Clinical Research Certificate: Trial Process Training

Name: Clinical Research Certificate: Trial Process Training
Rating: 4.4 (595 reviews)

Master clinical trial phases, ICH-GCP, key roles & protocol design—plus AI, RWE, and patient-centric innovations.

Created byMehdi Miri

Last updated 10/2026

English

English [Auto],Portuguese [Auto],

What you'll learn

New Updates (OCT-2026), Adding comprehensive resources to some modules
New Updates (FEB-2026): AI in GCP, Digital Health and Decentralized Trial (2025 Update)
Designed like top university programs—practical, structured, and podcast-style for real-world clinical research success.
New Update (August-2025): Landing a Job in Clinical Research: CV, Interview, LinkedIn & Career Tips
Define the roles and responsibilities of sponsors, CROs, CRAs, and site staff in clinical trials.
Learn clinical research in podcast style — flexible, clear, and career-focused.
Build a career roadmap and prepare for roles like CTA, CRA, CDM, and Clinical Project Manager.
Bunes1: How to use EDC System
Bunes2: What's the Data Management Plan(DMP)
Navigate all phases of a clinical trial, from study start-up through close-out and post-marketing.
Busy schedule? No problem. Learn anywhere with our podcast-style format.
Design and interpret clinical trial protocols, case report forms, and informed consent documents.
Identify, document, and report Serious Adverse Events (SAEs) and apply pharmacovigilance practices.
Apply digital tools, AI, and remote technologies in decentralized and modern clinical trial models.
Evaluate real-world data (RWD) and real-world evidence (RWE) for regulatory and scientific decisions.
Develop inclusive, patient-centric trial strategies that enhance recruitment and retention.
Gain leadership insights to manage clinical operations and stakeholders strategically.
Pair this course with our best-selling CDM course: link below:
https://www.udemy.com/course/a-deep-dive-into-clinical-data-management-basics-to-advance/?referralCode=171061DA95F06F098379
Create and manage Trial Master File (TMF) components with audit readiness and regulatory compliance in mind.
Understand stakeholder alignment across sites, CROs, sponsors, and regulatory bodies.
Apply risk-based monitoring and quality management techniques throughout clinical trials.
Explore post-market safety surveillance and the role of Phase IV studies in long-term data collection.
Clinical trials made simple — step-by-step, audio-first, and job-ready.
Build your research career with engaging audio lessons and practical tools.
Clinical research made modern — learn by listening, grow by doing.

Course content

8 sections • 27 lectures • 2h 55m total length

Introduction4:46
Welcome to the course. This short introduction explains how a new medicine moves from testing to approval, and how the course will prepare you to work on a clinical trial team.
In this lecture
What the course covers: regulations and ICH GCP, the roles on a trial, study documents, safety and career preparation
How the lectures are organised: short, podcast-style modules for flexible learning
The hands-on part: four labs on one fictional study, done in Excel
Why it matters on the job
Employers look for people who know how a trial actually runs. The labs give you practical examples to talk about in interviews.
Practice
Download the Clinical Research Study Brief for the fictional study CCP-HTN-201 and the lab pack zip from this lecture's resources. The brief introduces the study, the team and the four labs.
Ethics & Regulatory5:23
Clinical research is built on rules that protect the people who take part. This lecture covers where those rules came from and who enforces them today.
In this lecture
The founding documents: the Nuremberg Code, the Declaration of Helsinki and the Belmont Report
The core principles: respect for persons, beneficence and justice
Regulators, ethics committees and IRBs, and the responsibilities of sponsors, investigators, monitors and CROs
Why it matters on the job
Every consent form, safety report and audit trail traces back to these principles. Knowing why a rule exists makes it easier to follow it under pressure.
Abbreviations in Clinical Trial11:39
Clinical research speaks in abbreviations. This lecture goes through the ones you will meet in your first weeks, general trial terms first and then data management terms.
In this lecture
General terms such as AE, SAE, GCP, ICF, CRA and RCT
Data management terms such as EDC, CRF, CDASH and SDTM
Simple ways to memorise them
Why it matters on the job
Meetings, emails and SOPs use these terms without explaining them. Knowing them helps you follow the conversation from day one.
Practice
Keep the two abbreviation lists from the resources open while you watch the rest of the course.
Guide to ICH-GCP Principles and Evolution14:12
ICH Good Clinical Practice is the international standard for running trials ethically and producing reliable data. This lecture explains where it came from and how it has changed.
In this lecture
The ICH, founded in 1990, and why guidelines were harmonised across regions
The GCP principles and the responsibilities of investigators and sponsors
How ICH E6 evolved to include risk-based monitoring and digital tools, and how to prepare for audits
Why it matters on the job
GCP is the rulebook inspectors use. Most interview questions for CRA and CRC roles test whether you can apply it.
Practice
The resources include the ICH E6(R3) guideline, a mind map and a link to a free GCP certificate course.
AI in GCP, Digital Health and Decentralized Trial (2025 Update)5:18
The 2025 revision of ICH GCP, E6(R3), was written for trials that use digital tools, remote visits and AI. This update lecture explains what changed.
In this lecture
Decentralized trials (DCTs) and digital health technologies, and how they change the way data are collected
Where AI is used in clinical research and the safeguards E6(R3) expects
Why participant protection and data integrity still come first
Why it matters on the job
Sponsors are already running hybrid and remote studies. Knowing the E6(R3) principles helps you ask the right questions about a new tool or data source.

Stakeholders in Clinical Trials4:31
A trial needs many people working together. This lecture introduces who they are and what each one is responsible for.
In this lecture
The sponsor, who designs and funds the trial, and the CRO, which runs much of it
The site team: the investigator and the clinical research coordinator (CRC)
The CRA who monitors the site, and entry-level roles such as clinical trial assistant (CTA) and data manager
Why it matters on the job
Knowing who does what tells you who to ask. It also helps you choose which role to aim for first.
Practice
See the "Who is who" table in the Clinical Research Study Brief for the fictional study CCP-HTN-201: it uses the same roles.
Trial Operations5:59
This lecture follows a trial from the sponsor's choice of sites to the final archive, step by step.
In this lecture
Site feasibility and selection
The site initiation visit, recruitment, screening and informed consent
Monitoring visits, the Trial Master File, close-out and archiving
Why it matters on the job
CRAs and CRCs spend most of their time in the middle of this sequence. Seeing the whole flow shows why each step depends on the one before.
Practice
Lab 1 puts you on a monitoring visit: you will do it after the EDC lecture.
Clinical Research Job Readiness Guide5:29
Technical knowledge gets you an interview; how you present it gets you the job. This lecture covers the soft skills and job search steps that matter most.
In this lecture
Communication and professionalism on a trial team
Tailoring your CV and LinkedIn profile with the right keywords
Preparing for interviews with the STAR method, and certifications such as GCP
Why it matters on the job
Hiring managers often choose between candidates with similar knowledge. Clear examples and a tidy profile make the difference.
Practice
When you answer STAR questions, use your four labs as examples of real tasks you have done.
Data Management & Biometrics5:27
After data are collected, they must be cleaned, checked and analysed before anyone can say whether a medicine works. This lecture explains who does that.
In this lecture
Clinical data management: CRFs, EDC systems, data cleaning, queries and database lock
Biometrics: programming and biostatistics, often in SAS
CDISC standards such as SDTM, and the clinical study report (CSR)
Why it matters on the job
Site staff and CRAs create the data that data managers clean. Knowing what happens next explains why queries matter.
How to Use EDC (R A V E) System15:24
Sites enter trial data into an Electronic Data Capture (EDC) system. This walkthrough shows how a Rave EDC looks and works from the user's side.
In this lecture
Finding your way around studies, subjects, visits and forms
Entering data and seeing how the system checks it
How queries appear and are answered
Why it matters on the job
CRCs enter data in the EDC every day, and CRAs check it against source at every monitoring visit.
Practice
Lab 1, Source data verification: compare clinic notes with the eCRF for six subjects at site 104 and log every difference. Then take the Lab 1 quiz after this lecture. To practise data entry, use the EDC Simulator Lab in the resources.
Lab 1 quiz: Source data verification

Clinical Trial Documentation5:28
If it is not documented, it did not happen. This lecture explains the documents that prove a trial was run properly and where they are kept.
In this lecture
The Trial Master File (TMF) at the sponsor and the Investigator Site File (ISF) at the site
Key documents: protocol, informed consent forms, SOPs and approvals
Version control, signatures, eTMF systems and staying ready for inspection
Why it matters on the job
Inspectors judge a trial largely by its documents. Missing or outdated versions are among the most common findings.
Practice
Lab 3 shows why version control matters: a site uses the wrong consent version.
How to Use Veeva Vault7:31
A walkthrough of Veeva Vault, a cloud system many sponsors and CROs use to manage the electronic Trial Master File (eTMF).
In this lecture
Finding documents in the Vault
Filing a document with the right classification and metadata
How workflows and access control keep the TMF complete
Why it matters on the job
CTAs and CRAs often file and check TMF documents. Being comfortable in Vault is a practical skill employers ask about.
Practice
The Trial Master File tutorial in the resources covers the concepts behind this walkthrough.
Study Protocol -16:11
The protocol is the plan for the whole study. This lecture explains what it contains and why every site must follow it.
In this lecture
Objectives, design, participant criteria and the schedule of assessments
Approval before the study can start
Protocol deviations and amendments
Why it matters on the job
Almost every question at a site, from "can this patient join?" to "when is the next visit?", is answered by the protocol.
Practice
Read the "Study at a glance" table in the Clinical Research Study Brief for the fictional study CCP-HTN-201: it is the protocol summary used in all four labs.
Study Protocol - 27:31
Part 2 looks at how a protocol is developed and followed in practice, and what happens when a site does not follow it.
In this lecture
How a protocol is drafted, reviewed, finalised and amended
The study timeline from start-up to close-out
Protocol deviations: what they are and how they are classified and reported
Why it matters on the job
Deviations are reviewed every month on most studies, and important ones end up in the clinical study report.
Practice
Lab 2, Classify protocol deviations: decide which of 12 deviations are important, using the study's classification plan, and what happens next. Then take the Lab 2 quiz after this lecture.
Lab 2 quiz: Classify protocol deviations
Understanding the Informed Consent Form (ICF)5:47
No one takes part in a trial without informed consent. This lecture explains what the informed consent form must contain and how consent is obtained and documented.
In this lecture
What the ICF explains: purpose, procedures, risks, benefits and the right to withdraw
Who signs and dates it, and when: before any study procedure
New versions and re-consent when new information comes in
Why it matters on the job
Consent problems are among the most serious findings an inspector can make, and checking consent is one of the first things a CRA does at a site.
Practice
Lab 3, Consent check: review site 101's consent log against the consent rules and the two ICF versions, and log every finding. Then take the Lab 3 quiz after this lecture.
Lab 3 quiz: Consent check
Data Managment Plan (DMP)5:00
The Data Management Plan sets out how a study's data will be collected, checked, cleaned, locked and archived. This lecture explains what it covers.
In this lecture
The purpose of a DMP and when it is written
Main sections: data collection, validation, quality assurance, reporting and archiving
How the template and the tutorial in the resources fit together
Why it matters on the job
Site and CRA work feeds directly into the DMP's processes, such as query timelines and data entry deadlines.
Practice
Compare the DMP template in the resources with the tutorial to see how a plan is built.

Trial Lifecycle5:14
This lecture lays out the stages of a trial on a timeline, from start-up to the final report.
In this lecture
Start-up: site selection and regulatory submissions
Site initiation and activation, then study conduct: visits and monitoring
Close-out, database lock and the final reports to regulators
Why it matters on the job
Each role is busiest at a different stage. Knowing the timeline helps you plan ahead instead of reacting.
Drug Safety & Pharmacovigilance6:12
Protecting participants is the first duty on any trial. This lecture explains how adverse events are detected, assessed and reported.
In this lecture
Adverse events (AEs) and serious adverse events (SAEs), and what makes an event serious
Who reports what, and how fast: the site, the CRA and the sponsor
Pharmacovigilance during and after a trial
Why it matters on the job
Late or missing SAE reports put participants at risk and are always an important deviation. Getting the clock right is a core skill.
Practice
Lab 4, SAE reporting clock: decide whether six events are serious, reported on time and SUSARs, and work out the reporting deadlines. Then take the Lab 4 quiz after this lecture.
Lab 4 quiz: SAE reporting clock

Trial Phases I–IV6:00
Every new medicine goes through four phases of trials. This lecture explains what each phase tests.
In this lecture
Phase I: safety, usually in a small group of healthy volunteers
Phase II: efficacy and side effects in patients with the condition; Phase III: large controlled trials to confirm them before submission
Phase IV: monitoring after approval, using real-world data
Why it matters on the job
The phase decides the size of the study, the number of sites and the kind of work a CRA or CRC will do.
Practice
The study in the labs, CCP-HTN-201, is a Phase II trial: 120 subjects at six sites.
Digital Health & AI5:12
Wearables, apps, telehealth and AI are changing how trials are run. This lecture explains how, and what still needs care.
In this lecture
Digital health tools for remote data collection and contact with participants
AI uses: protocol design, predicting dropout and reviewing adverse event text
Decentralized trials, and the privacy and cybersecurity rules (FDA, EMA, GDPR) that apply
Why it matters on the job
New tools are arriving on studies now. Knowing their benefits and limits helps you use them without putting data or privacy at risk.
Real-World Data and Evidence5:34
Not all evidence comes from clinical trials. This lecture explains real-world data (RWD), the real-world evidence (RWE) drawn from it, and how regulators use it.
In this lecture
Sources of RWD: electronic health records, insurance claims and registries
How the FDA and EMA use RWE, for example for label expansions and safety monitoring
The strengths (speed, cost) and limits (fragmented data, privacy)
Why it matters on the job
RWE is a growing area for clinical research careers, especially after approval.
Patient-Centric Design4:50
Trials work better when they are designed around the people taking part. This lecture explains what patient-centric design means in practice.
In this lecture
Involving patients in trial design
Flexible visits and engagement tools that improve recruitment and retention
Regulators' support for these approaches
Why it matters on the job
Recruitment and retention are two of the biggest problems sites face. Patient-centric design addresses both.
Access & Inclusion4:48
Medicines should be tested in the people who will use them. This lecture explains why diverse trials matter and how to make them happen.
In this lecture
Why representative trials give better science and fairer care
Barriers to taking part: distance, language and mistrust
Practical solutions: community partnerships and culturally sensitive communication
Why it matters on the job
Regulators increasingly expect diversity plans. Sites and CRAs are where those plans succeed or fail.

Strategic Leadership5:32
Trials are complex projects with many stakeholders. This lecture covers the leadership skills that keep them on track.
In this lecture
Vision, communication and risk management
How planning changes across the phases of a trial
Managing conflicting priorities and anticipating risks
Why it matters on the job
Leadership skills matter long before you have a team. They are what move a CRA or CRC towards lead and manager roles.
Course Wrap-Up & Certificate5:21
This lecture brings the course together and points to the next steps in your career.
In this lecture
Career paths from entry-level to advanced roles
Preparing for interviews and building a professional portfolio
LinkedIn, networking, certifications and lifelong learning
Why it matters on the job
A plan for the next year turns a certificate into a career move.
Practice
Add your four completed lab logs to your portfolio: they show you can do real trial tasks. Then take the final 40-question test to finish the course.

Landing a Job in Clinical Research: CV, Interview & Career Tips11:01
This lecture turns what you have learned into a job search plan for CRA, CRC and data management roles.
In this lecture
Writing a CV for an entry-level clinical research role
Preparing for interviews with the checklist in the resources
Optimising your LinkedIn profile and finding the right openings
Why it matters on the job
Many candidates have the same certificate. A focused CV, prepared answers and a clear profile get you shortlisted.
Practice
Download the resume template, the interview checklist and the LinkedIn guide from the resources.

Requirements

No prior clinical research experience needed. Curiosity, motivation, and basic English are all you need to get started!

Description

A Deep Dive into Clinical Research: Step-by-Step Certificate

Master trial phases, protocols, ethics, pharmacovigilance, and data operations in clinical research—step by step.

Designed like top university programs—practical, structured, and podcast-style for real-world clinical research success.

Whether you're a nurse, pharmacist, medical graduate, biologist, or life science student looking to break into clinical trials, this course is built for you.

This comprehensive certificate program takes you through every essential part of the clinical trial process—from the foundational principles of Good Clinical Practice (GCP) to the execution of complex global studies. We’ll guide you through the roles of sponsors, CROs, CRAs, data managers, and regulators, while showing you how to design protocols, handle adverse events, and manage clinical data accurately.

Why Enroll?

Structured and practical, aligned with real-world clinical operations
Podcast-style delivery—perfect for flexible learning
Includes modern trends like AI applications in research and RWE integration
Certificate of completion for professional growth
Podcast-style delivery for flexible, learner-friendly access
Built to meet Udemy Business quality and relevance standards

What You’ll Learn

Clinical trial phases (I–IV) and their objectives
Study protocols, regulatory compliance, and ICH-GCP
Roles of Sponsors, CROs, CRAs, CRCs, and Regulatory Authorities
Serious Adverse Event (SAE) reporting and pharmacovigilance
Digital health tools, AI in trial optimization, and Real-World Evidence (RWE)
Patient-centric trial design and future-ready methodologies

You’ll also gain leadership insight, resume tools, and access to our downloadable resource kit to accelerate your career in clinical research.

Already enrolled in our best-selling Clinical Data Management course? This is the perfect companion.
Explore the CDM course

Who this course is for:

Aspiring Clinical Research Associates (CRA), Coordinators (CRC), and Clinical Data Managers (CDM)
Health, life sciences, and pharmacy graduates
Professionals transitioning into the clinical research field
Corporate teams seeking reliable onboarding or upskilling content
People transitioning from healthcare or life sciences

Clinical Research Certificate: Trial Process Training

What you'll learn

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Course content

Introduction & Fundamentals5 lectures • 41min

Clinical Trial Processes5 lectures • 37min

Core Documentation6 lectures • 37min

Trial Lifecycle & Safety2 lectures • 11min

Clinical Design Strategies5 lectures • 26min

Career Development2 lectures • 11min

From Learning to Earning: CV, Interview, LinkedIn & Job Tips1 lecture • 11min

Test1 lecture • 1min

Requirements

Description

Who this course is for: