
Unlock the world of real-world clinical trials with this hands-on course designed to teach you practical trial management, ethics, recruitment, and data problem-solving skills. Gain the knowledge and confidence to navigate multi-site studies like a pro.
About Me:
I’m Dr. Susmit Bhowmik, PhD in Biomedical Engineering, with extensive experience in clinical trial design, coordination, and management across diverse patient populations. I’ve led over a dozen multi-site trials and trained teams on ethics, compliance, and workflow optimisation.
What Students Will Learn:
Plan, manage, and execute clinical trials with real-world workflows.
Apply ethics and regulatory standards in practice.
Recruit, retain, and engage participants effectively.
Coordinate teams and stakeholders with hands-on communication skills.
Solve real-world trial challenges using practical, problem-solving approaches.
Learn clinical trial foundations, GCP, ethics, patient safety, and team roles with real-world examples for hands-on research success.
Lecture Outline & Highlights:
Introduction to Clinical Trials: Explore purpose, types, and study phases that shape modern medical research.
Good Clinical Practice (GCP) Essentials: Understand international standards ensuring quality, integrity, and participant protection.
Ethics and Patient Safety: Learn key ethical principles, consent processes, and safety monitoring.
Roles in Clinical Trials: Identify responsibilities of CRAs, CRCs, investigators, and sponsors in day-to-day operations.
Real-World Importance of Clinical Trials: See how trials impact healthcare innovation and evidence-based medicine.
Summary & Key Takeaways: Review core lessons and practical applications for your clinical research journey.
High-quality study design is the foundation of successful clinical trials. It ensures scientific rigor, participant safety, operational feasibility, and reliable data outcomes.
Key Highlights:
Design impacts trial success: Recruitment, retention, and data quality depend on a strong study framework.
Match site capacity to protocol complexity: Prevent delays, deviations, and operational challenges.
Conduct feasibility checks: Identify risks and ensure trial sites can meet requirements.
Ethical design principles: Minimise risk, protect vulnerable participants, and implement clear monitoring.
Simplify procedures: Align trials with real-world settings to improve participant compliance and overall success.
Ethics and regulatory compliance are critical for conducting safe, credible, and high-quality clinical trials. This module equips you with practical tools, templates, and checklists to navigate real-world trial operations confidently.
Key Highlights:
Ethics & Compliance Checklists: Audit-ready, standardised guides for start-up, recruitment, monitoring, and close-out across multi-site trials.
Practical Operational Workflows: Templates for informed consent, adverse events, and protocol deviations to streamline daily tasks.
Real-World Trial Tools: AE/SAE logs, amendment trackers, and quick-reference cards for efficient trial management.
Regulatory Bodies Made Simple: Learn HREC, TGA, FDA, and EMA roles to reduce delays and ensure multi-national compliance.
Applying Ethical Principles: Minimise risk, protect vulnerable participants, and simplify protocols for better retention.
Informed Consent as a Process: Enhance participant understanding, safeguard vulnerable groups, and re-consent when procedures change.
AE Reporting & Deviations: Report promptly, document transparently, and implement corrective actions for safety and audit readiness.
Key Takeaway: Ethics and compliance protect participants, strengthen credibility, and ensure high-quality research outcomes.
Effective recruitment and retention are crucial for successful clinical trials. This module teaches practical, real-world strategies to attract, screen, and engage participants while optimising multi-site operations.
Key Highlights:
High-Performance Recruitment Strategies: Use target analysis, outreach channels, messaging, and metrics to boost enrolment.
Screening & Eligibility Mastery: Minimise screen failures with checklists, protocol training, and participant-friendly guidance.
Participant Retention & Engagement: Maintain motivation through clear communication, flexibility, support, and recognition.
Multi-Site Coordination: Align teams using standardised workflows, KPIs, centralised communication, and dedicated liaisons.
Community Partnerships & Physician Engagement: Expand networks via local organisations, trusted physicians, and culturally sensitive outreach.
Advanced Troubleshooting: Address low recruitment, high screen failures, withdrawals, and site-specific barriers with tailored solutions.
Efficient coordination is key to managing multiple clinical trials successfully. This module teaches practical workflows, prioritisation, and tools to optimise daily operations while preventing burnout.
Key Highlights:
Consolidated Dashboard: Manage all trials in one centralised platform.
Prioritisation Techniques: Apply Urgent vs Important and risk-based methods for task management.
Repeatable Workflows: Use time-blocking, batching, and daily stand-ups to streamline operations.
Cognitive Protection: Implement burnout-prevention systems and ensure task coverage.
Templates & Checklists: Reduce errors and save time with ready-to-use tools.
Daily Action Plan: Track top tasks, reprioritise, and efficiently close each day.
Weekly Coordination: Plan site visits, review bottlenecks, and rebalance workloads effectively.
Effective communication and timely escalation are critical for smooth clinical trial operations. This module teaches practical strategies, tools, and real-world examples to manage multi-site challenges confidently.
Key Highlights:
Structured Communication: Streamline interactions with sponsors, PIs, and sites for clarity and efficiency.
Timely Escalation: Prioritise critical issues to prevent bottlenecks and delays.
Documentation for Compliance: Record all actions for accountability and audit readiness.
Learn from Real Examples: Handle complex multi-site scenarios with proven strategies.
Resolution Tracking: Ensure all issues are fully addressed and documented.
Checklists & Templates: Standardise responses to reduce errors and save time.
Post-Escalation Review: Debrief to improve future communication and escalation processes.
Prepared for roles like CRA, CRC, PI support, or regulatory associate. Build interview skills, hands-on trial experience, and basic research, communication, and data skills.
Gain hands-on, real-world skills to plan, manage, and execute multi-site clinical trials effectively. This course provides practical strategies across all critical aspects of clinical research, including trial coordination, ethics, recruitment, retention, and stakeholder communication. Whether you’re an aspiring Clinical Research Associate (CRA), Clinical Research Coordinator (CRC), or regulatory professional, this course equips you with the knowledge and tools to succeed in real-world clinical trial operations.
What You’ll Learn:
Clinical Trial Foundations: Understand study phases, design types, daily workflows, and the roles of CRAs, CRCs, and investigators.
Ethics & Regulatory Compliance: Apply Good Clinical Practice (GCP), informed consent procedures, and patient safety standards in practice.
Recruitment & Retention Mastery: Build high-performance participant recruitment strategies, reduce screening failures, and maintain engagement throughout the study.
Coordination & Workflow Skills: Efficiently manage multiple trials with dashboards, templates, prioritisation methods, and workflow optimisation.
Stakeholder Communication & Escalation: Collaborate seamlessly with PIs, CRAs, labs, sponsors, and sites while managing critical issues effectively.
Career Preparation: Explore key job roles, sharpen interview skills, and develop essential research and communication competencies for a successful career in clinical trials.
By the end of this course, you’ll have practical, actionable skills to manage complex trials, ensure compliance, and confidently advance your career in clinical research.