COURSE NAME & DESCRIPTION | NUMBER | CREDITS |
---|---|---|
732-611 | 2 cr. | |
Federal and Wisconsin laws related to drug manufacture, drug distribution, drug use, and pharmacy practice. | ||
728-626 | 2 cr. | |
Integrates didactic learning with active participation in a wide-variety of patient-care activities under the supervision of a pharmacist preceptor including medication reconciliation, patient consultation, complex medication reviews, documentation, therapeutic drug monitoring and calculations. Continued exposure to the Pharmacist Patient Care Process (PPCP), which is a framework for providing patient care in a pharmacy practice setting. | ||
728-656 | 3 cr. | |
Clinical application of medications in the management of various disease states. Assessment and therapeutic monitoring of disease states and drug therapy using the concepts of pharmacokinetics/dynamics, drug interactions, pharmace practice and patient counseling. Topics include hematology/oncology and infectious disease therapeutics. | ||
728-654 | 1 cr. | |
Learn and build upon pharmacotherapeutic skills necessary to develop competence as a pharmacist to assume the responsibility to improve therapeutic patient outcomes related to medication use. The course will focus on building complex problem solving skills including the integration of patient and provider communication, documentation, and evaluation of integrated patient cases with a secondary focus on patient profile reviews and comprehensive medication review and assessment. | ||
732-652 | 2 cr. | |
Educational & Behavioral Interventions (with lab) Intermediate principles of pharmacist communication with patients and other care givers; weekly communications laboratory provides opportunity to refine skills in listening, interviewing, counseling, and use of various educational and behavioral strategies to improve drug use. | ||
728-465 | 1 cr. | |
Assists students with career exploration and recognition of how their knowledge, skills, abilities and values further their professional development. | ||
, as needed | varies | varies |
View Professional Electives
Summer, fall and spring semesters.
COURSE NAME & DESCRIPTION | NUMBER | CREDITS |
---|---|---|
728-740 | 6 cr. | |
This required PharmD experiential course integrates prior didactic course work in pharmacotherapy, pathophysiology, and drug literature evaluation into the provision of pharmaceutical care to hospitalized patients. The student will participate in the provision of direct pharmaceutical care, by monitoring drug therapy, providing patient counseling, and providing drug information and pharmacokinetic dosing recommendations for patients. In addition, the student will gain experience and insight into health education by interacting with other health professional students. | ||
728-741 | 6 cr. | |
This required PharmD experiential course integrates prior course work in pharmacotherapy, pathophysiology, and drug literature evaluation into the provision of pharmaceutical care to ambulatory patients. Students will conduct patient interviews and assessments, provide drug information to patients and health professionals, and monitor drug therapy in ambulatory settings. | ||
728-742 | 6 cr. | |
This required PharmD experiential course integrates prior didactic course work into the provision of care and the development and delivery of services for hospitalized patients. The student will be exposed to the 5 pillars of the medication use system (prescribing, transcribing, dispensing, administering, monitoring), plus procurement/storage along with the hospital services and processes that support them. The experience will also include, but is not limited to, exposure to hospital-based services/programs/committees such as investigational drugs, Pharmacy and Therapeutics, quality/performance improvement (DUE/MUE), technologies, and personnel management. The experience will also expose the student to best practices, regulatory, legal, and accreditation standards/requirements that influence the quality and delivery of care to hospitalized patients. | ||
728-743 | 6 cr. | |
The purpose of the community pharmacy clerkship is to provide the student with an educational experience where they can develop the skills and judgment necessary to apply the knowledge gained in the basic and clinical sciences to specific patient care situations. In addition, the course seeks to demonstrate the philosophy that clinical (APPE) and distributive pharmaceutical services should be patient oriented and integrated in contemporary ambulatory practice. | ||
728-760 | 6 cr. | |
This required PharmD experiential course integrates prior didactic course work in pharmacotherapy, pathophysiology, and drug literature evaluation into the provision of pharmaceutical care to hospitalized patients and ambulatory patients. The student will participate in the provision of direct pharmaceutical care, by monitoring drug therapy, providing patient counseling, and providing drug information and pharmacokinetic dosing recommendations for patients. | ||
728-764 | 6 cr. | |
Practical experience in a veterinary medicine environment with emphasis on the drug treatment of diseases in animals. | ||
728-769 | 6 cr. | |
This experiential learning course offers students the opportunity to gain experience with clinical and translational research in a mentored situation. Students will learn study design, laboratory techniques, statistical analysis, manuscript preparation, and ethical principles of research. |
* Clerkships (advanced pharmacy practice experience) to total 42 credits.
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About the university, research at cambridge.
Postgraduate Study
The programme aims to provide students with a thorough grounding in Global Catastrophic and Existential Risk, how this can be managed and mitigated, and its relationship with transformative sociotechnological trends. It will be both interdisciplinary, students will be drawn from, and introduced to, a wide range of perspectives that are important to understanding global risk, from the natural and social sciences, arts, and humanities, and transdisciplinary areas of study and include critical and non-eurocentric points of view. The programme will provide students with a specific toolset of concepts, methods, and approaches that have been developed by leading researchers working to understand and mitigate the most extreme forms of global risk. It aims to:
Knowledge and Understanding
An in-depth survey of the emerging transdisciplinary field of Existential Risk Studies, including key concepts, ethical and epistemological challenges, methods, approaches, and tools, and impact and outreach strategies.
Critical engagement with the historical and sociological development of the field, and of broader awareness about existential and global catastrophic risk, the factors influencing this, and the difficulties in producing rigorous and responsible research in this area.
A systematic interdisciplinary understanding of risk drivers, risk multipliers, and risk mitigation challenges that contribute to the current level of existential and global catastrophic risk (AI, biosecurity, environmental change, global-scale natural catastrophes, and nuclear security).
A critical awareness of the range of proposals for risk mitigation and the governance of science, technology, and other anthropogenic risk drivers, their feasibility, potential benefits and drawbacks, and relationship to existing policies, institutions, and movements.
Skills and other attributes
Expertise at implementing methodologies that have been developed by researchers in existential risk studies, including the use of analytical risk assessment frameworks, the application of futures, foresight, and horizon scanning to risk assessment and evaluation, the construction of plausible, useful, and engaging scenarios tools, and the application of robust decision-making tools for dealing with uncertainty.
Familiarity with a wider range of disciplinary perspectives on existential and global catastrophic risk and the methodologies used in constructing them, including the ability to implement these where appropriate.
The ability to translate knowledge and concepts between academic, policy, and industry contexts, including experience with participatory methods and policy co-design tools.
The ability to construct and deconstruct popular narratives about existential and global catastrophic risk, and communicate research responsibly for a broad audience.
Students admitted to the MPhil can apply to continue as PhD students with a relevant Faculty. For details on the PhD application process and required standards, students should consult the respective Department.
The Postgraduate Virtual Open Day usually takes place at the end of October/early November. It’s a great opportunity to ask questions to admissions staff and academics, explore the Colleges virtually, and to find out more about courses, the application process and funding opportunities. Visit the Postgraduate Open Day page for more details.
See further the Postgraduate Admissions Events pages for other events relating to Postgraduate study, including study fairs, visits and international events.
The Centre for the Study of Existential Risk (CSER) runs online webinars for applicants throughout the year. Please see the CSER website for information on how to register for these events.
9 months full-time, 21 months part-time, study mode : taught, master of philosophy, institute for technology and humanity, course - related enquiries, application - related enquiries, course on department website, dates and deadlines:, michaelmas 2025.
Some courses can close early. See the Deadlines page for guidance on when to apply.
These deadlines apply to applications for courses starting in Michaelmas 2025, Lent 2026 and Easter 2026.
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4 mins. It can be a little tricky figuring out which postgraduate degree is for you. That's why we've done the work for you to clarify the differences between a coursework degree and a research degree, and where each could take your career. The main difference between these two styles is coursework has classes and research has a thesis.
A Masters by Coursework offers a structured learning experience, flexibility in course selection, networking opportunities, and a shorter duration. On the other hand, a Masters by Research provides the opportunity for in-depth research, flexibility in research topics and methodologies, development of critical thinking skills, and potential for ...
Masters degrees can be either postgraduate taught programmes (PGT) or postgraduate research programmes (PGR). Taught Masters are typically 12 months long full-time and are delivered through a series of modules comprised with regular coursework and assessments. Research Masters are also usually 12 months long however the course is predominantly ...
The first difference is the duration: A Master's degree will typically last one to two years, while a PhD usually takes up about three to five years. The research project you'll undertake during a doctorate degree will therefore be longer and broader than one you would pursue in a Master's degree.
Professional master's. A professional master's is perfect for a student who wants to move forward in a field or add new skills. Typically, they are more course-based and more structured with a timetable of lectures, seminars and lab sessions made up of a certain number of core modules and electives. Most professional master's programs ...
There are a few key differences between postgraduate coursework and postgraduate research programs. Postgraduate Coursework. Postgraduate coursework programs deliver content through a set unit program (similar to an undergraduate Bachelor degree), but at a more advanced level. Coursework will allow you to deepen your knowledge within a discipline, or to pursue a new or additional study area at ...
The Master of Research (MRes) is a research Masters degree that emphasises independent study over taught instruction. It isn't restricted to specific subject areas. Instead an MRes is awarded on any programme that focusses on a student's own research activity. You might want to apply for an MRes if you're considering postgraduate study ...
The MRes course option, which is relatively new but has grown in popularity in recent years, stands for a "master of research". ADVERTISEMENT Much like postgraduate taught courses, both the MPhil and the MRes are technically classified as level 7 qualifications, and typically take one year to complete.
Master's by Coursework Master's by Research; Program Structure: Predetermined coursework with set syllabi: Research-focused with flexibility in coursework: Duration: Usually 1 to 2 years: Typically 1 to 2 years (varies based on research) Focus: Breadth of knowledge and skills: In-depth research on a specific topic: Assessment: Exams ...
However, courses lasting as long as 36 months are not uncommon. Part-time study is an option. At the end of your course, you will be granted a Master of Philosphy (MPhil), Master of Research (MRes), Master of Arts (MA by Research), or Master of Science (MSc by Research) qualification, depending on your subject of study.
Taught master's programs typically involve a mix of lectures, seminars, and coursework, while research master's programs focus on a more significant research project. Assess which learning approach aligns better with your preferred style of study. 4. Academic Background. Consider your academic background and strengths.
Taught master's programs are structured, classroom-based courses that provide students with in-depth knowledge and practical skills in a specific subject. Research-based master's programs, on the other hand, focus on cutting-edge research in a particular field and are designed to equip students with advanced research skills and expertise ...
A masters degree can be structured as either a research or a taught programme and will have a points value assigned to it. Research masters include a thesis or research portfolio of at least 90 points. Taught masters are comprised of mainly taught courses, but can include a dissertation or research project of less than 90 points.
In Australia, a Master of Research is a postgraduate level research training degree. The program consists of a coursework component and a supervised research project, including a thesis of 20-25,000 words. An MRes is completed within two years, or part-time equivalent. The degree is currently only offered at a limited number of universities ...
Doing postgraduate study by research means, you'll undertake supervised study and research, guided by an academic supervisor. You'll work independently on your chosen project with the aim of producing, presenting and submitting a final thesis. The final thesis is your original research and investigation, backed by evidence.
1. With a course there is a teacher that teaches you specific topics. You may need that to write a research paper, and the teacher may test your knowledge by letting you do or simulate a research project, but that is secondary. In a course there is a teacher that guides your learning process, and the learning goal is typically more limited.
Some Masters by Coursework also require the completion of a minor thesis as part of the course. Dependent on the course, part-time and online study options are available. For more information, please see our Postgraduate study at ECU webpage. A Master by Research involves the submission of a completed thesis based on an independent research ...
These courses will allow you to gain the research skills necessary to apply for the PhD. What is the difference between a Master of Philosophy/Research and a PhD? The PhD is our premier research award and the highest qualification on the Australian Qualifications Framework. The PhD is usually three years full-time or six years part-time. The ...
The Masters by Research programmes offered at Edinburgh are abbreviated as MScR; however, at other institutions, it can be abbreviated as MRes (generally in sciences and technology) or MARes (in arts and humanities). Regardless of the abbreviation, Masters by Research programmes tend to place an emphasis on research skills: around two thirds of ...
The Master of Philosophy (MPhil) is an internationally recognised masters degree by research and requires the completion of a thesis of 30,000-40,000 words. Masters by research. Masters by research degrees differ from the MPhil in that they may have a coursework component, along with a shorter thesis of about 30,000 words.
在留学申请的时候,许多同学都会纠结于到底应该选研究型硕士(Research Master)还是授课型硕士(Coursework Master)。. 而对于研究型硕士市面上的信息又比较少,今天这篇文章就来看看这两者有什么不同,并且详细介绍一下关于大家口中"研究型硕士"。
Compare Research-Oriented Graduate Degree Programs. The Master's program usually lays the groundwork for the pursuit of a Ph.D. These programs focus on specialized research, rigorous coursework, and superb faculty mentorship. A graduate degree from Berkeley EECS ensures that you have cultivated the necessary skills to succeed in a career in ...
A Master of Research (MRes) ... Completed a 3-year degree at an Australian university or equivalent, and have successfully completed a coursework masters, with a GPA of 5.0/7.0 or above, or equivalent score, in a relevant discipline; plus.
Full-time students in the MASc program are required to complete a total of 4 courses at the 600 or 700 level, complete a master's seminar milestone and complete a master's thesis. In addition to the minimum funding provided, Students can also apply for teaching assistantships and research assistantships. No supervisor is required at the ...
First year paper: Student work closely with a faculty member on an empirical manuscript during their first year, and each student presents their completed paper during autumn of their second year. Candidacy Exams: Students take written and oral exams during the summer between their second and third years in the program. Passing these exams typically marks the completion of core coursework and ...
A Future-Facing Curriculum The Doctor of Pharmacy (PharmD) degree program is designed to incorporate scientific foundations, innovative research, and practical experience in a way that prepares students for the constantly evolving healthcare industry. Within the four-year curriculum, coursework blends foundational knowledge from biomedical, pharmaceutical, and clinical sciences approaches.
Equip student to apply insights from this area of research to related disciplines such as Science and Technology Studies, Disaster Studies, Philosophy, Economics, International Relations, Biosecurity, and AI and for risk or technology focused careers across government, industry, and civil society.
The service-learning portion of this course, made possible through CIRC's partnership, is a key element that Crowder is proud to offer. "An important part of the Neurogenetics course is the service-learning aspect," says Crowder. "Our students get to present their work and research to their peers as well as Civitan International.
Whether you're looking to master AI, delve into cybersecurity, or explore cloud computing, these courses will help you stay at the forefront of the tech industry. 1. Master Data Science and Analytics with Johns Hopkins University on Coursera. Platform: Coursera . Course: Data Science Specialization by Johns Hopkins University. Overview
MSc International Business - Free Masters Courses; MSc Sustainable Management - Free Masters Courses; Menu; Funded Masters Places September 2024. UU Home - Home Page ... Courses and Research. Search for courses; Courses in 2023/2024; Courses in 2024/2025; Undergraduate courses at Ulster University;