companies. This helps to bring a small university feel to one of the most prominent research institutions in the country.
Access to Cutting Edge Laboratories and Facilities
UC Davis is a premier research institution. Our students have access to the cutting edge laboratories and facilities. This allows students to stay competitive with rapid advancements in the technological world.
Excellent Preparation for Employment and Post Graduate Studies
Another resource available to UC Davis students is the university's Internship and Career Center. Additionally, the ICC offers students assistance with their résumé and interviewing skills as they near graduation. Additionally, we encourage you to participate in professional societies in your field.