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Graduate School of Professional Psychology
International Disaster Psychology
MA
About this Program
The MA in international disaster psychology builds upon core training in master’s level clinical psychology with coursework and practice experiences to develop expertise to work with individuals and communities affected by trauma and disaster in the US and globally. Preparation in this emerging field allows graduates to provide mental health services to those affected by traumatic events, acute and chronic civil conflict, natural disasters, social disparities and health-related pandemics. All coursework integrates trauma, diversity and cross-cultural perspectives, and includes specific classes in crisis intervention, disaster mental health, gender-based violence, applied program evaluation, global and public mental health and trauma interventions.
A community clinic for the Denver area, our program’s Trauma and Disaster Recovery Clinic, is a local resource for trauma services, refugee mental health, professional vicarious trauma and burnout, program evaluation and community consultation. Providing opportunities to integrate knowledge and practice, students train in our Clinic, Denver-based field-placements and complete an 8-week international internship. Current international partner sites include Bosnia, Nepal, Liberia, Cambodia, Philippines, India, Peru, Malawi, Serbia and South Africa. Graduates work in a variety of professional settings providing direct services, training and consultation to promote psychosocial wellness, developing emergency preparedness plans, and monitoring and evaluation.
Graduate School of Professional Psychology
Forensic Psychology
MA
About this Program
Our innovative forensic psychology program is housed in the GSPP, but our work reaches into the lives of people across the U.S. and around the world. Whether you are interested in the intersection of mental health and the courtroom or clinical work with those whose lives have been touched by violence-from therapeutic interventions and assessment to advocacy to competency restoration-this is a chance to challenge yourself in a rigorous, student-focused, specialized training environment at one of the top programs of its kind.
Courses and practica are demanding and empowering. Under the guidance of faculty and supervisors who are experts, practitioners, and educators, you will forge a competent, culturally aware, and scientifically-minded professional identity-with skills coveted by employers and doctoral programs alike.
College of Natural Sciences and Mathematics
Physics
MS
About this Program
The MS in physics combines rigorous coursework in fundamental areas of physics and modern topics with opportunities in research. With challenging courses in subjects such as electromagnetism, quantum physics, statistical mechanics and more, you'll have the chance to deepen your understanding of the forces that govern the natural world while you collaborate with faculty and peers on research projects.
Graduates from the physics master's program have gone on to work in a variety of fields, including research in the private sector and for government agencies. You'll also be equipped to pursue a career in technological development, working to improve existing technologies and innovate new ones. Alternatively, students often seek opportunities in education at the secondary school level or through museums or planetariums. We can also help you match your curriculum to the needs of an employer so that you'll emerge with experience that is immediately beneficial to your career.
College of Natural Sciences and Mathematics
Physics
MA
About this Program
Designed for students seeking a graduate education in physics without a thesis requirement, the MA in physics offers challenging coursework in electricity and magnetism, quantum mechanics, statistical mechanics and advanced dynamics. Depending on their interest, students can choose additional courses in condensed matter physics, biophysics, or astrophysics. While students pursuing an MA in physics are not required to complete a thesis, they’re introduced to research at the graduate level during their first year through the “Introduction to Research” sequence of courses.
The MA in physics will provide students unique problem-solving skills and comprehensive knowledge in different branches of physics, which will help prepare them for diverse careers as teachers at the pre-college or community college levels, technical representatives at organizations, or as employees at planetariums and museums. Students in the program can also take complementary courses in education to prepare themselves for post-graduate success.
College of Natural Sciences and Mathematics
Mathematics
MS
About this Program
The University of Denver's MS in mathematics is a more intensive mathematics experience than our MA, making it an ideal fit for students interested in science and engineering. The program's curriculum provides students the opportunity to improve their logical and analytical problem-solving skills through courses such as differential geometry and functional analysis. Students from this program can leave well prepared for further graduate study in mathematics or cognate disciplines. They also can leave prepared to pursue advanced careers in industry, the financial sector or government.
MS mathematics students must deliver an oral presentation. In addition to 45 credit hours of coursework in both mathematics and a cognate area, students must demonstrate competency in one of the following mathematics tools:
- Using a modern computing typesetting system
- Outside courses approved by the department
- Experience in a laboratory setting
- Reading French, Russian or German
College of Natural Sciences and Mathematics
Mathematics
MA
About this Program
The University of Denver's MA in mathematics offers a broader mathematics experience than our MS option, geared toward students interested in careers in finance or secondary school education. Helping to improve a student's analytical and logical problem-solving skills, the program covers subjects ranging from algebraic logic to combinatorial algorithms. Students can leave this program prepared to pursue advanced careers in industry and government.
Along with 45 credit hours of coursework, including up to 15 credit hours in a cognate area, MA mathematics students must give an oral presentation in mathematics. The presentation usually occurs after a student has completed at least 24 credit hours of mathematics coursework.
College of Natural Sciences and Mathematics
Geography
MA
About this Program
The University of Denver's Master of Arts in geography offers areas of emphasis in physical geography, human geography and human-environment interaction. Alumni with human geography emphases can go on to careers with state and local planning agencies, developers, consulting firms and private industry in Colorado and elsewhere. Those with interests in physical geography have found employment in federal and state agencies, environmental consulting firms and private enterprises. Human-environment interaction students have opportunities to pursue careers on both sides, and are particularly suited to work to advance sustainability and responsible resource usage.
As you move through the program, you'll take part in rigorous coursework and research, culminating in a thesis project. Small classes and personal attention from your professors will give you the opportunity to take advantage of expert support from our faculty and staff, and you'll also collaborate and work closely with your fellow students. Opportunities for field training abound, both in the U.S. and abroad, and we'll help support you with career goals so you're best able to utilize your skills.
College of Natural Sciences and Mathematics
Geographic Information Science
MS, Online
About this Program
The University of Denver's Master of Science in geographic information science (GISc), offered through the Department of Geography and the Environment, is designed for students interested in careers in geotechnology. The program provides in-depth study of geotechnological skills, including cartography, remote sensing, geographic information systems and global positioning systems. Digital solutions and data analysis are increasingly essential in the way we understand geography, cartography and how they relate to human activity. These systems can be used to gain insight into the patterns and trends that define our relationship to our environment.
Because the insight students can acquire through geographic information has important ramifications for policy and decision making, there may be a healthy job market for students upon graduation. The Bureau of Labor Statistics predicts demand for graduates with geotechnological skills will grow by 30 percent by 2024. Some of our recent graduates have found work in both private industry and government.
College of Natural Sciences and Mathematics
Biomedical Sciences
PSM
About this Program
The University of Denver's Professional Science Master's in biomedical sciences gives students the opportunity to develop technical skills and theoretical knowledge that can prepare them for careers in the biomedical and health sciences fields. The program utilizes rigorous coursework to provide students with a depth of scientific knowledge and a strong foundation in ethics, communication and global awareness. Graduates often pursue careers in academic and industrial biomedical research, and the program can prepare them for work in fields such as healthcare, clinical research, government and regulatory affairs, especially when paired with further studies in professional schools.
The PSM program emphasizes active communications with biomedical professionals outside the University to ensure that the curriculum and capstone experiences are relevant and beneficial to both students and industry partners. An advisory board comprised of leaders in biomedical research, biotechnology, clinical healthcare, health institutions and hospital administration guides the curriculum by providing input regarding the academic skill set and professional tools most sought by employers in biomedical fields.
College of Natural Sciences and Mathematics
Physics
BS, Minor
About this Program
As our understanding of the natural world advances, so too do the methods by which we study it. The BS in physics is perfect for students who wish to focus solely on scientific coursework and research, with collaboration between your peers and faculty mentors providing meaningful hands-on experience as you discover the specific field that moves you. We also offer concentrations in biological physics, computational physics and nanophysics, so you'll be able to tailor your education to your interests and begin working toward your career before you graduate.
With a deep understanding of the fundamentals of physics and opportunities to participate in research projects as an undergraduate, you'll be equipped to enter the workforce as a researcher or a professional in medicine, computer science or engineering. Students are well-prepared to enter graduate school, and the experience you'll gain can help you find internships and work placements in museums, planetariums, research labs and government agencies.