History of astronomy planets stellar evolution, nucleosynthesis death of stars: white dwarfs, neutron stars, black holes galaxies and quasars expansion of the universe, dark matter the big bang. Thermal designĭesign and analyze energy or thermo-fluid systems such as combustion engines heating, venting and air conditioning (HVAC) systems refrigeration systems or power plants.Astronomy Courses ASTRON 103 Survey of Astronomy 3 cr. Mechanisms, machines, and systemsĭesign, analyze, and fabricate mechanical mechanisms and systems. MaterialsĮxpand your understanding of the properties and applications of different types of materials such as metals, ceramics, and plastics for mechanical components and systems. Gain expertise in basic analog and digital electronic devices and systems including amplifiers, integrated circuits, oscillators, power supplies, motor drivers, and more. Understand the development and distribution of power from small scale motors and generators to larger networks such as a power grid. Digital systemsĮxplore digital electronic systems ranging from basic devices to large-scale integrated circuits. Controlsĭesign systems that automatically control or regulate some physical quantity without human intervention.
#Wisconsin notsu physics professional
You are free to design your own professional path by selecting a coherent group of electives for a concentration. A relatively large fraction of the required credits are professional electives that can come from other engineering disciplines. One of the great advantages of the Engineering Physics program at UW-Platteville is the ability to tailor your major. Program alumni are accountable, well-respected leaders who can nimbly adapt to challenges and changes, leveraging their liberal studies, mathematics, science and engineering coursework to drive their success. Program graduates will be able to apply the principles they learned to solve complex problems produce solutions designed to meet specified needs communicate effectively with all types of audiences recognize their ethical and professional responsibilities in engineering situations function effectively as part of a leadership team use their experimentation, collected data and judgement to draw conclusions and acquire and apply knowledge on an ongoing basis, using strategies learned at UW-Platteville. The bachelor's in Engineering Physics program also provides an excellent foundation for those intending to continue their education with a graduate degree in science or engineering.
Our faculty members will work with you to ensure you learn the skills and knowledge you need to succeed in your future career.Īt UW-Platteville, we prepare our engineering physics graduates to create and optimize engineering solutions through enhanced knowledge and integrated application of math, science and engineering principles. UW-Platteville stands apart from other programs because of our small class sizes and focus on hands-on learning. You can also hone your skills with a concentration in engineering in controls, electronics, power systems, material science, mechanisms and machines, and thermo-fluid systems. Our Engineering Physics program develops engineers with a broad technical background and solid foundation of core courses. We offer the unique opportunity to gain specialized skills that will give you a competitive edge in the marketplace and propel you forward in your career.
For students seeking to earn an engineering physics degree in Wisconsin, UW-Platteville is a smart investment. Our program is among the best-rated programs in the state. If you want to help design a better future, start your journey at UW-Platteville. As an engineer you’ll be ready to address multidisciplinary and non-traditional problems, and create solutions that can make our world healthier, safer, and more connected. The Engineering Physics program at UW-Platteville combines elements of mechanical and electrical engineering with advanced coursework in physics. What You’ll Learn As An Engineering Physics Major at UW-Platteville
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