Bachelor of Physics programs are designed to teach theoretical and practical aspects of physics. Professionals with Bachelor of Physics degrees often work in research, academia, engineering, science, and military, as well as information technology firms and consulting agencies.
Bachelor of Physics programs aim to give students the general fundamentals of physics as well as those of related disciplines such as mathematics. Throughout the various types of programs, a choice is offered between fundamental physics, applied teaching, bi-disciplinary or multidisciplinary studies. Since a Bachelor of Physics is geared towards research or academia, a practicum is usually obligatory in a laboratory or an academic setting. Additionally, Bachelor of Physics programs are often multidisciplinary allowing graduates to be more versatile and well-rounded, being prepared for work or post graduate education.
If you are scientifically and mathematically inclined, then a Bachelor of Physics may be the degree for you. Take a look through the programs below and learn more about the opportunities!
We, Drs. Bykov, Keith, and Renfro, believe that physics is worth the effort of experiencing. We would like to help you experience the discovery, to help you try to satisfy your curiosity, and to share the enthusiasm which inevitably results from finding that curiosity grow beyond the questions you thought you were asking. [+]
The Degree in Physics offers general training in this core discipline of science and technology. The goals of the program are to: discover physical phenomena, as well as important theories and physical laws; master mathematical methods; apply known solutions to new problems; and enable students to carry out laboratory experiments. [+]
The Department of Physics and Astronomy at Geneseo provides an opportunity to learn and develop in an environment dedicated to excellence. [+]
The Physics Department at the University of Wisconsin-La Crosse is one of the largest undergraduate physics programs in Wisconsin and is well-known for offering quality education, placing its graduates in successful career paths, and attracting national recognition for its successful efforts. [+]
The bachelor of science degree provides a foundation in basic science. Students wishing to pursue an immediate career in science or technology, or wishing to pursue graduate studies in physics should take recommended upper division courses as electives. The coursework consists of two components. A science component referred to as major requirements and a comprehensive portion called the core curriculum. For more information regarding the core-curriculum requirements visit the core curriculum website. [+]
The Materials Physics and Nanotechnology programme is designed for students who have an interest in and an aptitude for both technological sciences and physics. This is a unique bidirectional undergraduate study programme in English. [+]
The physics major requirements include 33-37 credits in physics and 26 credits in chemistry, computer science, and mathematics. The physics major can lead to either a bachelor of arts or bachelor of science degree. [+]
How does nature works and how can we use it? By making models and formulating natural laws, we can describe and predict the natural world. It leads to experimental research and practical applications. The Bachelor in Physics at the University of Groningen teaches you all you need to know about physics and the natural world. [+]
Bachelor in Physics
Language: English (100%)TPhysics is a 'hard' science: it is concerned with hard figures, precise and pure measurements. These are used to produce models and explain natural phenomena. The Bachelor's programme in Physics lasts three years. During your 1st year, you will study basic subjects such as linear algebra and relativity. You will also take practical courses. After this year, you can choose between three specialisations:
• General Physics
There are two fields of interest: Nanophysics studies materials on the nanometre scale. Particle physics deals with the smallest building blocks of matter. You will be introduced to fundamental questions concerning antimatter, but you will also look into the applications for nuclear energy and medicine.... [-]
The curriculum of the Department of Physics provides a thorough background in the basics of physics and also features advanced elective courses, with the purpose of enabling students to undertake advanced and original research in modern physics and its high technology applications.[+]
The curriculum of the Department of Physics provides a thorough background in the basics of physics and also features advanced elective courses, with the purpose of enabling students to undertake advanced and original research in modern physics and its high technology applications. Research is conducted in fields such as optoelectronics, nanoscience, materials science, semiconductor devices, ultrafast optics, and statistical mechanics, and forms an integral part of student education. Areas of faculty research and publishing include electron tunneling and atomic force microscopy and quantum conductance and electrons in low dimensionalities. Research takes place in a cleanroom laboratory environment and focuses on such topics of current interest as the physics of microelectronics and optoelectronic devices, photonic crystals, and surface physics in atomic resolution.... [-]
The aim of the programme is to give academic education in the field of Physics. Programme includes courses of Physics and Mathematics as well as laboratory works. [+]
The access to this Cycle of Studies can be done through the following ways. [+]
The specialist is: to work in science - research and development - design institutions, industrial enterprises in the initial posts, [+]
Major: Physical Electronics
Specialties: Medical electronics
Duration of training: 4 years full-time education
The specialist is: to work in science - research and development institutions, aboutyshlennyh enterprises in primary positions provided for the replacement of specialists with higher education standard range of positions.
Practice Areas:physical processes and phenomena that govern the technology and manufacturing equipment and devices in all areas of modern electronics, microelectronics and nanoelectronics; study of the physicalPrinciple of electronic devices and systems with a view to improving them, as well as the creation of new generations of devices on a fundamentally new physical basis; experimental study of the properties of matter and physical phenomena to directional changeseniya physical properties of different media and patterns of various processes, and the creation of materials with new properties, and the foundations of new technologies to address pressing problems of Radio Electronics; development of mathematical models and prorammnyh tools to describe and analyze physical phenomena and processes, upgrading electronic devices, systems and technology, management and operation of the physical processes of devices, automatic design; assessment of the possible use of technology incal sciences and in modern production of new and already known physical laws. ... [-]
The Department of Physics and Astronomy of the University of Montana-Missoula is dedicated to excellence in undergraduate education and research. Our faculty and staff are dedicated to quality teaching, committed to research and scholarly activity, and engaged in service to the University and the community. [+]
The mathematical physics major is similar to a traditional physics major but places more emphasis on the theoretical and mathematical underpinnings of physics with less emphasis on the experimental, applied, or engineering aspects of physics. [+]
The composite major in physical science is a major designed to provide a person with broad, rigorous training in both physics and chemistry with introductory courses in the earth sciences, as well. Physical science includes the branches of natural science and sciences that... [+]
The composite major in physical science is a major designed to provide a person with broad, rigorous training in both physics and chemistry with introductory courses in the earth sciences, as well. Physical science includes the branches of natural science and sciences that study non-living systems, contrasting the biological sciences. This major is especially appropriate for persons planning to teach physics, chemistry or general science in a junior or senior high school setting. The broad knowledge base obtained from this major and the faculty involved prepares a student for graduate school in Meteorology or employment in a variety of other occupations where an understanding of chemistry, physics or mathematics is needed.... [-]