A short course focused on establishing a deeper understanding of the principles of mRNA manufacturing. Participants will gain knowledge about the major unit processes involved in mRNA manufacturing:

• Selection of the DNA template
• In vitro transcription
• mRNA purification and extraction
• Encapsulation of mRNA with lipid nanoparticles
• Analytical processes that support mRNA manufacturing

Through guided wet laboratory exercises, participants will gain relevant practical experience and skills to produce their own mRNA.

This short course builds on an existing understanding of biological and mRNA processes to establish the skills needed to design mRNA medicines. Participants will gain an understanding of:

• Components and strategies for designing a mRNA construct
• Methods for improving mRNA stability
• Selection and optimisation of mRNA delivery systems

The program will include expert facilitated workshops that will enable participants to implement their new skills to resolve different case studies.

A succinct online short course that introduces the principles of mRNA medicines to establish a foundational understanding of the field. The program will provide overviews of:

• mRNA substance
• Mechanisms of action
• Application of mRNA technology
• Regulatory and manufacturing considerations in the production and use of mRNA
• Challenges and innovations of the technology

This is a self-paced, online short course that establishes an understanding of designing and optimising key components in mRNA medicines. Participants will gain knowledge of:

• Design and function of components required in a mRNA construct
• mRNA delivery systems

Explores the different parameters that improve HPLC outputs with respect to resolution, retention, selectivity and efficiency to better the participants use and operation of a HPLC instrument in pharmaceutical manufacturing contexts. This will enable participants to better:

• Operate and use a HPLC instrument
• Implement method development for HPLC use

The formation of skills for the application of DOE methodologies in the optimisation of formulation and process development in the  pharmaceutical industry. The topics covered in this short course include:

• Introduction to DOE
• Plackett-Burman design
• Factorial design
• Analysis of variance (ANOVA)
• Use of DOE software

A short course focused on establishing a deeper understanding of the principles of mRNA manufacturing. Participants will gain knowledge about the major unit processes involved in mRNA manufacturing:

• Selection of the DNA template
• In vitro transcription
• mRNA purification and extraction
• Encapsulation of mRNA with lipid nanoparticles
• Analytical processes that support mRNA manufacturing

Through guided wet laboratory exercises, participants will gain relevant practical experience and skills to produce their own mRNA.

This short course builds on an existing understanding of biological and mRNA processes to establish the skills needed to design mRNA medicines. Participants will gain an understanding of:

• Components and strategies for designing a mRNA construct
• Methods for improving mRNA stability
• Selection and optimisation of mRNA delivery systems

The program will include expert facilitated workshops that will enable participants to implement their new skills to resolve different case studies.

A succinct online short course that introduces the principles of mRNA medicines to establish a foundational understanding of the field. The program will provide overviews of:

• mRNA substance
• Mechanisms of action
• Application of mRNA technology
• Regulatory and manufacturing considerations in the production and use of mRNA
• Advantages and innovations of the technology

This is a self-paced, online short course that establishes an understanding of designing and optimising key components in mRNA medicines. Participants will gain knowledge of:

• Design and function of components required in a mRNA construct
• mRNA delivery systems

Explores the different parameters that improve HPLC outputs with respect to resolution, retention, selectivity and efficiency to better the participants use and operation of a HPLC instrument in pharmaceutical manufacturing contexts. This will enable participants to better:

• Operate and use a HPLC instrument
• Implement method development for HPLC use

The formation of skills for the application of DOE methodologies in the optimisation of formulation and process development in the  pharmaceutical industry. The topics covered in this short courses include:

• Introduction to DOE
• Plackett-Burman design
• Factorial design
• Analysis of variance (ANOVA)
• Use of DOE software

Have specific training needs? We can design a customised training program that meets the specific requirements of your organisation. We work with you to develop a program that encompasses your topics of interest and deliver it in a format that best suits your team.