Skills you'll gain: Data Analysis, Business Analysis, Clinical Data Management, Data Management, Data Visualization, Leadership and Management, Big Data, Database Administration, Databases, Entrepreneurship, General Statistics, Innovation, Plot (Graphics), Probability & Statistics, Research and Design, Spreadsheet Software, Statistical Analysis, Microsoft Excel
Beginner · Course · 1-4 Weeks
Skills you'll gain: Statistical Programming, R Programming, Probability & Statistics, Data Management, Data Structures, Data Visualization, Visualization (Computer Graphics), Business Analysis, Data Analysis, Statistical Analysis, Experiment, General Statistics, Machine Learning, Computer Graphic Techniques, Computer Graphics, Correlation And Dependence, Regression, Statistical Tests, Bioinformatics, Extract, Transform, Load, Computer Programming, Computer Programming Tools, Machine Learning Algorithms, Probability Distribution, Computer Vision, Data Analysis Software, Data Visualization Software, Operating Systems, Python Programming, Software Visualization, Account Management, Accounting, Accounting Software, Adaptability, Advertising, Advertising Sales, Algebra, Amazon Web Services, Artificial Neural Networks, Business Psychology, Cloud Computing, Cloud Storage, Communication, Entrepreneurship, Estimation, Marketing, Mathematics, Sales, Spatial Analysis, Statistical Visualization, Theoretical Computer Science
Intermediate · Specialization · 3-6 Months
The best free clinical research courses available are Clinical Data Management, Clinical Research, Research Methods, Researcher Management and Leadership Training, and Medical Research. All of these courses are free and offer a great introduction to the world of clinical research.
For anyone looking to kickstart their career in clinical research, the Clinical Trials Operations Specialization from Johns Hopkins is an excellent place to begin. In addition to the specialization, Coursera also offers four other beginner-friendly courses, such as Clinical Trials Analysis, Presentation and Statistical Monitoring, Clinical Trials Data Collection, Management and Quality Assurance, Translating Research to Patients, and Recruitment of Minorities in Clinical Trials. Each of these courses offer a great introduction to the world of clinical research.
Some of the best advanced clinical research courses available are Documentation and Usability in Cancer Informatics, Advanced Clinical Data Science, Study Designs and Epidemiology, Clinical Data Science and Clinical Data Models and Data Quality Assessments. Each course offers a comprehensive coverage of essential topics for both healthcare professionals and those interested in clinical research.
Clinical Research is a healthcare science that determines the safety and effectiveness of interventions designed to prevent or treat disease in humans. These interventions can be drugs, devices, surgeries, behavioral interventions, community health programs, or health delivery systems. During clinical trials, researchers measure the efficacy of interventions and publish the results in scientific literature for medical communities and the general public.
Learners who succeed in Clinical Research courses gain mastery in a vital part of healthcare. Results from randomized clinical trials are usually considered the highest level of evidence for determining whether a treatment is effective, because trials incorporate features to ensure that evaluation of the benefits and risks are objective and unbiased. Instructors help learners get to this level by showing them ways to interpret and understand common statistical concepts, as well as solid data management principles critical for any scientific domain.
Our Clinical Research courses explain the basic principles for the design of randomized clinical trials, and how they should be recorded. Learners are introduced to terminology and several common designs used in clinical trials, such as parallel and cross-over designs. Mechanics of clinical trials, such as randomization and binding of treatment, are reviewed. Instruction is available on how to properly understand published clinical research, as well as how to understand common statistical concepts.
According to the Bureau of Labor Statistics, which classifies Clinical Research Associates as Clinical and Medical Informaticians, the starting salary range in Clinical Research ranges between $60,000 and $65,000 per year. Managerial roles boast a significant range, with Clinical Trial Managers earning $97,000 annually.
Other jobs available in Clinical Research include Clinical Training Specialist, Clinical Research Coordinator, Professor, Director of Clinical Research, Medical Assistant, Director of Clinical Policy, Clinical Project Manager, Clinical Budget Analyst, Physician, Clinical Research Nurse, and others involved in overseeing, sponsoring, and investigating the effects of drugs on patient populations.
A background in health care can be beneficial to studying clinical research. This could be as simple as working as a volunteer or intern at a hospital or clinic or working in an official capacity in a hospital, clinic, doctor's office, or pharmacy. Work or an internship at a large health care company may also help you better understand clinical research, as can working at a clinical research site. Even volunteering as a research subject can give you a better understanding of the topic. Work or an internship at a government agency, like the U.S. Food and Drug Administration, may prepare you to better understand clinical research, or you may have volunteered at a nonprofit that specializes in health care initiatives. Those who study clinical research should also have a good understanding of medical terminology.
People with a passion for science and improving the health of others are well-suited for a role in clinical research. You'll need to be a person who is good at observation as well as someone who is analytical since the field requires plenty of data analysis. Critical thinking and decision-making skills are a must, as are good communication skills, both written and verbal. You must be willing to provide constructive feedback to subjects and colleagues, as well as motivate your subjects. You'll also need to document and record findings. For this reason, computer skills are important as well. Those who work in the clinical research field should be organized, good administrators, multi-taskers, and people who can think quickly on their feet.
Learning clinical research may be right for you if you're interested in a field that helps others for the greater good. Through experiments and studies, clinical research can help with issues like finding the right medications to cure diseases or developing vaccines. You can learn more about it if you want to become a clinical research subject or volunteer, or you can put those studies to use on your resume if you're interested in a career in the field. Many people who choose to study or work in clinical research have a background in or passion for science or health care.