Doctor of Philosophy (PhD) in Biomedical sciences PHD Program By University of Wyoming |Top Universities

Doctor of Philosophy (PhD) in Biomedical sciences

Main Subject Area

Biological SciencesMain Subject Area

Program overview

Main Subject

Biological Sciences

Degree

MDiv

Study Level

PHD

Biomedical sciences is the study of human biological processes; the complex interactions between physiological, genetic and environmental factors that influence disease and health. It spans the spectrum from fundamental discovery to innovation and application. The Biomedical Sciences PhD program is designed to position graduates for long-term competitive success in the rapidly changing and multifaceted health-related arena in the 21st century. It is a comprehensive, interdisciplinary program, making connections between various disciplines to gain new insights, discover and apply new knowledge, and promote self-directed, life-long learning. The Biomedical Sciences graduate program is a research and discovery focused program balancing depth and breadth of content knowledge with "enabling" skills including problem solving, innovation, entrepreneurship, communication and leadership. Student Learning Outcomes The Biomedical Science (BMS) program provides unique array of formal courses and informal discovery experiences focused on ensuring aptitudes, behaviors and skills necessary for leadership and competitive success in the biomedical science arena. Although the foundation enabling innovative, independent thinking and knowledge discovery is deep discipline knowledge, the BMS program is also designed to promote student competency in information assessment, synthesis and integration, communication and translation to the broader community, teamwork, leadership and project management. The BMS program trains graduates to be competent, skilled experimentalists, problem solvers, critical and independent thinkers, expert in their field, with both depth and breadth of knowledge. In addition, the program aims to instill characteristics that are essential to long-term professional success, preparing scientists who are effective and dedicated mentors and teachers, organized administrators, exemplars of high ethical standards, and effective collaborators. Upon completion of the program, graduates will demonstrate: • Independent, critical thinking skills • Ability to identify appropriate biographical resources • Knowledge of recent advances in discipline and related areas • Understanding of a broad spectrum of research methodologies and their applications • Ability to critically analyze research findings • Ability to design and independently execute research • Ability to use appropriate information technology to record, manage, and disseminate information • Understanding of issues related to researcher and subject rights • Motivation and aptitude needed to acquire knowledge • Communication skills that are appropriate for a range of audiences and purposes • Ability to construct and articulate arguments to a wide range of audiences • Ability to effectively support the acquisition of knowledge by others when teaching or mentoring students • Willingness to assume responsibility for their work • Ability to design and teach undergraduate or graduate courses • Ability to publish single/first authored papers in peer-reviewed journals

Program overview

Main Subject

Biological Sciences

Degree

MDiv

Study Level

PHD

Biomedical sciences is the study of human biological processes; the complex interactions between physiological, genetic and environmental factors that influence disease and health. It spans the spectrum from fundamental discovery to innovation and application. The Biomedical Sciences PhD program is designed to position graduates for long-term competitive success in the rapidly changing and multifaceted health-related arena in the 21st century. It is a comprehensive, interdisciplinary program, making connections between various disciplines to gain new insights, discover and apply new knowledge, and promote self-directed, life-long learning. The Biomedical Sciences graduate program is a research and discovery focused program balancing depth and breadth of content knowledge with "enabling" skills including problem solving, innovation, entrepreneurship, communication and leadership. Student Learning Outcomes The Biomedical Science (BMS) program provides unique array of formal courses and informal discovery experiences focused on ensuring aptitudes, behaviors and skills necessary for leadership and competitive success in the biomedical science arena. Although the foundation enabling innovative, independent thinking and knowledge discovery is deep discipline knowledge, the BMS program is also designed to promote student competency in information assessment, synthesis and integration, communication and translation to the broader community, teamwork, leadership and project management. The BMS program trains graduates to be competent, skilled experimentalists, problem solvers, critical and independent thinkers, expert in their field, with both depth and breadth of knowledge. In addition, the program aims to instill characteristics that are essential to long-term professional success, preparing scientists who are effective and dedicated mentors and teachers, organized administrators, exemplars of high ethical standards, and effective collaborators. Upon completion of the program, graduates will demonstrate: • Independent, critical thinking skills • Ability to identify appropriate biographical resources • Knowledge of recent advances in discipline and related areas • Understanding of a broad spectrum of research methodologies and their applications • Ability to critically analyze research findings • Ability to design and independently execute research • Ability to use appropriate information technology to record, manage, and disseminate information • Understanding of issues related to researcher and subject rights • Motivation and aptitude needed to acquire knowledge • Communication skills that are appropriate for a range of audiences and purposes • Ability to construct and articulate arguments to a wide range of audiences • Ability to effectively support the acquisition of knowledge by others when teaching or mentoring students • Willingness to assume responsibility for their work • Ability to design and teach undergraduate or graduate courses • Ability to publish single/first authored papers in peer-reviewed journals

Admission requirements

76+
6+
Applicants must have a bachelor's degree from an accredited or recognized school is required. A cumulative minimum GPA of 3.0 on previous coursework is required for full admission (3.25 for interdisciplinary program applicants). Other English Language Requirement: A minimum score of 540 on the written TOEFL exam.
Jan-2000

Tuition fee and scholarships

Domestic Students

0 USD
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International Students

0 USD
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One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.

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More programs from the university

UW offers more than 90 undergraduate and more than 100 graduate academic programs through seven colleges and multiple interdisciplinary institutes and schools. With a small student/faculty ratio of 14:1, UW is a community of scholars and learners committed to excellence. UW’s academic programs of distinction are focused in six broad areas: science and technology, the arts and humanities, environment and natural resources, life sciences, and professions critical to the state and region.

UW offers 80 undergraduate and more than 90 graduate academic programs through seven colleges and multiple interdisciplinary institutes and schools. With a small student/faculty ratio of 14:1, UW is a community of scholars and learners committed to excellence. UW’s academic programs of distinction are focused in six broad areas: science and technology, the arts and humanities, environment and natural resources, life sciences, and professions critical to the state and region.

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