Learning Outcomes

Introduction to Bioreactor Design

Understanding of Bioreactors

Lesson Summary

In this module, you will study the definition of the bioreactor, its basic features, and identify consumer products made by biotechnology. The advantages of biotechnology over chemical synthesis, efficient bioprocess, and various considerations in bioreactor design are all covered in this section.

Batch Bioreactor Design

Batch Growth Kinetics

Design Equation and Product Kinetics

Performance Equation of Batch Fermenter

Design of Batch Bioreactors: Practice Problem

In this module, discover how to measure cell concentration using direct and indirect methods of growth kinetics. Also, learn to determine the productivity of a given reactor volume. Unstructured and distributed empirical model and the different phases of batch growth kinetics will also be explained.

First Assessment

This assessment will enable you to review your learning so you can determine your knowledge and understanding of module 1 - 2 of the course:

- Diploma in Bioreactor Design

Fed-Batch Cultivation

Fed-Batch Process: Continuation

Fed-Batch Problem

Fed-Batch Reactors Practice Problems

Fed-Batch Reactors Practice Problems 2

Discover how to design a simple fed-batch process, the advantages of fed-batch reactors, and the objective of running a fed-batch operation. You will be able to determine the reactor volume, product concentration, dilution rate, and amount of biomass and more.

Design of Continuous Bioreactors

Evalution of Monod`s Kinetic Parameters

Model for Plug Flow Reactor

Design of Continuous Bioreactors Practice Problem

Continuous Bioreactors: problem 2

In this module, you will learn how to design ideal continuous stirred tank reactors, and compare the productivity between a batch and continuous bioreactor. The relationship between cell density, nutrient concentration, and dilution rate will be explained.

Second Assessment

This assessment will enable you to review your learning so you can determine your knowledge and understanding of module 4 - 5 of the course:

- Diploma in Bioreactor Design

Diploma in Bioreactor Design - Course Assessment

Learn the fundamental principles of designing batch, fed-batch and continuous bioreactors with this free online course.

Diploma in Bioreactor Design

Many of the considerations of bioreactor design involve questions of mass transport and conditions under which cells are able to grow. This free online course will introduce you to the basic features of bioreactors and their principles of design. Find out what size, type or method of operation is best for a given duty or conversion. Start this bioprocessing course today and gain valuable knowledge on the construction and operation of bioreactors.

Bioreactor design involves various critical parameters. One class of reactors for different catalysts requires separate unit operations to start the reactor. The size and shape of bioreactors differ to a great extent depending on the various applications in bioprocesses. This free online course introduces you to the unique features of bioreactors and classifies them based on their modes of operation, process requirements, and method of cultivating culture. Learn the basic control systems and the factors to consider before choosing a mode of operating bioreactors. The major parameters that characterize their performance and techniques to measure and control these parameters will be discussed. Discover how the internal environmental conditions such as temperature, nutrient concentrations, pH, and dissolved gases affect the growth and productivity of the organisms. Learn mathematical models to facilitate data analysis and provide a strategy for solving problems encountered in fermentation. All the possible measurements of cell concentration by direct and indirect methods of growth kinetics will be explained.
You will learn the definition of fed-batch cultivation, ideal continuous stirred tank reactor, the objectives of running fed-batch operations, and their advantages. Familiarize yourself with microbial product formation, their classification, and how to demonstrate product formation growth rate. Uncover how the volume of biomass changes with time and the flow rate of the feed. You will use the performance equation of the batch fermenter to demonstrate how cell concentration will change with time. Determine the concentration and total amount of biomass, substrate concentration, and product concentration quasi-steady state. Estimate the batch culture time and the final biomass concentration, the final mass of cells in a reactor, and how much cell biomass can be produced annually. View a graphical representation of the relationship between cell density, nutrient concentration, and dilution rate. Also, learn the mode of operation for a chemostat and how to determine the productivity of a chemostat and steady-state substrate concentration. You will use the Monod equation to describe the stimulation of growth by the concentration of nutrients, substrate consumption, and bacterial growth. Comparison in productivity between a batch and continuous reactors and descriptions of the plug flow reactor will be discussed. A graph showing the change in the concentration of cells and substrate as a function of the residence time will be analyzed. 
The bioreactor is the heart of any biochemical process in which enzymes, microbial, mammalian, or plant cell systems are used for the manufacture of a wide range of useful biological products. The common goal in bioreactor design is to develop a reactor that provides a prolonged, sterile, culture environment with efficient mixing and oxygen transfer without producing excessive foam and hydrodynamic shears. The main function of a properly designed bioreactor is to provide a controlled environment to achieve optimal growth and product formation in the particular cell system employed. The decisions made in the design of the bioreactor have a significant impact on the overall process performance. Success depends critically on the good design and operation of the bioreactor. By completing this course, you will have crucial skills and knowledge which are in high demand in the field of biotechnology engineering. The course is suitable for learners interested in the field of bioengineering, chemical engineering, or any other related discipline. Professionals such as medical researchers, engineers, and others who are interested in refreshing their knowledge and skills will find this course beneficial. Enroll today and jump-start your career.

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Aims & Objectives of ISO/IEC 17025:2017

Accrediting to ISO/IEC 17025:2017

Main Sections of ISO/IEC 17025:2017

This module presents the fundamental aspects of ISO/IEC 17025:2017 along with its aims and objectives. The module also explains different forms of standardized verbs used throughout the standard. Moreover, you will also learn the benefits of accrediting to ISO/IEC 17025. Lastly, an overview of the section's standard is also given.

General and Structural Guidelines for Laboratories

Resource Requirements for Testing Laboratories

Contracts, Validation, Sampling & Handling

Technical Records, Uncertainty, Results Validity, & Reports

In this module, you will encounter the essential requirements given in clauses 4, 5, 6, and 7 of ISO/IEC 17025;2017. However, the explanation of Clause 7 is provided till sub-clause - 7.8. Through this module, you will learn about the general, structural, resource, and process requirements of ISO/IEC 17025:2017.

Information Management, Complaints & Nonconformities (NCs)

Management System Requirements

Taking Corrective Actions

In this module, you will see discussions on ISO/IEC 17025:2017 beginning from sub clause 7.9 that puts forward the complaint requirements put forth by the standard. Furthermore, it presents the standard's requirements regarding management systems. Moreover, it also contains necessary measures to be taken for corrective actions.

ISO/IEC 17025:2017 - Laboratory Management System- Course Assessment

Learn about laboratory management systems laid out by the ISO 17025 international standard in this free online course.

ISO/IEC 17025:2017 - Laboratory Management Systems

This short course is designed for individuals and laboratories looking forward to their standardisation. We explain management standards defined by the ‘ISO/IEC 17025 general requirements for testing and calibration laboratories competence’ devised by ISO. This comprehensive course explains all the basic and essential requirements of the standard. It also provides a simplified clause-by-clause explanation of its four main sections.

Fundamentals of Pest Control

Pest Identification and Assessment

Non-Chemical Pest Control Methods

Chemical Pest Control Methods

This module will teach you the fundamentals of pest control, types of pests and their impact, pest life cycles and behavior, factors influencing pest infestations, pest identification and assessment, non-chemical pest control methods, genetic control and sterile insect, chemical pest control methods, and integrated pest management (IPM) approach.

Monitoring and Prevention

Sustainable Pest Management

Urban and Structural Pest Control

Topics you will learn in this module include but are not limited to pest monitoring techniques, preventive measures and exclusion strategies, ecological impact of pesticides, selective pesticide use and resistance management, organic and biodynamic pest management, pest management in residential areas, and commercial and industrial pest control.

Pest Control and Management - Assessment

This free online course teaches you how to use chemical and non-chemical pest control techniques to manage infestations.

Pest Control and Management

Pests make environments unhygienic and are a major cause of diseases, some of which may be lethal and difficult or expensive to cure. Effective pest management and control are necessary to keep a living and working environment free from health hazards. This course provides the knowledge and skills required to establish and maintain a successful pest control management programme and describes various pests, their life cycles and their behaviour.

Foundations of Construction Safety Management

Safety Management for Hazardous Environments

High-risk Site Activities and Demolition Safety

This module covers risk identification and mitigation in construction work and how to evaluate and manage risk in compliance with CDM regulations. You'll also learn how behaviour affects safety on construction sites, including safety measures for scaffolding, excavation, demolition and more.

Course Assessment - Site Management Safety Training Scheme (SMSTS)

Learn how to manage safety on construction sites in accordance with UK legal provisions in this free online course.

Site Management Safety Training Scheme (SMSTS)

Construction workers are often vulnerable to injuries and hazards so ensuring safety is maintained consistently is crucial for both site managers and workers. This course covers the essential knowledge needed for maintaining safety on construction sites. You'll learn to identify and assess risks while adhering to UK industry regulations. In addition, we'll discuss safety measures to take during erecting scaffolding, excavations and demolitions.

Introduction to Hot Work

Classification of Hot Work Areas

Roles and Responsibilities

Hot Work Permit

Hot Work Risk Assessment

Essential Safety Precautions

This module will familiarize you with hot work processes, including their potential hazards and safety precautions. You'll learn how to assess the risks associated with hot work and determine appropriate control measures. You'll also understand the hot work permit system and the roles & responsibilities of those involved in the permitting process.

Hot Work Safety - Course Assessment

Learn how to manage the hazards associated with hot work processes in this free online health and safety course.

Hot Work Safety

This hot work safety training equips you with the essential knowledge to recognize and mitigate hot work hazards. You'll understand the hot work risk assessment process and hierarchy of controls for effectively reducing risks. The course explains the hot work permit system along with the roles and responsibilities of those involved in the permitting process. You'll also gain a clear understanding of hot work permitted and prohibited areas.

Introduction to Traffic Marshalling

Traffic Management

Temporary Traffic Control

Traffic Risk Assessment

Vehicle Signaling

Reversing Vehicles

Health and Safety

In this module, we will look at the fundamental objectives of traffic marshalling and the general duties of a traffic marshal. A traffic marshal's responsibilities when controlling traffic on a highway or construction areas shall be examined. Assessing risks along with health and safety concerns of traffic near construction areas will be assessed.

Construction Safety: Traffic Marshalling - Course assessment

Train as a traffic marshal or bankman who provides traffic management on construction sites in this free online course.

Construction Safety: Traffic Marshalling

This course takes an in-depth look at the role of traffic marshals on construction sites. Traffic management is important to maintaining health and safety as the presence of heavy machinery and large vehicles creates a need for the efficient direction of traffic. Traffic management in such a busy area faces hazards and safety risks, which we identify in this course. Sign up to train as a traffic marshal or bankman and add a skill to your CV.

Introduction to the AS Standards

Organization's Context and Leadership

QMS Planning and Support

This module introduces students to the AS standards for suppliers of the aviation industry. It explains the importance of regulations in the aerospace industry and navigates them through the journey of different AS standards. It also explains the requirements of Clauses 4, 5, 6, and 7 of this standard.

Organizational Operations

Operations and Evaluation

Organizational Improvement

This module explains the requirements of Clauses 8, 9, and 10 of AS9100D. These requirements are regarding organizational operations, evaluation, and continuous improvement of the organizational operations.

AS9100D Quality Management System (QMS) for Aerospace Industry - Course Assessment

Learn the requirements of AS9100D for the developers and suppliers of components for the aerospace & defense industries.

AS9100D Quality Management System (QMS) for Aerospace Industry

This course explains different clauses and their various requirements for the organizations that develop, design, or supply parts, components, and assemblies concerned with the aerospace and defense industries. After enrolling, the students will be able to navigate the differences between the different versions of the AS standards. Moreover, they will also get a simple and straightforward explanation of this standard's requirements.

Introduction to Hazardous Materials Handling - Learning Outcomes

Understanding Hazardous Materials

Legal and Regulatory Compliance

Importance of Hazard Communication

Risk Assessment and Management

Personal Protective Equipment (PPE) for Hazardous Materials Handling

Introduction to Hazardous Materials Handling - Lesson Summary

In this module, participants will have a solid foundation in understanding hazardous materials, legal and regulatory compliance, hazard communication, risk assessment, and the proper use of personal protective equipment. This knowledge is essential for creating a safe and compliant working environment in industries dealing with hazardous materials.

Hazardous Materials Storage and Transportation - Learning Outcomes

Proper Storage Practices for Hazardous Materials

Managing Segregation and Compatibility of Hazardous Materials

Emergency Preparedness for Hazardous Materials Storage

Transportation Regulations

Handling Hazardous Materials in Transit

Emergency Response Planning

Case Studies and Lessons Learned

Hazardous Materials Storage and Transportation - Lessons Summary

This module covers storing hazardous materials, segregation and compatibility, and developing emergency response plans. Learn DOT regulations, proper labelling, packaging, and security measures for transportation, best practices for loading/unloading and case studies.

Advanced Hazardous Materials Handling Techniques - Learning Outcomes

Decontamination Procedures

Confined Space Entry Protocols

Managing Hazardous Waste

Best Practices for Chemical Spill Response

Continuous Improvement in Hazardous Materials Handling

Advanced Hazardous Materials Handling Techniques - Lesson Summary

This module covers decontamination techniques to ensure health, safety, and regulatory compliance. Learn to manage decontamination zones, handle confined space hazards, and apply physical, chemical, thermal, and radiological decontamination. Develop skills in PPE selection, emergency response planning, and environmental protection.

Hazardous Materials Handling Mastery - Course Assessment

Gain expertise, ensure safety, and excel in hazardous materials handling with this comprehensive free online course.

Hazardous Materials Safety Specialist

This course covers the classification, legal compliance, and risk assessment of hazardous materials. It delves into communication standards, PPE usage, and storage guidelines. Transportation regulations and emergency response planning are also covered. Advanced techniques include decontamination, confined space entry, hazardous waste management, chemical spill response, and continuous improvement through safety audits and case studies.