Bachelor of Science, Major in Civil Engineering with Concentration in Transportation Engineering

at University of Wisconsin - Milwaukee USA

Physics is the study of matter and energy and their interactions, both in nature and under man-made conditions. Physics provides both the fundamental foundation for science and technology, and the framework for understanding the world around us and the universe itself.

UWM students can shape their Physics major in one of two directions. The standard major provides a broad overview of all aspects of physics: mechanics, optics, thermodynamics, quantum physics, magnetism, electricity, and the mathematical principles that underlie physics. In the astronomy focused version of the major, students master these basics plus take additional coursework in astrophysics and gravitation.

Economics is the study of choice and decision-making in the face of scarce resources, both at the individual and group levels. Economists examine tradeoffs between different actions and behaviors; analyze different scenarios such as a change in prices, cultural values, or law; and seek to explain and predict human behavior.

Students often ask what the difference is between Economics and Finance. The areas are interrelated and inform and influence each other. Professionally, there is also crossover, with economists working in financial markets and financial experts working on economic policy. In broad terms, economics focuses on concepts related to overall markets, government policy, and decision-making influences. Finance tends to focus on individual businesses and individual people, including the study of assets and liabilities, and financial statements and reporting.

At UWM, students of economics have access to faculty members who are internationally recognized experts in their field. Focus areas for students to choose from include economic theory, quantitative methods including econometrics, public policy, law and the economy, labor economics, and international economic relations.

Students of history do not just memorize the past. They ask questions about the past in order to solve problems of the present.

History is an original liberal arts field and is designed to prepare students for any type of profession that emphasizes critical analysis, reading of dense texts, creative problem-solving, and oral and written communication. History majors collect and analyze evidence to construct arguments, propose new interpretations, formulate conclusions, test hypotheses, and communicate new ideas.

There is no typical job for a history major. Our graduates can be found in all types of companies and in all types of roles, as well as graduate programs in history and other related humanities and social science fields. A student's career choices after college is often guided by how they applied their coursework to real world applications during college. Internships, part-time jobs, and volunteer experiences will help a student network during college and shape their career choices after graduation. The possibilities are numerous, and all students are encouraged to gain practical experience that complements the major.

At UWM, undergraduates can work on research projects such as the Encyclopedia of Milwaukee. The opportunity to participate in research as an undergraduate is a distinct advantage for UWM students. At most large, research universities, research opportunities for undergraduates are limited; there are fewer of them and they often are reserved for juniors or seniors. At UWM, you can get involved as early as freshman year. Students work directly with faculty and graduate students on their current research projects, and sometimes find themselves published in a peer-reviewed journal right alongside the faculty member. Participating in undergraduate research is an excellent way to enhance your resume for graduate school or employment.

The Department of Communication Sciences and Disorders offers a program of graduate study which prepares students for careers as speech-language pathologists in public schools, hospitals, rehabilitation centers, nursing homes, and university training programs. The program typically takes 2 calendar years to complete. Students usually prepare for service delivery in both school and healthcare clinical settings to maximize career flexibility. Occasionally, students may choose to focus career preparation on just one type of setting.

The Master of Science in Engineering program is a flexible program designed to meet the needs of a wide variety of students. The program can be a stepping-stone on the way to further studies and the pursuit of advanced research, such as can be obtained by pursuing the PhD. Or the program can provide a pathway to professional advancement through greater technical knowledge and intellectual maturity. The student, with the help and approval of a major advisor, can choose from a wide range of courses from throughout the College of Engineering and Applied Science (CEAS), and where appropriate, from other schools and colleges.

Civil Engineering is a profession that deals with the infrastructure of society and impacts your everyday life. From the roads and bridges you use every day to the drinking water that comes out of your tap at home, civil engineers work to develop safe, efficient and sustainable ways to continually improve our infrastructure.

Environmental Engineering and Water Resources Engineering
Environmental engineering uses the principles of engineering, soil science, biology, and chemistry to develop solutions to environmental problems. Water resources engineering (and management) includes engineering for both water supply management and water excess management.

In development of metal objects and wearables, our program focuses on qualities unique to Metalsmithing as a craft practice. Students gain an understanding of the discipline, its conditions, possibilities and limitations, while allowing for multiple traditional and experimental processes and approaches.

Biology is the study of life. Biologists analyze organism functions at the cellular and molecular levels using genetics, biochemistry, and microscopy. They also study interactions between organisms and with the environment by examining behavior, morphology, physiology and genetics. Students can take a broad curriculum within Biological Sciences or focus on specific areas, such as ecology, evolution and behavior, cell and molecular biology, or microbiology. Studies in Biological Sciences have applications across many areas including agriculture, medicine, and the environment. Biological Sciences is a popular choice for students preparing for careers in healthcare, agriculture, natural resources and environmental sciences, food management, bioremediation, as well as the biomedical and biotechnology fields. A degree in Biological Sciences also prepares students for professional careers in medicine, dentistry, pharmacy, veterinary science, and education, and graduate studies in the life sciences.

The Master of Science in Engineering program is a flexible program designed to meet the needs of a wide variety of students. The program can be a stepping-stone on the way to further studies and the pursuit of advanced research, such as can be obtained by pursuing the PhD. Or the program can provide a pathway to professional advancement through greater technical knowledge and intellectual maturity. The student, with the help and approval of a major advisor, can choose from a wide range of courses from throughout the College of Engineering and Applied Science (CEAS), and where appropriate, from other schools and colleges.

The Department of Mathematical Sciences offers graduate programs of study in mathematics with specializations in the fields of algebra, analysis, topology, applied mathematics, probability and statistics, actuarial science, industrial mathematics, and atmospheric science.

The programs of study at the master’s level are designed to suit both the student intending to continue toward a PhD as well as the student who wishes to begin a professional career upon completion of the master’s program.

The student may prepare for a career in teaching at the secondary or college level and for a career in research in the academic, industrial, government, or business communities.

Industrial Mathematics
The objective of the master’s program in industrial mathematics is to enable students to acquire the fundamentals of applied mathematics in areas of classical and numerical analysis, differential equations and dynamical systems, and probability and statistics. At the same time, the connection of these fields to modeling of physical, biological, and engineering phenomena will be stressed by requiring credits outside of the Department of Mathematical Sciences. Students are to obtain practical experience in mathematical modeling and analysis during an internship or industrial project that will culminate in a thesis.