FDA Regulatory Compliance Training - Live Webinars, Recordings & CDs

Companies engaged in the conduct of human clinical trials must adhere to specific government regulatory requirements. Certain documents, content and images related to a clinical trial must be stored and maintained, and depending on the regulatory jurisdiction, this body of information may be stored in a trial master file (TMF). All of the data and documents supporting the planning, conduct and evaluation of a clinical trial must be of the highest integrity, which must be maintained through their entire life cycle. Computer System Validation will be discussed as a key methodology for meeting all of these requirements and assuring data/document integrity.

The Webinar will focus on the importance of ensuring that electronic record/electronic signature (ER/ES) capability built into FDA-regulated computer systems meets compliance with 21 CFR Part 11. This includes development of a company philosophy and approach, and incorporating it into the overall computer system validation program and plans for individual systems that have this capability.

This 21 CFR Part 11 compliance training will guide you through the requirements of Part 11 and will also explain its 3 primary areas: SOPs, product features and validation (10 step risk based approach).

This webinar discusses methods for estimating process capability for both normal and non-normal data. Methods include estimating the proportion of defective products that may be produced as well as the calculation and use of common process capability indices (e.g. Cpk and Ppk). Process Capability assessments are discussed in the overall context of quality improvement/management.

Mapping and evaluating all the steps in a current pharmaceutical ingredient bulk manufacturing workflow can lead to valuable process improvements. In this webinar, we discuss how this review can be accomplished and the possible benefits that can result.

The objective of this interactive, live training webinar is to explore the management of OOS practices and suggested avenues to take to minimize deviations, OOT, OOS and CAPA and how to attack these situations should they occur. It is also designed to determine how FDA and ICH regulations and guidances may impact them. It will also reference the new PDA TR 88, “Microbial Data Deviation Investigations in the Pharmaceutical Industry”.

Proper adherence and documentation of the FDA's Design Control requirements are key to any medical product project's success.

During the webinar, we will discuss FDA’s considerations for adapting its review process for AI-enabled medical devices that have the ability to evolve rapidly in response to new data, sometimes in ways difficult to foresee. You’ll also learn about current and potential uses of AI in health care and the challenges posed. We’ll cover how and under what circumstances products relying on AI are regulated by FDA, and how to ensure benefits of products outweigh risks.

Implementing a Quality Management System (QMS) involves a structured process to ensure consistent quality across an organization's operations. It typically starts with understanding the organization's context, defining policies and objectives, mapping key processes, and then implementing, monitoring, and continuously improving the system. The implementation process can vary based on the organization's size and complexity, but generally takes 3-18 months depending on an organization’s size.

This webinar covers useful and important statistical methods that assist scientists and engineers in the development of appropriate product and process specifications. Appropriate product specifications are critical to achieving adequate and reliable product performance.

This training on FDA software validation and verification will provide you the best practices necessary to ensure that all systems are validated in compliance with FDA regulations.

The ability of artificial intelligence / machine learning software to learn from real-world feedback and improve its performance is spurring innovation and leading to the development of novel medical devices. The FDA recognizes AI's advantages and dangers and has started to outline its expectations of industry and device design, programming, unique validation issues, documentation and submissions.

Mapping and evaluating all the steps in a pharmaceutical manufacturing and packaging workflow can lead to valuable process improvements. In this webinar, we discuss how this review can be accomplished and the possible benefits that can result.

Attendees of this webinar will learn specific concepts and formulas commonly used to measure the ability of a process to produce output within customers’ specification limits. The focus of this webinar is on providing the information needed for attendees to know the appropriate measures and formulas to use for the various types of process data (attribute or variable).

This webinar covers useful and important statistical methods that assist scientists and engineers in the development of appropriate product and process specifications. Appropriate product specifications are critical to achieving adequate and reliable product performance.

Gamma and EO Sterilization verification and validations under the U.S. FDA and EU's EMA / MDR requirements

This targeted 60-minute U.S. Reimbursement training/webinar will help you understand and navigate the complex U.S. system for understanding product reimbursement status and potential for your Medical Device

The U.S. FDA and EU's MDR require specific steps to be fulfilled to develop and/or transfer analytical methods to maintain accuracy.

This webinar provides the logic and processes for determining samples sizes for common tests used in verification or validation of processes. The focus of this webinar is on providing the information needed for attendees to know the appropriate measures and formulas to use for the determining sample size and providing justification for the planned sample sizes.

This training will review the best practices establishing and conducting a cleaning validation for reusable medical devices. It will also address the requirements of ANSI/AAMI ST 98.