
Explore how investigational new drug (IND) applications establish the regulatory blueprint with the FDA for first-in-human trials, detailing preclinical safety, manufacturing, protocols, and investigator qualifications.
Navigate the drug discovery and development cycle from target identification to FDA approval. Explore lead optimization, preclinical safety, IND and NDA steps, and ICH-GCP guidelines.
Navigate the life cycle of medicine from discovery and preclinical development to four clinical phases and regulatory approval.
Explore the four phases of clinical trials—from phase 1 safety and dose to phase 4 post-marketing safety and effectiveness. Learn how sponsors assess safety, efficacy, and regulatory approvals.
Examine the phases of clinical trials from phase 0 microdosing to phase I safety testing under the ICH GCP framework. Understand dose, administration routes, and pharmacokinetics basics.
Examine phase 2 and phase 4 clinical trials, from proof of concept and dose optimization to efficacy, safety assessment, long-term safety, post-approval monitoring, and real-world effectiveness under ich-gcp.
Identify the key stakeholders in clinical research, including patients, investigators, nurses, sponsors, CROs, regulators, ethics committees, labs, data managers, statisticians, and medical writers, and describe their roles.
Learn how clinical research evaluates diseases in humans across prevention, diagnosis, and treatment, and classify trials into treatment, prevention, diagnostic, screening, and quality of life.
Explore clinical trial study designs by distinguishing observational (cohort, case-control, cross-sectional) from experimental (randomized and non-randomized) studies, with examples linking exposure and outcome.
Differentiate interventional and non-interventional clinical studies, outlining therapeutic, diagnostic, and other interventions. Explain how randomization, placebo, ethics, informed consent, and real-world data guide safety, efficacy and post-marketing surveillance.
Understand blinded randomized controlled trials, including single, double, and triple blinding, two-group designs with placebo, and how randomization reduces bias to ensure reliable data in clinical research.
Explore decentralized clinical trials (DCT) using telemedicine, wearables, and electronic consent, with fully decentralized, hybrid, and fully centralized designs that bring visits closer to patients.
Explore the complete journey of a clinical trial from research idea and safety reviews to protocol design, ethical approvals, recruitment, data collection, analysis, and reporting for regulatory submissions.
Explore the key processes in the clinical study, including informed consent, protocol development, risk based quality management, regulatory submissions, site initiation, safety monitoring, data management, and auditing.
Learn the key stakeholders in a clinical study and their core responsibilities, from protocol compliance and informed consent to safety monitoring, data integrity, and sponsor oversight.
Explore ICH GCP, the international standard for clinical research, outlining its four core objectives—participant protection, data credibility, resource efficiency, and regulatory acceptance—rooted in the Nuremberg Code and Declaration of Helsinki.
Define good clinical practice as an international ethical and scientific standard that protects participants, ensures data integrity, and yields reliable, verifiable results across global trials.
Guard participant safety through rigorous ethics and ongoing monitoring. Ensure credibility, accuracy, and integrity of clinical trial data through standardized procedures and quality assurance.
Explore the 11 fundamental principles of ICH GCP E6 (R3), from ethics and informed consent to quality by design and good manufacturing practice, guiding ethical and scientifically sound clinical trials.
Learn how planning the study and ethical approval safeguard participant safety and rights by preparing the protocol, informed consent forms, risk–benefit assessments, and submitting to the IRB for approval.
Explore the ICH GCP guidelines, an ethical and scientific standard for clinical trials that protect participant rights, safety, and well-being while ensuring credible, reliable data.
Explore the origins and core principles of the Nuremberg Code, emphasizing voluntary informed consent, ethical review, and the shift from forced experimentation to voluntary participation in modern clinical research ethics.
Explore the historical roots of clinical research, from the Nuremberg Code to Helsinki, Kefauver amendments, and Belmont Report, emphasizing informed consent, risk-benefit balance, and ethical review.
Explore the Declaration of Helsinki, its historical context from the Nuremberg trials to modern ethical standards, and how its principles protect participants' rights, safety, and well-being in clinical research.
Trace the evolution of ICH GCP guidelines from E6-R1 to E6-R3, highlighting participant protection, data integrity, and the shift to technology-driven, patient-centered trials.
Safeguard health, rights, and well-being of human subjects in medical research under the general principles of the Declaration of Helsinki.
Trace the tuskegee syphilis study (1932-1972) by the U.S. Public Health Service, involving 600 African American men, and its role in shaping the Belmont Report and informed consent.
Explore how ICH GCP r3 replaces 13 r2 principles with 11 broader principles, emphasizing proportionality, participant-centric trials, and technology-driven data governance for modern clinical research.
Identify the core GCP elements: IRB/independent ethical committee, investigator, sponsor, clinical trial protocol, amendments, and investigator brochure. Explain their roles in protecting participant safety and ensuring ethical oversight.
Explore how ICH guidelines divide drug development into four topics—quality, safety, efficacy, and multidisciplinary—and harmonize standards across Japan, Europe, and the US, including Q-series, S-series, M-series, and GCP.
Learn how IRB/IEC safeguard participant rights and safety, review protocols and informed consent, and monitor trials. See how sponsors, investigators, and data governance ensure regulatory compliance and data integrity.
Understand the investigator brochure as the safety information containing non-clinical and clinical data, adverse events, and dose details, updated by sponsors to guide safety monitoring and informed consent under GCP.
Define the investigator's roles under ICH GCP E6 R3, including qualifications, resources, delegation and supervision, protocol adherence, safety reporting, informed consent, investigational product management, randomization and unblinding, and data integrity.
Investigators and sponsors manage data responsibly across the full trial life cycle under ICH E6 R3, ensuring data governance, confidentiality, audit trails, and traceability for accurate, secure, and reliable reporting.
Build a Strong Foundation in Ethical & Compliant Clinical Research
Do you want to understand how clinical trials are conducted ethically, safely, and in compliance with global regulations?
This Good Clinical Practice (ICH-GCP) – Full advanced certificate Course provides a comprehensive and practical understanding of the ICH-GCP guidelines, the international standard for designing, conducting, monitoring, and reporting clinical trials involving human participants.
Whether you are new to clinical research or looking to strengthen your GCP knowledge, this course will help you confidently understand regulatory expectations, participant safety, and data integrity across all phases of clinical trials.
What You Will Learn
Core Principles of ICH-GCP
Understand the fundamental ethical and scientific principles that protect trial participants and ensure reliable, high-quality clinical data accepted worldwide.
Roles & Responsibilities of IRB / IEC
Learn about the composition, functions, review processes, documentation, submissions, and communication requirements of IRB/IEC.
Roles & Responsibilities of the Investigator
Gain clarity on investigator duties including protocol compliance, informed consent, participant safety, safety reporting, investigational product management, randomization, unblinding, and trial close-out.
Roles & Responsibilities of the Sponsor
Understand sponsor oversight, quality management, safety assessment and reporting, investigational product handling, data and record management, non-compliance management, and clinical study reporting.
Investigator’s Brochure (IB)
Learn the purpose, development, structure, and contents of the Investigator’s Brochure, including reference safety information and risk–benefit assessment.
Clinical Trial Protocol & Amendments
Understand the structure and contents of a clinical trial protocol, protocol compliance, and when and how protocol amendments are implemented and approved.
Essential Documents in Clinical Trials
Learn about essential records required before, during, and after a clinical trial and their importance for audits and regulatory inspections.
Clinical research
Gain a strong understanding of the definition, scope, and real-world importance of clinical research in modern healthcare
Explore the history and evolution of clinical trials, including major milestones in research ethics and participant safety
Learn how to apply ethical principles, including informed consent, subject rights, confidentiality, and participant protection
Understand the roles and responsibilities of investigators, sponsors, CROs, ethics committees, and research teams
Master the drug discovery and development lifecycle, from preclinical studies to post-marketing surveillance (Phase IV)
Clearly differentiate Phase I, II, III, and IV clinical trials, including their objectives, design, and practical applications
Learn the fundamentals of randomized controlled trial (RCT) designs, including randomization, blinding, placebo, and control groups
Learn the key components of protocol design and the core methodology of clinical trial planning
Apply ICH-GCP principles and global Good Clinical Practice guidelines in real clinical research scenarios
Understand the role of regulatory authorities, ethics approvals, and the drug approval pathway including NDA submission
Learn how to manage essential documents, source records, and Trial Master File (TMF) documentation
Why Take This Course?
Industry-Recognized Certificate
Earn a certificate demonstrating your knowledge of ICH-GCP and clinical research compliance.
Career Growth & Job Readiness
Enhance your skills for roles in clinical operations, monitoring, regulatory affairs, pharmacovigilance, and research coordination.
Globally Applicable Knowledge
ICH-GCP is recognized worldwide—this course prepares you for international clinical research opportunities.
Beginner-Friendly & Practical
No prior experience required. Concepts are explained clearly with real-world relevance.
Who This Course Is For
Clinical Research Associates (CRAs)
Clinical Trial Coordinators
Investigators & Sub-Investigators
Regulatory Affairs Professionals
Pharmacovigilance & Clinical Operations Professionals
Students and anyone interested in ethical clinical research