![]() During your studies you will have the opportunity to work in cutting-edge, high-tech labs like the MESA+ Institute for Nanotechnology, the Technical Medical Centre and the Max Planck Center for Complex Fluid Dynamics. You will fulfil the role of junior scientist from early on in your programme, being involved in experimental research, giving presentations and contributing to scientific articles. You will have the opportunity to tailor your programme to suit your individual interests and personal ambitions. This top-rated programme will expand your knowledge of physics as a whole, while giving you the opportunity to specialise in a field of your choice. Research performed at the physics department of the University of Twente belongs to the top of the world and the UT has many world-class researchers who will also be your lecturers during your master’s. The themes that are covered within the programme are in perfect alignment with these five research clusters. Research is spread out over five clusters, which together reflect essential real-world needs: In this Master’s programme we aim to achieve the ideal balance between 'hardcore' and engineering physics. But without recent breakthroughs in physics, the mobile phone and the laptop would have been power-guzzling machines that weigh a ton and lab-on-a-chip technology would still be science fiction. The Applied Physics concentration combines fundamental course work in physics with a selection of courses in a related field. Applied physics is the study of physics for a practical purpose, as opposed to physics motived solely for an improved fundamental understanding. A great deal of the work done by physicists is not immediately visible. Applied Physicists use scientific principles to create or improve practical devices and systems and to contribute in many other fields. Armed with highly marketable skills, you will be a powerful and versatile addition to any workforce. Students completing this program will receive two bachelor’s degrees - one from Biola and one from the engineering school.Applied Physics is all about understanding the fundamental laws of the physical world and finding ways to apply those laws in technical solutions. Applied Physics is a gateway to a wide range of careers. This major includes three years of study at Biola, followed by two years at the University of Southern California or another accredited engineering school. The engineering physics major is geared toward students looking to specialize in a specific field of engineering to implement practical technological innovations. It’s more practical and hands-on than physics, but less specialized than engineering physics. The applied physics major is geared toward students who are natural problem-solvers and enjoy engineering but are looking for a broad experience. Morse Professor of Applied Physics and Professor of Physics. The physics major is geared toward students who are interested in studying abstract theories, love math and think about the “big picture.” They gravitate towards wanting to acquire a deep understanding of how the universe works. Sterling Professor of Applied Physics and Professor of Physics. For students seeking to choose among these three majors, here is a simplified way of thinking about them: The first two years of coursework are almost identical to the physics major and the engineering physics major, giving you the option of exploring your interests before deciding which major is the best fit. What courses will I take as an Applied Physics major?Īpplied physics is a broad scientific discipline that incorporates coursework in mechanics, electricity, circuits, wave theory, chemistry, calculus, engineering and more. Cleanroom Foggers, Ultrapure LN2 Foggers, Smoke Study, Particle Size Standards, Calibration Wafer. The applied physics program gives you a solid foundation in physics, the flexibility to pursue specific areas of interest and opportunities to gain practical, marketable skills.In addition to its strong curriculum, expert faculty members and biblical integration, Biola’s applied physics program offers several key advantages: By combining elements of a pure physics degree with elements of an engineering degree, the applied physics major offers a blend of big-picture theoretical concepts and specific practical applications - making it an ideal program to prepare you for graduate school and careers in a wide range of industries, including aerospace, defense, biotechnology, business and more. In Biola’s applied physics program, you’ll receive the broad scientific education needed to thrive in this growing field. Applied physics is a field for problem-solvers and innovators: people drawn to study the features and forces of the physical world and to then apply that knowledge as they research and develop technology.
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