One of the fastest-growing subfields of biomedical research is translational and experimental medicine. It aims to use research from discovery science to develop and enhance diagnostic, prognostic, or therapeutic inventions and make sure they are used in clinical settings for the benefit of patients. The impact clinical trials had during the COVID-19 pandemic—a time when trial delivery underwent rapid development—illustrates the importance of how we design and carry out experimental medicine to society.

Who is this program designed for?

The degree in Clinical Studies program is designed for anyone interested in a career in clinical research.

Clinical researchers prepare and conduct clinical trials for hospitals, pharmaceutical and biotechnology businesses, and research institutions. They play a vital role in determining the safety of medications and medical devices, and they also ensure the highest ethical standards for both human and animal trials.

How to Choose a Clinical Studies Program

Clinical Research studies, those who aspire to have leadership roles in laboratory sciences can gain the knowledge necessary to launch their way to the top by learning how to properly engage in the design, manufacturing, and testing of medical products. There are a number of professional careers for clinical researchers in colleges and universities as well. Now is the time to start building those connections.

While the program concentrations range from Product Development to Translational Management, each school aims to provide students with extensive knowledge in medical research studies. Through these programs, Clinical Studies graduate students will gain competence in design and evaluation of human clinical trials, learn how medical device products affect the human body, and how to conduct ethical research.

With part-time and online options, as well as dual-degree offerings, the goal is to have student emerge from these Master's programs better qualified for careers in diagnostic and clinical services, pathology, laboratory research, and other medical technology jobs.

What will you learn?

You'll be able to:

• Give an overview of the translational medicine concept using appropriate examples from the clinical setting.

• Enumerate the distinctions between novel and traditional experimental medicine methods, and describe how each relates to current clinical trials.

• Examine the various requirements for therapies in the current era of medical treatment, including those for drug development, gene and cell therapies, and technological devices.

• Explain how the design and methodology of clinical trials affect patients, and how a digital and patient-centered approach affects these aspects.

• Adopting the techniques taught in the course, outlining the options in the clinical scenario, and weighing the benefits and drawbacks of the selected clinical approach, design a clinical trial to address the clinical issue at hand.

Is clinical research a good career?

Clinical research is a fantastic career option, offering competitive pay and a bright future. This might be the career for you if you're interested in building on the most recent scientific discoveries and making sure novel therapeutic treatments and medications are safe and effective.

Millions of people work in the clinical trials sector globally, and there are excellent job opportunities in places like Australia, Singapore, North America, and Europe.The degree prepares you for an international career in clinical research, or for an executive or advisory position in public health, clinical medicine, drug research or health-policy development.

Clinical research career options

Type of clinical research jobs include:

• Biostatistician

• Clinical Data Manager (CDM)

• Clinical Research Associate (CRA)

• Clinical Research Coordinator

• Clinical Research Scientist

• Clinical Trial Manager

• Clinical Trial Monitor

• Pharmacovigilance Associate (PVA)

• Regulatory Affairs Manager (RAM)