Medical Device Regulatory Compliance Training - Live Webinars, Recordings & CDs

This training session is intended for anyone directly or indirectly responsible for the creation, content or validation of CDISC data sets, tables, and data lists used to support research, drug or medical device efficacy and safety in a regulatory submission. The program will provide effective and practical solutions to address real-world issues.

This webinar will explain how to create Failure Mode Effects Analysis (FMEA) by combining Effective Information Collection (EIC), Process Reliability Modeling (PRM) and Failure Mode Effect Criticality Analysis (FMECA). It will also cover the methods for determining root causes of process problems and effective tools for repair of ineffective processes.

This training program is intended for anyone directly or indirectly responsible for the creation, content or validation of CDISC data sets, tables, and data lists used to support research, drug or medical device efficacy and safety in a regulatory submission. Through case study analysis, the course will examine best practices to provide thoughts and ideas to develop or improve the CDISC mapping system.

This training program will assist anyone directly or indirectly responsible for the creation, content or validation of CDISC data sets, tables, and data lists used to support research, drug or medical device efficacy and safety in a regulatory submission. Professionals in the pharmaceutical, biotechnology and medical device industries who want to be Good Clinical Practices (GCP) compliant in relation to regulatory submission environment will benefit from this training. Effective and practical solutions to address real-world issues will be detailed.

This training program will examine the approval process for drugs, biologics and devices and elaborate FDA submission requirements and guidances. It will also discuss electronic regulatory submission and gateway for FDA and FDA eCTD guidance and specifications.

This training program will explain the rationale, the legal requirements and some methods commonly used for reprocessing and validating reusable medical devices.

This training program will highlight key differences between SDTM and ADaM models and process flows. It will also focus on key differences between the seven CDISC classes and on best practices to create Dataset.XML from SAS. Attendees will gain a better understanding of the structure and syntax of ODM-XML files as well.

In this training program, attendees will learn quick formatting tips that will make writing more readable and learn how to use formatting tools in a way to maximize the impact of their writing in an electronic system.

This Medical device training will acquaint one with the various terms used in risk management and the importance of ISO 14971 & ISO 13485 in the managements of risks during the life cycle of medical devices starting with design and manufacture.

Cloud computing has become perhaps the most critical compliance topic related to computer validation and electronic records. The potential economic and resource advantages to using cloud based environments guarantee that management will expect compliance strategies to be developed that will support decisions to utilize cloud environments to perform regulated activities. This presentation will provide a baseline of information related to cloud computing which will help attendees better understand the cloud concept, associated regulatory challenges, and suggestions for consideration when establishing a cloud based system.

This training program will discuss CDISC requirements to create SDTMs and ADaMs. It will also offer essential mapping and strategy concepts for creating and validating SDTM and ADaM variables in key CDISC datasets (DM, AE, ADSL, and ADAE).

This presentation will review the regulations and point out some of the pitfalls in complaint handling and reporting.

This webinar will help attendees to understand the quality issues and methodologies that are relevant in current supply chain management to improve your customer satisfaction.

This training program will focus on how cell cultures are used for in vitro assays. It will include examples of cell based assay systems and list the advantages of cell based assays. The webinar will help attendees understand the uses of in vitro testing with eukaryotic cell based systems, the parameters to be considered in the development and optimization of a cell based assay and the validation of a cell based assay.

This webinar will define human factors engineering and its role in the success of new product development. The session will use real world examples to demonstrate how human factors engineering makes a significant.

This webinar will explain how to apply the theory of lean documents and its corollary theory of lean configuration to present a fresh approach to controlled document system for a life sciences manufacturing plant.

Medical Device Tracking is a very important aspect of the distribution chain of a medical device. This is because it is critical to have a mechanism by which a medical device can be traced and located in its place after it leaves the manufacturer. This system of tracking helps to identify a defective device and ensure that corrective measures are taken immediately.

This GLP webinar training will discuss the various US and International GLP regulations and the strategies to comply with them. Get practical recommendations from industry leading expert Dr. Ludwig Huber.

This training will help you understand FDA expectations for reduced testing of Pharmaceutical & Medical Device components and will develop your confidence in maintaining control of supplier quality.

This webinar, by an ex-FDA, will cover Good Data Integrity Practice for GxP environments. Participants will understand what FDA looks for with regard to data integrity, what may need to be audited, the new guidance and application of data integrity, and relevant regulations for data integrity