Course start: 20. أكتوبر 2025

Material Science for Medicine Processing

Graz University of Technology

Isabella Aigner

Michela Beretta

Johannes Khinast

Luca Orefice

Scientific classification:

  • Chemistry (104)
  • Chemical Process Engineering (204)
  • Materials Engineering (205)
  • Medical Engineering (206)
  • Industrial Biotechnology (209)
  • Other Technical Sciences (211)

Course start: 20. أكتوبر 2025

Material Science for Medicine Processing

Graz University of Technology

Isabella Aigner

Michela Beretta

Johannes Khinast

Luca Orefice

  • Scope: 22 units
  • Effort: 3 hours/week
  • Current participants: 16
  • Licence: CC BY 4.0
  • Course start: 20. أكتوبر 2025
  • Course end: -
  • Current status: Ongoing course
  • Available languages:
    • English ‎(en)‎
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Course details

Course content

We, at RCPE (Research Center Pharmaceutical Engineering) and TU Graz (Graz University of Technology), are excited to share our latest expertise and knowledge in pharmaceutical production with you.

Pharmaceutical production processes and process development are grounded in the scientific field of pharmaceutical engineering, which is a multidisciplinary area of study.

To effectively tackle pharmaceutical development and production processes, it's essential to have a multidisciplinary team collaborating. At RCPE, our scientific team scientists, pharmacists, physicists, chemical engineers, mathematicians, process control engineers, and quality experts, among others. Together, we've worked to create a comprehensive learning experience for you. While many of our colleagues are engaged in research projects supporting international pharmaceutical companies, we, as your teaching team, have taken on the responsibility of imparting this knowledge to you.

This course is tailored for individuals in the pharmaceutical industry or other professionals seeking to deepen their understanding of powder handling and characterization techniques. Specifically focused on solid dosage forms and powders, the course delves into key aspects relevant to their production and processing. Please note that other dosage forms, such as liquids for parental or oral delivery, topical creams, or aerosols, are not covered in this course. Solid dosage forms are emphasized due to their widespread use and inherent complexities. By the course's conclusion, participants will gain proficiency in handling powders and solid dosage forms, as well as strategies to navigate common challenges encountered during manufacturing and processing.

Throughout this course, you will gain practical knowledge and insights that can be directly applied to pharmaceutical manufacturing processes, enabling you to enhance product quality, efficiency, and regulatory compliance in your professional endeavors.

Learning goals

  • You will gain proficiency in handling powders and solid dosage forms, as well as strategies to navigate common challenges encountered during manufacturing and processing.
  • You will learn about various techniques used to analyze particle characteristics, and how these characteristics impact the behavior of pharmaceutical powders.
  • We will discuss the principles of direct compression, including powder blend characterization, formulation considerations, and process optimization strategies for achieving robust tablet formulations.
  • You will learn the causes and mechanisms of segregation, as well as strategies to mitigate its effects during manufacturing processes.
  • We will discuss the principles of powder sampling, including sampling techniques, sample preparation, and statistical considerations for sampling in pharmaceutical manufacturing.
  • We will examine the key properties of tablets, and their significance in pharmaceutical formulation and development.

Prerequisites

This course is tailored for individuals in the pharmaceutical industry or other professionals seeking to deepen their understanding of powder handling and characterization techniques.

Certificate

For actively participating in the course you will receive an automatic certificate which includes your name, the course name as well as the completed lessons. We want to point out that this certificate merely confirms that you answered at least 75% of the self-assessment questions correctly.

Licence

Additional content

Discussion

If you have any question or want to discuss any topic related to the course feel free to ask your peers in the forum anytime, we will also check the forum frequently and help you out! 

Discussion guidelines

You can use the forum when you have questions, want to share your thoughts and ideas and have discussions with classmates and instructors. To prevent duplication, please go through previous discussion posts before posting your own. You can add a post as a Question or Discussion. Give a meaningful title to your post. Do not post answers to assignments or quizzes anywhere! We encourage everyone to participate and get to know each other.

Course Instructor

Isabella Aigner

Since 2021, Dr. Isabella Aigner has been the head of external education and outreach at the Research Center Pharmaceutical Engineering. Before that, she worked there for 6 years at RCPE as a senior scientist, with a scientific focus on continuous manufacturing processes, especially drying. Before this position, she had worked in the chemical industry as a process engineer for technology implementation into routine operations. Isabella holds a Ph.D. in chemical engineering. She finished her master's and Ph.D. at the University of Technology in Vienna. After that, she also completed a Postdoc program at the University of Western Ontario.

Michela Beretta

Michela Beretta is a chemical engineer by background with a Master’s degree from the University of L’Aquila (Italy) and a PhD from Graz University of Technology (Austria). Michela is currently working as a Senior Scientist at RCPE (Austria) in the area of “Process and Manufacturing Science”. Within RCPE, she has the leading position of the powder technology group with main research activities on material science, powder processability and process development.

Johannes Khinast

Prof. Johannes G. Khinast is the head of the Institute of Process and Particle Engineering at Graz University of Technology and the scientific director of the Research Center Pharmaceutical Engineering. Prof. Khinast has received significant funding for his work in process simulation, pharmaceutical process engineering, and particle technology in the order of more than 80 million Euros from various sources. He also has worked with many pharmaceutical and equipment companies and serves as an advisor for implementing novel technology. He has supervised more than 40 Ph.D. students and PostDocs, and his publication record encompasses over 300 peer-reviewed publications and 8 book chapters. He also holds 11 patents in the area of pharmaceutical manufacturing.

Luca Orefice

Luca Orefice is a theoretical physicist by background with a Master’s degree from the University of Bologna (Italy) and a PhD from Graz University of Technology (Austria). Luca is currently working as a Senior Scientist at RCPE (Austria) in the area of “Science of Quality”. Within RCPE, his main research activities are physics of granular materials, numerical and mathematical modelling, Discrete Elements Modelling and material science.Luca Orefice is a theoretical physicist by background with a Master’s degree from the University of Bologna (Italy) and a PhD from Graz University of Technology (Austria). Luca is currently working as a Senior Scientist at RCPE (Austria) in the area of “Science of Quality”. Within RCPE, his main research activities are physics of granular materials, numerical and mathematical modelling, Discrete Elements Modelling and material science.

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