InstructorRoyed Training
TypeOnline Course
Student Enrolled2
Price$790 / 55300 INR.
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biologic regulatory affairs course by royed training

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Who should attend

Learning Outcome

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About Biologic RA

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Biologic Regulatory Affairs pg certification course

The Executive Program in Biologic Regulatory Affairs is an advanced, simulation-based online certification that provides deep scientific, regulatory, and strategic understanding of innovator biologics, biosimilars, and advanced biologic modalities. Designed for pharmaceutical, biopharmaceutical, and biotechnology professionals, this program trains learners in global biologic regulation—from R&D and manufacturing to dossier preparation, submission management, and lifecycle maintenance.

This refreshed edition of EPGBioRA now includes dedicated training on Artificial Intelligence (AI) in Regulatory Affairs, covering AI-assisted CMC writing, submission automation, labeling harmonization, and regulatory intelligence—positioning participants for the future of biologic regulatory practice.

Snapshot of Biologic Regulatory Affairs Course

The course is self paced learning. Therefore, the course can be accessed 24×7, allowing the user to stop and start at their leisure. Hence, it is quite convenient to learn on the go.

  • Course Code: RYD-110
  • Course Title: Executive PG Certification in Biologic Regulatory Affairs (EPGBioRA)
  • Nature of the course: Online distance learning course. Therefore the course can be accessed online across anywhere 24×7.
  • Duration: 1 Year
  • Course Certificate: Certificate will be provided at the end of the successful completion of the course.

Entire biopharmaceutical regulatory affairs also covers fully in the following courses

The Biologic Regulatory Affairs Online Certification Course from ROYED Training is designed to deliver a seamless, practical learning experience through advanced interactive e-learning tools. As a result, learners gain hands-on exposure to real-world regulatory scenarios, biotech development pathways, and global submission processes—anytime, anywhere.

A Modular, Practice-Driven Learning Path

This program is structured into modular sections, each covering essential domains of modern biologic regulation. Moreover, every module is enriched with case studies, simulations, quizzes, and scenario-based exercises, enabling you to immediately apply the concepts learned.

Key module themes include:

  • Innovator biologic and biosimilar regulations
  • Global regulatory approval pathways
  • Clinical development and evidence requirements
  • Biosimilar comparability and characterization studies
  • Biologic CMC, process development, and quality strategy
  • Biotech business development and commercialization insights

Together, these modules deliver a strong, industry-aligned understanding of the entire biologic lifecycle—from R&D and manufacturing to registration and market management.

Major Focus Areas of the Biologic Regulatory Affairs Course

The course places significant emphasis on how innovator biologics and biosimilars are researched, developed, manufactured, and regulated across global markets. Therefore, participants gain an end-to-end perspective of:

  • Biotech R&D and preclinical/clinical development
  • Upstream and downstream manufacturing processes
  • Regulatory pathways for biologics and biosimilars
  • Strategic decisions in global registration and post-approval lifecycle management
  • Commercialization, market readiness, and strategic planning

Because the curriculum incorporates real-life simulations and decision-making exercises, learners are trained to think like regulatory professionals in leading biotech organizations.

A Realistic, Career-Ready Training Experience

This online certification goes far beyond theory. It focuses on building regulatory affairs strategic management skills, ensuring that learners acquire the competencies required for effective performance in biotech, biologic manufacturing, and biosimilar companies.

Furthermore, the course includes advanced interactive tools such as:

  • Practical simulations mimicking regulatory job functions
  • Reflection questions to deepen conceptual understanding
  • Real-world dossier preparation examples
  • Expert live chat for continuous support
  • Interactive exercises that reinforce every learning milestone

Consequently, participants complete the program with confidence—equipped to handle regulatory submissions, compliance expectations, and biologic product strategies in fast-evolving global markets.

Key features of the course

  • Full Self-Paced Learning – Accessible 24×7 from any device (desktop, mobile, tablet).
  • Real-Life Job Simulation – Hands-on learning with biotech CMC dossiers, eCTD workflows, manufacturing case studies, and regulatory strategy modules.
  • Global Regulatory Pathways – US FDA, EMA, MHRA, PMDA, TGA, GCC, ASEAN, India, LATAM, Africa, and other emerging markets.
  • Future-Ready Skills – Exposure to AI-enabled regulatory frameworks, predictive compliance tools, and automated documentation systems.
  • Certificate Awarded Upon Successful Completion.

Who should attend the course?

  • Those who want to know about the Biologic Regulation and biopharmaceutical registration. Even freshers, for example biotechnology, micorbiology graduates who want to make a career in biopahrmceutical industry can join this course.
  • One want to enhance knowledge about the recent biologic regulation and registration process of innovator biomolecules and biosimilar.
  • Moreover, business Development, Regulatory Affairs, IPR, strategic management professionals who want to have the detailed understand strategic planning process for registration and regulation of the biopharmaceuticals and biosimilar.
  • This course is ideal for those who want to learn biosimilar regulatory affairs.
  • Biologic regulatory affairs course will be fundamental for Biologic Business Development and Strategic Management professionals.

Learning Outcome

After successful completion, participants will be able to:

  • Understand and interpret global biologic and biosimilar regulations
  • Prepare, review, and manage CMC documentation for biologics
  • Use AI tools to optimize regulatory submissions & documentation workflows
  • Develop global submission strategies for innovator biologics & biosimilars
  • Evaluate comparability, QbD, validation & advanced analytical data
  • Navigate regulatory audits, inspections, and compliance expectations

Career in Regulatory Affairs department in a biologic company

A career in biologic regulatory affairs involves working in a field that focuses on ensuring compliance with regulations and guidelines related to the development, approval, and post-marketing activities of biologic products. Biologic products include vaccines, gene therapies, blood products, and other treatments derived from living organisms.

Role and Key Responsibilities of the Biologic Regulatory Affairs professional

Regulatory Compliance

Regulatory affairs professionals in the biologic industry are responsible for understanding and interpreting regulations and guidelines set forth by regulatory authorities. They ensure that biologic products and their associated documentation meet all necessary requirements.

Product Registration and Approval

Regulatory affairs professionals play a crucial role in the submission and approval process for biologic products. They prepare and submit regulatory applications, including investigational new drug (IND) applications, biologics license applications (BLAs), and marketing authorization applications (MAAs). They work closely with cross-functional teams, including researchers, clinicians, and manufacturing experts, to gather and compile the necessary data and documentation for submissions.

Regulatory Strategy

There is no doubt of the fact that Developing a regulatory strategy is an important aspect of regulatory affairs. Certainly, professionals in this field provide strategic guidance to ensure that product development plans align with regulatory requirements. For instance, they assess the regulatory landscape, anticipate potential challenges first. Further they will develop strategies to address them. Hence, this involves staying up to date with the latest regulatory developments and industry trends.

Labeling and Advertising

Regulatory affairs professionals ensure that product labeling and advertising materials comply with regulatory guidelines. For instance, they are responsible for review and approve labeling content, including package inserts, patient information leaflets, and promotional materials. Therefore this will ensure accuracy and compliance of the biologics.

Post-Marketing Compliance

Once a biologic product is approved and on the market, regulatory affairs professionals monitor post-marketing activities to ensure ongoing compliance with regulatory requirements. In fact they manage post-approval submissions, track adverse events. In addition, they ensure timely reporting to regulatory authorities. They also stay updated on changes to regulations and guidelines that may impact post-marketing activities.

Liaison with Regulatory Authorities

Above all, regulatory affairs professionals serve as a point of contact between the biologic company and regulatory authorities. They may participate in meetings with regulatory agencies, address queries or requests for additional information, and represent the company’s interests during regulatory inspections or audits.

Qualification and skill required for Biologic Regulatory Affairs Professionals

  • To pursue a career in biologic regulatory affairs, a background in life sciences, pharmacy, or a related field is typically required.
  • Many regulatory affairs professionals also hold advanced degrees, such as a Master’s or even higher.
  • Above all, strong attention to detail, knowledge of regulatory guidelines, excellent communication skills, and the ability to work in cross-functional teams are important qualities for success in this field.
  • In fact, PG Certification Biologic regulatory affairs (PGBRA) course will enhance your acceptance of your candidature as the course provides hands on training on Biologic and Biosimilar regulation, registration and strategic planning process.

Periodic update is the key for Biologic Regulatory professionals

  • Above all, biologic regulations and requirements can vary between countries and regions. Therefore, familiarity with the specific regulatory environment of the target market is essential. Additionally, staying up to date with evolving regulations and guidelines is crucial to effectively navigate the dynamic regulatory landscape in the biologic industry. In this regard, PG Certification Biologic regulatory affairs (PGBRA) plays a forehand role to keep user informed about the changing guideline of biologic industry.

Biopharma Basics

  • Introduction to Global biopharmaceutical Industry.
  • Biotech Drug Development Process. Overview of the development of a biotech product – clarify the difference between synthetic drugs, biologics and biotech products.
  • Biotech Drugs Classification. Important classes.
  • Detailed understanding on different types biologics. For example, Monoclonal Antibody, Interferon, Erythropoiesis Stimulating Agents and other important biologic.
  • Advanced Therapy Medicinal Products (ATMPs).
  • Key Understanding on biotech regulation. Topics include understanding the differences in regulatory philosophy between small molecules and biotech product regulation.
  • Preclinical and Clinical Research Design.

Regulatory Pathway

  • Innovator biopharmaceutical regulation, registration process.
  • Biosimilar Development and regulation. Topics include Introduction to Biosimilar.
  • Meaning of Biosimilar vs. Follow on biologics.
  • Subsequently Difference between biosimilar and generic drugs.
  • Biosimilar Approval Pathways
  • Key important issues in Biotech and biosimilar product manufacturing. Insight on biosimilar approval pathway.

Biologic CMC writing and management 

  • Biologics Product Characteristics and Regulatory Implications
  • Quality By Design
  • QbD and TPP
  • Comparability of biologic products
  • CMC strategic planning for various types of the biologics
  • Documentation requirements

Biologic Manufacturing 

  • GMP requirements for Biologic Products.
  • Biologic and Biosimilar manufacturing process.
  • Plant audits, warning letters, CRL.

Advance Strategic Management 

  • Topics include regulatory submission, approval, production, and the postmarket environment for both drugs and devices. Challenges surrounding the approval and naming of follow-on biologics are addressed. Above all, course discussion covers the stages of a drug pipeline and risk assessment at each marketing authorization stages.
  • Analytical techniques for the Biotech Drugs. Understand the need for using a range of analytical methods in the characterization of biotech product.
  • Global Biotechnology Business. Discussion also covers domestic and International business considerations and international regulatory requirements. Moreover, course provide the access to case studies related to biologic strategic management.

Country specific guidelines

  • Biologic regulations in US, EU, LATAM, Middle East / GCC, LATAM, Japan, ASEAN, India and ROW market.

AI in Regulatory Affairs for Biologics (Newly Added Module)

  • Role of AI and ML in modern regulatory functions
  • AI-assisted CMC authoring
  • AI-driven dossier structuring, gap analysis & risk prediction
  • Automation for Module 3 (Quality) documentation
  • AI-supported labeling review & harmonization
  • Using AI tools for:
    • Regulatory intelligence
    • Change control prediction
    • Stability data interpretation
    • Manufacturing deviation pattern detection
  • Case studies on AI-enabled submission management
Section 1Fundamental Understanding on Biopahrmaceuticals and Biopahrmaceutical Market
Lecture 1Introduction to Biopharmaceuticals and Biopharmaceutical Market
Lecture 2Classification of Biopharmaceutical 
Lecture 3Chemical Drugs Vs. Biologic Drugs
Lecture 4Principle of Naming of Biologics
Lecture 5Biopharmaceutical Market Segmentation - Global Biologics Market – By Product
Section 2Biopahrmaceutical Classification and study on each class
Lecture 6Recombinant protein
Lecture 7Monoclonal Antibodies Vs. Polyclonal Antibodies
Lecture 8Monoclonal Antibodies : Detailed Understanding
Lecture 9Synthetic Immunomodulator
Lecture 10Production of Monoclonal Antibodies
Lecture 11Cytokines
Lecture 12Interferon
Lecture 13Erythropoiesis-stimulating agent
Lecture 14ATMPs | Types and Classification | Regulatory Mechanism 
Lecture 15mAB - At a glance
Lecture 16ATMPs - at a glance
Lecture 17CAR-T Therapy | Different Types of CAR-T Therapy | Mechanism of action | Challenges | Brainstorming on Concept of Personalized Medicine | Understanding on marketed formulation
Lecture 18Live Biotherapeutic Products | LBPs | Class | Mechanism | Indication Positioning | Regulatory Requirements for LBPs 
Section 3Biopahramaceutical Regulatory Pathways
Lecture 19R&D Process & Introduction to discovery, development to commercialization process
Lecture 20Investigational New Drug Application (INDA)
Lecture 21New Drug Application (NDA) 
Lecture 22 Biological Licensing Application (BLA) 
Lecture 23Basic concept and understanding of the Generic Drug
Lecture 24Abbreviated New Drug Application (ANDA) 
Lecture 25Abbreviated Biosimilar Application - 351(k): Advance Strategic Planning Process : Originator Vs. Biosimilar Development and Regulatory Approval Process | Reference Biologic | Purple Book | Data Requirements
Lecture 26505(j) ANDA, 505(b)(2) NDA, 505(b)(1) NDA
Lecture 27Purple Book: Significance | Searching | Assignments
Lecture 28Nomenclature of biosimilars
Lecture 29Vaccine development and approval Process
Lecture 30REMS Strategic Planning 
Lecture 31PDUFA For Biologics
Lecture 32Clinical Trials Terminologies 
Lecture 33Advance Learning on 505B2 Pathway
Lecture 34FDA Forms and How to fill the resources
Lecture 35Chemistry, Manufacturing & Controls 
Lecture 36Strategic Discussion: PreIND, EOP1, EOP2 - What to expect !
Lecture 37Patent & Exclusivity - Strategic Understanding | Patent Restoration| Orphan Drug Exclusivity (ODE) 
Lecture 38USFDA expedited programs for Pharmaceuticals and Biopharmaceuticals
Section 4Bio-manufacturing | Biosimilar Development | CMC requirements
Lecture 39Biosimilar Development Process
Lecture 40Strategic Consideration for Biosimilar Development 
Lecture 41Regulatory Requirements for Biosimilar | Stepwise evidence based development | Analytical Similarity | Clinical Study | PKPD study requirements | CMC expectation of Biosimilar
Lecture 42Bio-Manufacturing Process Information
Lecture 43Concept of Interchangeability in Biosimilar Development
Lecture 44Studies required for approval of biosimilar
Lecture 45Demonstrating Biosimilarity: A More Complex Task 
Lecture 46Fermentor | Bioreactor
Lecture 47Comparability of Biologics | Different Categories of Comparability | General Principles 
Lecture 48CQA (Critical Quality Attribute) and CPP (Critical Process Parameter)
Section 5Strategic Pathway for Biologic and Biosimilars
Lecture 49Regulatory Strategies in different phases of Clinical Trial
Lecture 50Advance study on Para IV Filing
Lecture 51Para IV Notices
Lecture 52Evergreening - Patent Life Extension Strategies
Lecture 53REMS Strategic Planning 
Lecture 54Compulsory Licensing
Lecture 55Licensing & Technology Transfer
Lecture 56In-Licensing Vs. Outlicensing
Lecture 57LOE Strategies for Innovator Brands with case study
Lecture 58Paediatric Exclusivity and Paediatric Study Plan Development
Lecture 59Drug Repurposing
Lecture 60Practical Queries on different USFDA application and Filing 
Lecture 61New Indication Approval Process and Promotion 
Lecture 62Biosimilar Approval and Patent Management | Strategic Pathway of Patent Negotiation and Litigation in Biosimilar Approval | Patent Dance | FAQs on Biologic Patent Management 
Lecture 63Biosimilar launch case study | Patent Dance Framework
Lecture 64Biosimilar Launch Framework 
Lecture 65Biosimilar 180 Day Notice 
Lecture 663(A) List | Significance | Importance | How to interpret
Lecture 67Steps to win over innovator patents | Step wise planning 
Lecture 68Biosimilar Launch Project Roadmap with defined stages of project
Lecture 69Timing of Biosimilar Submission and Approvals | Two Scenario based timeline assessments 
Lecture 70Hands on Training on Reference Biologic Patent | Classify RPS Biologic Patents | Case Simulation 
Lecture 71How to work on RPS’s Patent | Walkthrough | Case Study
Lecture 72Biosimilar Launch Project With Milestones
Lecture 73Analysis of Biologic Patents | Work Assignments
Lecture 74Biologic Patent Insight Worksheet
Lecture 75Patent Thickets | Concept | Implication | Case Based Learning 
Section 6 Submission Dossier : CTD | ACTD | DMF - SMF-ANDA | 505(b)(2) | NCE | Petittion| Prior Approval Submission
Lecture 76Introduction to Common Technical Document (CTD)
Lecture 77CMC Dossier & Compliance Management
Lecture 78Fundamental of CMC | Detailed understanding of CMC section writing | Important Points regarding CMC | Drug Product and Drug Substance | Excipient, FP, Analysis and Stability Study Requirements
Lecture 79CMC Dossier & Compliance Management
Lecture 80Introduction to Electronic Common Technical Document (ECTD)
Lecture 81Advance Practical Training on Dossier Preparation focusing on drug registration in export countries 
Lecture 82Importance of effective dossier management
Lecture 83Discussion on 85 common deficiencies in CTD submission dossier
Lecture 84Certificate of Analysis
Lecture 85Detailed Understanding on ANDA Submission Dossier 
Lecture 86Prior Approval Submission 
Lecture 87Regulatory Requirements for Biosimilar | Stepwise evidence based development | Analytical Similarity | Clinical Study | PKPD study requirements | CMC expectation of Biosimilar
Lecture 88CMC Writing Case Study | Successful Documentation 
Lecture 89Structure for CMC Writing | Understanding 3.2.S and 3.2.P section | Documents requirements | Case Study  
Lecture 90Well written Vs. Poorly Written CMC Section | Practical Example  
Lecture 91Drug Substance Section in CMC | Documentations | Practical Examples | Do’s and Don’ts   
Lecture 92Example of Well-Written Drug Substance Characterization | Impurities and Degradation Products | Well-Written Impurities and Degradation Products | Synthesis and Manufacturing Processes | Control of Drug Substance (Specifications, Testing, and Acceptance Criteria)
Lecture 93Stability Studies and Data Presentation in CMC Writing | Case Based Analysis of Stability Study Data Presentation | Interpretation of stability data
Lecture 94Developing Specifications for a New API
Lecture 95Example of Manufacturing Process and Controls
Lecture 96Interpretation of Stability Table
Lecture 97Critical Stability Scenarios | 8 Different Case Studies | Stability Study - Outcome based action plan creation
Lecture 98Common Pitfalls in CMC Writing and How to Avoid Them | Case Study
Lecture 99Grouped Submission | Significance | Importance in Market Access and Regulatory point of view | Case Study
Lecture 100Process Validation Report (PVR) | Sample Process Validation Report Analysis | CPPs and CQAs identification
Lecture 101Case Study - Omissions of CPPs in PVR | Case insight, explanation, action plan | Correlations - CPPs - CQAs - IPCs 
Section 7Stability Study
Lecture 102Modules on Stability Study : Stability Study - Fundamental Understanding | Interchangebility | Reports | API & FPP Stability Study
Lecture 103Climatic Zone and Stability Study Conditions as per ICH Guidelines 
Lecture 104Stability Zone Finder
Lecture 105Stability Studies Case Discussions
Lecture 106Case Study: Managing Stability Study for Zone IV countries
Lecture 107Accelerated and intermediate testing conditions
Lecture 108Long Term Stability Testing Requirements
Lecture 109Testing Frequency
Lecture 110Bracketing
Lecture 111Matrixing
Lecture 112Critical Stability Issues - Database | Implication | Action Plan
Section 8Drug Master File and Site Master File
Lecture 113Key Consideration for Drug Master File Preparation and Submission 
Lecture 114Practical Understanding on Drug Master File Preparation and Submission
Lecture 115Associated Learning: Site Master File - Detailed Understanding 
Lecture 116DMF Completeness Assessment
Lecture 117Drug Master File - Fees
Lecture 118Drug Master File - Global Perspective [Across Different Regions]
Section 9Bioequivalence Study
Lecture 119PKPD in Drug Discovery | PK-PD trial | Understanding PKPD from regulatory perspective in drug approval process
Lecture 120Bioequivalence Study | Study design | Different types of BE Studies
Lecture 121Bioequivalence Study | Study design | Parallel Study | Crossover study design | Other alternative study designs | Blood Sampling Planning  | Analyte | Bioanalytical Methods Validation  | Statistical Model  | Ln Transformation  | Dose normalisation | Confidence interval acceptance criteria
Lecture 122Biopharmaceutical Classification System (BCS) | Types | Biowaivers | BCS tool for drug development and regulatory submission 
Lecture 123Bioequivalence Study - Discussion - Timeline of stability study and bioequivalence study 
Lecture 124Bioequivalence Study - Discussion - Dissolution Testing
Lecture 125Bioequivalence Study - Generic Approval and Additives Labeling Requirements 
Lecture 126BA BE Study Design  | Comparing different types of the study design 
Lecture 1272wco Study Design  | Design Table | Importance  
Lecture 1283wco Study Design  | Design Table | Importance  
Lecture 129FRCO Study Design  | Design Table | Importance  
Lecture 130Parallel Vs. Crossover Study Design
Section 10Variation Management
Lecture 131Introduction to Variation Management | Reasons for Variation | Working in Variation Department 
Lecture 132Variation Classification | Basis of Classification | US and EU Variation Classification | Other region variation guideline.
Section 11Quality issues, Warning Letter, CAPA and Data Integrity
Lecture 133Data Integrity
Lecture 134Establishment Inspection Report | 483 Observations | USFDA Warning Letter | Handling of FDA inspection | Closing of Warning Letter 
Lecture 135Electronic Batch Record for effective compliance management | Key Understanding | Functionalities | Importance in managing data integrity
Lecture 136RTQs | Response to Queries | How to handle Regulatory Queries  
Section 12EU Region - Biologic Regulation, Registration and Strategic Planning
Lecture 137Introduction to EU Regulation 
Lecture 138Orientation to European Countries and National Regulatory Bodies
Lecture 139EU Drug Discovery Development to Commercialization (Step By Step)
Lecture 140Overview of EU Regulation 
Lecture 141EMA and EMA Authorisation Process
Lecture 142EU MA Application Types and Strategic Planning
Lecture 143EU MA Procedure - Centralised, Decentralised, Mutual Recognition, National Procedure 
Lecture 144EU MA Strategic Planning: Full, Full-mixed, hybrid applications. Generic, Similar biologic application pathway, Well-established use application, Fixed combination application, Informed consent application
Lecture 145Validity of the EU MA  - Renewal steps, Cessation of the marketing authorisation, Significance of "Placed in Union Market", Suspension or withdrawal & EU MA for licensed products
Lecture 146Data Exclusivity and Market Protection - Supplementary Patent Protection, Exclusivity, 6/10 Rule, 8+2+1 Formulae
Lecture 147EU Orphan Medicinal Products Regulation
Lecture 148Conditional marketing authorisation | Marketing authorisation under exceptional circumstances
Lecture 149Summary of Product Characteristics 
Lecture 150Compassionate Use
Lecture 151IMPD | Significance | Format of IMPD | Differences with CTA, IB, IND
Lecture 152Investigator’s Brochure | Significance | Format of IB | Preparing different sections of IB
Lecture 153Paediatric use marketing authorisation (PUMA) & Paediatric Investigation Plan (PIP)
Lecture 154EU variation -Types, Requirement & Planning - IA, IAIN, IB, II ; US FDA Variation AR, CBE-0, CBE-30, PAS - Strategic Discussion | Similarities & Differentiation
Lecture 155EU Prime Designation 
Lecture 156Accelerated assessment by EMEA
Lecture 157EU Adaptive Pathway
Lecture 158European public assessment report (EPAR) - Importance, Component, Management, Updation 
Lecture 159SPOR  - Concept of Master Data Management  
Lecture 160MHRA - UK Regulation 
Lecture 161The 'sunset clause' for marketing authorisation of pharmaceuticals
Lecture 162Certificate of Suitability (CEP) | Significance | Importance | Understanding Regulatory Compliance and Submission Process | Walkthrough
Lecture 163CEP Dossier DMF - Differences
Lecture 164Policy 0070 |  RPDP Submission and Management timeline | Anonymisation Report (AnR) - Significance | AnR in FRDP 
Section 13ASEAN Region - Biologic Regulation, Registration and Strategic Planning
Lecture 165Introduction to ASEAN - Drug Regulatory Affairs 
Lecture 166ASEAN Countries | Introduction | Geographical Overview 
Lecture 167ASEAN countries drug regulatory bodies
Lecture 168ASEAN Common Technical Requirements (ACTRs)
Lecture 169The Pharmaceutical Inspection Co-operation Scheme
Lecture 170CPP Requirements for Drug Registration in ASEAN countries
Lecture 171Dossier Requirements - ACTD/CTD Acceptability
Lecture 172Pharmacopoeias Acceptability
Lecture 173Harmonization of Technical Guidelines 
Lecture 174Stability Study requirements for drug registration in ASEAN countries
Lecture 175Product Labelling
Lecture 176Post Approval Changes (Variations) requirements in ASEAN countries
Lecture 177Pharmacovigilance and Risk Management Plan (RMP)
Lecture 178Timeline of Registration Approval
Lecture 179ASEAN Drug Regulations : Comparison Study | Guidelines | Pharmaceutical products Regulatory Submissions | Pharmacopoeia Requirements | stability requirements | Pharmacovigilance | Product labeling | Drug variation information (Prime Session)
Lecture 180Drug Registration and Regulation Singapore | Strategic Pathways for Marketing Authorization | Screening, Evaluation of MA applications | Variations Classifications and Management
Lecture 181Registration and Regulation in Brunei
Lecture 182Registration and Regulation in Cambodia
Section 14African Region - Biologic Regulation, Registration and Strategic Planning
Lecture 183African Continent Overview - Brief introduction to course
Lecture 184African Pharma Market
Lecture 185Drug Registration - African medicines regulatory agencies
Lecture 186Basic Export Requirement for African Countries
Lecture 187Export Documentations & Important Concepts
Lecture 188Nigeria  - Drug Registration
Lecture 189Drug Registration in Algeria
Lecture 190Drug Registration in Ethiopia
Lecture 191Drug Registration in Kenya
Lecture 192Drug Registration in Egypt
Lecture 193Drug Registration in Ghana
Lecture 194Drug Registration in Botswana
Lecture 195Drug Registration and Regulation in Uganda
Lecture 196Drug Registration in Zambia
Section 15LATAM Region - Biologic Regulation, Registration and Strategic Planning
Lecture 197Introduction to Latam 
Lecture 198Drug Registration and Regulation in Argentina 
Lecture 199Drug Registration and Regulation in Bolivia
Lecture 200Drug Registration and Regulation in Brazil 
Lecture 201Drug Registration and Regulation in CHILE
Lecture 202Drug Registration and Regulation in Colombia
Lecture 203Drug Registration and Regulation in Mexico
Lecture 204Drug regulation and registration in El Salvador
Lecture 205Central America Drug Regulatory Affairs | Panama, Costa Rica, Guatemala, El Salvador, Honduras, Dominican Republic | RTCA guideline [2022]
Section 16GCC / Middle East Region - Biologic Regulation, Registration and Strategic Planning
Lecture 206Middle East / MENA / GCC Countries Geographical Orientation 
Lecture 207Middle East / MENA / GCC Countries National Regulatory Agencies
Lecture 208GCC Registration Procedure - Centralized and Decentralized Procedure | Detailed understanding on Centralized Registration Process
Lecture 209Drug Registration in Saudi Arabia
Lecture 210Drug Registration in UAE
Lecture 211Drug Registration and Regulatory Strategic Planning for Iran
Lecture 212Drug Registration and Regulatory Strategic Planning for Israel
Lecture 213Drug Registration and Regulatory Strategic Planning for Jordan
Lecture 214Drug Registration and Regulatory Strategic Planning for Iraq
Section 17China - Biologic Regulation, Registration and Strategic Planning
Lecture 215Registration and Regulation in China
Lecture 216New Update: NMPA's the Drug Registration Regulation (DRR) and the Drug Manufacturing Regulation (DMR)
Section 18Russia / EAEU Region - Biologic Regulation, Registration and Strategic Planning
Lecture 217Registration and Submission Strategic Planning for Russia and EAEU region
Lecture 218GMP requirements in Russia 
Section 19Japan - Biologic Regulation, Registration and Strategic Planning
Lecture 219Introduction to Japan Drug Regulatory Affairs 
Lecture 220Drug Discovery Development to commercialization | PMDA functions | Consultation | Premarket to post market approval 
Lecture 221Drug Approval System | GCP | PMDA requirements 
Lecture 222New Drug Application | Requirements | Review Process
Lecture 223Generic Drug Application Review and Approval 
Lecture 224Marketing Authorization Process for registration of pharmaceutical in Japan
Lecture 225API Registration in Japan | Step By Step Process
Lecture 226Generic Registration | Patent - Patent Term Extension | Exclusivity | Re-examination System | Pediatric Designation |  Patent Term Extension Case Studies
Lecture 227Priority Review Application | Criteria | Review Process | Timeline
Lecture 228Orphan Drug Designation in Japan
Lecture 229Japan DMF System | MF filing Process | Key points 
Lecture 230Strategic Approval Pathway - Formulation Approval Quoting MF
Lecture 231SAKIGAKE designation 
Section 20Introduction to AI in Regulatory Affairs
Lecture 232Introduction to AI
Lecture 233Basics of AI ML DL | Key Differences | Application in industry
Lecture 234Types of AI
Lecture 235AI Project | Overview
Lecture 236Comprehensive Training on AI Project | Managing Stages | AI Iteration 
Lecture 237How machine learning
Lecture 238Understanding Regulatory Affairs – Traditional vs. Digital | 2 Case Study
Lecture 239Basics of AI for Regulatory Professionals | Understanding different models used in RA | Case Study | Simulation
Lecture 240AI Terms with Regulatory Significance | Regulatory Applications
Lecture 241NLP in Regulatory Affairs | Conceptual understanding | Usage | NLP in Labeling
Lecture 242Data Grouping with Unsupervised Learning | Case Simulation | Hands on Exercise
Lecture 243Quality Data and Bias | Bias in datasets | Different Types of Bias in Pharma Datasets 
Lecture 244AI Data Quality Standard | Checklist
Lecture 245Download AI Data Quality Checklist
Lecture 246Case Study: Accelerated Approval Using Real-World Evidence AI
Lecture 247AI Model for Dossier Submission and Filing - Model Selection | Simulation
Lecture 248AI Technologies in RA
Lecture 249Structured Vs. Unstructured Data | Practical Understanding | Explore Patient Datasets
Lecture 250Sample Data Exercise | Data error | Data Refinement and Cleaning of the data 
Section 21AI in Regulatory Authoring and CMC Writing
Lecture 251AI-Powered Regulatory Document Authoring and CMC Writing
Lecture 252AI Tools Comparison - Authoring and CMC Writing (Module 2 & 3)
Lecture 253Tips for Selecting AI Tools (CMC Authoring)
Lecture 254CMC - AI Workflow Checklist | Simulation Based Cases
Lecture 255HITL Regulatory Document Authoring
Lecture 256Confidence Score in Regulatory Authoring | Case Simulation in CMC Authoring
Lecture 257Confidence Scores in Data Extract in Regulatory Writing [Case Simulation]
Section 22eCTD v4.0 Training
Lecture 258eCTDV4.0 Fundamental Understanding | Structures | Key Features
Lecture 259eCTDV4.0 Structure | Lifecycle Management 
Lecture 260eCTD Validation | Managing Validation | Tool Types | Types of Error | Validation Error Management
Lecture 261eCTD Validation Tools
Lecture 262eCTD Publishing Cycle
Lecture 263HL7 - Structure and Understanding in the context of eCTD V4.0
Lecture 264Tips and Submission Readiness Checklist
Lecture 265eCTD Submission Checklist Format
Section 23Risk and Compliance Management
Lecture 266AI and Data Integrity | Regulatory Documentation | Case Based Learning | Understanding Data Integrity Principles | Application and Use Cases
Lecture 267Cases of data breaches with explanation
Lecture 268Case Based Discussion : Data Breach in AI-Assisted CMC Drafting 
Section 24Labelling and CCDS Management
Lecture 269CCDS Management 
Lecture 270CCDS Management Tools - Native, AI Plus | Key Functionalities
Lecture 271AI Augmented Labelling Compliance System
Lecture 272Label Drift in CCDS Management | Simulation Case Study | AI Based Workflow in Label Drift detection and management
Lecture 273AI Review of Labels, PI and SMPC with help of the Case Based Simulation | 4 Case Simulations 
Lecture 274CCDS Management Case Study | Pregnancy Warning Upgrade Case Study
Lecture 275CCDS Management Case Study | Dosage Section Conflict | Case Based Analysis
Lecture 276Centralized Artwork Operation | Mechanism | Operation Step Planning 
Lecture 277Case Study on Centralized Artwork Operation  [Recall Management]
Lecture 278Artwork Management Terms | Key Understanding on Terminologies | Usage in Artwork Cases
Section 25Evidence Based Decision Making | Combine evidences for decision making | Do we need more evidence? 
Lecture 279Evidence Based Decision Making | Combine evidences for decision making | Do we need more evidence? 
Lecture 280RWD and RWE | Potential sources of RWE | Traditional RCTs vs. RWE | Case Study - RWE Programs | Influencing HCP decision-making
Lecture 281RWD and RWE in Product Lifecycle Management
Lecture 282RWD and RWE - Fit to use | Assessment 
Lecture 283RWD data sources | Different types | Detailed understanding of each class 
Lecture 284RWD Study Design
Lecture 285RWE Published Tool | Insights on commonly used tools
Lecture 286Healthcare Reimbursement Models : Value Based Care | Fee for Service (FFS) Model | Other Reimbursement Models
Lecture 287Consensus Narrative Review 
Lecture 288Electronic Patient Data | EMR | EHR | Differences | Software architecture and characteristics
Lecture 289Active Surveillance Schemes | Active Case Finding |Sentinel Surveillance | Cohort Studies | Vaccine Safety Surveillance | Pharmacovigilance Programs | Disease Registries |Event Monitoring
Lecture 290RWD Characteristics
Lecture 291RCT vs. RWE Comparison | Case Based Analysis
Lecture 292RCT and RWE Comparison
Section 26Working on Healthcare Datasets
Lecture 293Introduction to Healthcare Datasets
Lecture 294Dataset 1: Claims Data (Insurance)
Lecture 295Dataset 2: Retail Pharmacy Prescription Data
Lecture 296Dataset 3: Longitudinal Patient Data
Lecture 297Characteristics of Different Set of Healthcare Data
Lecture 298Reimbursement and Pricing Datasets
Lecture 299RWE Data Sources & Quality Considerations Checklist | Case Based Analysis
Lecture 300Triangulation and benchmarking | Enhancing Data Validation Through Cross-Referencing
Lecture 301RWD & RWE Case Database
Lecture 302RWE Large Dataset for Data Crunching Exercises |Data cleaning & preprocessing | Comparative Effectiveness Analysis 
Section 27AI Tools, Ethics and Future Landscape
Lecture 303AI Reg Tools - Review | Understanding Capabilities
Lecture 304Regulatory Authority View on AI Adoption
Lecture 305Data Sensitivity | Levels | Consequences | Management
Lecture 306Governance Flowchart – AI Tools in GxP Environments
Section 28AI Tools
Lecture 307RA Example - Generalist Vs. Specialist AI Tools
Lecture 308AI Generalist Overview (Life Science Focus)
Lecture 309Horizontal vs Vertical AI Tools
Lecture 310AI Tool Assessment Test 
Lecture 311Citation Verification Workflow | AI Tools Management | Hallucination and HITL Action Plan 
Section 29Prompt Engineering
Lecture 312Prompt Engineering – Basic Foundations of Prompt Writing | Different Prompt Framework | Case Based Examples
Lecture 313Special Prompting Structure - Case Based Prompt Designing 
Lecture 314Special Prompting Structure - Case Based Prompt Designing 
Lecture 315Workflow for writing AI Prompts with Life Science Industry Use Cases
Lecture 316PE Parameters | Controlling Creativity, Accuracy, and Output Behavior for Life-Science Applications | Simulation based decision making
Lecture 317How to adjust the parameters | Techniques 
Lecture 318Creating A Detailed Regulatory Prompt | Designing Structured Prompt in Code Editor