For more information about these training modules:
Contact Us
Introduction to Bio-pharma Industry
This module provides an introduction to the Bio Pharmaceutical Industry. A basic overview of the process of manufacturing a bulk drug substance & drug product will be provided. It highlights the diverse business models that exist in the industry including: Large Scale Manufacturing, Basic Research, Virtual Enterprises, Contract Manufacturing Organizations, Contract Research Organizations, the role of Universities, and Consulting. The role of the FDA and similar regulatory agencies is discussed along with the various industry professional organizations and their role. The module also covers unique aspects on Good Manufacturing Practice, and Good Laboratory Practice. Finally the module will discuss the current industry trends in terms of manufacturing migration, international equipment vendors, and the latest FDA positions and rulings.
Target Audience: Professionals looking to get a basic understanding of the biologics industry in terms of looking for new opportunities.
Length: 4 hrs
Back to Top
Lyophilization for Biologics
This module, provides the basic physicochemical foundations of lyophilization and the engineering aspects of an industrial lyophilization process. Most industrial freeze-drying used to manufacture stable drug products, is accomplished using four (4) sub-processes: Refrigeration, Vacuum, Drying (Primary & Secondary), & Final Stoppering. The module discusses each of these sub-processes in detail and demonstrates their sequence in an industrial lyophilizer to produce an acceptable final product. The module addresses steps taken to qualify a typical industrial lyophilizer from installation (IQ), operation (OQ) through Performance (PQ). The module discusses sterilization and cleaning processes used to maintain the lyophilizer in a validated state during production. After completing this module, the trainee should have a basic understanding of lyophilization as well as be able to participate in a team for operation and qualification of a cGMP Lyophilizer.
Target Audience: Process, plant and project engineering, Operations/Manufacturing and Quality professionals attempting to develop a working understanding of the freeze-drying of drug products
Length: 4 hrs
Back to Top
Integrated Commissioning & Qualification
This module provides personnel a working understanding to completing commissioning and qualification of cGMP process equipment/utilities.
- Basics of CQV: Asset Lifecycle: Plan -> Design -> Build -> Install -> Qualify -> Use -> Maintain -> Divest. Validation Lifecycle: V-Model; GEP/GMP
- Design Documentation & Traceability: Content and Need for: Requirements (Process/System) Specifications, Functional Specifications, Drawings (P&IDs), Detailed Design, Receipt Verification
- Risk Management: Develop System Impact, Process Hazard Analysis, Failure Modes Effects Criticality Analysis for cGMP Processes
- Testing: Master Plans, Factory Acceptance Testing; Site Acceptance Testing, Performance Testing, Change Control/Management
- Case Studies: Provide successful examples for cGMP process and utilities
Target Audience: Engineering, Quality and Operations personnel
Length: 4 hrs x 2
Back to Top
cGMP Clean-in-Place (CIP) Development
This module provides engineering personnel with an overview of key Clean In Place (CIP) concepts required for successful cleaning of Process Equipment.
- Mechanisms of Cleaning: (a)Soluble, Particulate, Reactive soils (b)Simple models of cleaning (c)Rules of thumb
- Equipment & Technology: Flow control, Temperature control, Path control
- Essential elements for successful CIP: Cleaning Agents (WFI, Caustic, Acid, Detergents, Bleaches), Flow, Coverage (spray balls), Concentration, Temperature, Time, Surface cleanability
- Cycle Configuration & Evaluation: Flow/Return flow, Tank level, timers,Reviewing trends and reports, cleaning validation response
- Troubleshooting: Responding to Alarms and Common Mechanical Failure
Target Audience: Process, plant and project engineering, professionals attempting to develop a CIP cycles
Length: 4 hrs
Back to Top
cGMP Clean-in-Place (CIP) Operations
This module provides Operations personnel with an overview of key Clean In Place (CIP) concepts required for successful cleaning of Process Equipment.
- Introduction to CIP: General CIP systems
- Equipment & Technology: Flow control, Temperature control, Path control
- Cycle/System Set Up: Equipment and path selection (single, multiple), Set-up for CIP, Automation, Standardization & Calibration
- Cycle Operation: Flow, Concentration, Temperature, Time, Visual Inspection
- CIP Evaluation: Trend Review, Alarms, , Batch Record, Samples
Target Audience: Operations running daily CIP cycles
Length: 4 hrs
Back to Top
cGMP Sterilization
Sterilization is used to render process equipment used in cGMP manufacturing free of viable organisms. This module focuses on steam sterilization with a brief overview of other sterilization processes, i.e. Dry heat, Ethylene Oxide gas, Vaporized Hydrogen Peroxide, High energy radiation (Gamma and Electron beam). The theoretical discussion on Sterility Assurance limits, D value, Z value, Biological indicators, Lethality calculations, “Cold spots” is combined with achieving successful daily sterilization. The module provides steps taken to complete the IQ, OQ, and PQ of an Industrial Steam Sterilizer. Guidelines are provided to develop and validate sterilization processes for cGMP manufacturing process equipment e.g. Fermentors, Vessels, Lyophilizers, In-line Air filters, Transfer lines. After completing this module, the trainee should have a basic understanding of steam sterilization as well as be able to participate in a team for operation and qualification of a cGMP Autoclave.
Target Audience: Process, plant and project engineering, Operations/Manufacturing and Quality professionals attempting to develop a working understanding of steam sterilization of process equipment.
Length: 4 hrs
Back to Top
Quality in Bio-pharma Automation
This module provides Quality insight of automation systems used within the bio-pharma manufacturing industry including Building Automation Systems (BAS), Distributed Control Systems (DCS), Programmable Logic Controllers (PLCs), Information Management Systems.
- Introduction to Automation Systems (PLCs, DCS, Workstations, BAS, IS): General Descriptions, Applications & Architecture, Components, Networks & Software
- Lifecycle Approach: Discuss: Models, Specifications, Testing, CFR: 200.11, 058, 820
- Risk Management: Develop System Impact, Criticality Analysis, Cost Controls
- Testing: Master Plans, Factory/Site Acceptance, Change Control/Management, Electronic Records & Signatures
- Case Studies: Provide successful examples for qualifying cGMP automation
Target Audience: Quality Associates & Managers, Validation Specialists & Managers, QA Auditors, Production Supervisors
Length: 4 hrs
Back to Top
Clean Utilities in cGMP Operations
This module provides experienced mechanics with an overview of key maintenance and troubleshooting concepts associated with Clean Utilities (e.g. Clean Steam, Water-for-injection, Compressed Air).
- Introduction to Clean Utilities: Unit Operations for Clean Steam, WFI, Purified Water, Clean Gases
- Routine Operation: Process Parameters, Alarms, Sanitization, Sampling (Quality Control)
- Risk Management: Develop System Impact, Process Hazard Analysis, Failure Modes Effects Criticality Analysis for cGMP Processes
- Maintenance & Calibration: Procedures, Tasks and Work Instructions, Frequencies, Criticality, System Breach, Records/Documentation
- Troubleshooting: Common Failures, Response Times & Impact
- Case Studies: Provide successful examples for maintaining cGMP utilities
Target Audience: Facility Services - Maintenance and Instrumentation Technicians
Length: 4 hrs
Back to Top