Course curriculum

  • 1

    Introduction

    • Welcome video - script

    • Meet the teachers

    • Learning objectives

    • What do you want to learn?

    • Present yourself to your classmates

    • Become familiar with the learning platform

    • Good practices to use this course
  • 2

    Instructional design tips

    • Formulate SMART learning objectives

    • Diversify your lessons

    • Transform your Powerpoint slides to linear textbook lessons
  • 3

    Esters

    • Ester compounds and their application

    • Slide 1

    • Slide 1 - transformed

    • Slide 2

    • Slide 2 - transformed

    • Slide 3

    • Slide 3 - transformed

    • Slide 4

    • Slide 4 - Transformed

    • Slide 5

    • Slide 5- Transformed

    • Slide 6

    • Slide 6 - Transformed

    • Systematically add all slides to this learning path
  • 4

    Conclusion

    • Further reading

    • Concluding video

Instructor(s)

Project manager

Yamini Satyawali

Yamini Satyawali is a Project manager/scientist in SCT team at VITO (Flemish institute for technological research, Belgium) and her specialization includes intensification of enzymatic processes in food, feed, cosmetics and pharmaceutical sectors. She is responsible for acquiring and executing the projects in this domain. She is the scientific coordinator of Horizon 2020 project INCITE. She also mentored a PhD thesis on an innovative process on chiral amine production resulting in two patents. She is an author (co-author) of more than 25 scientific articles and 3 patents

Project Manager

Winnie Dejonghe

Winnie Dejonghe is project manager in the Separation and Conversion Technology (SCT) team focusing on bioprocess development using renewable feedstock and integration of bioprocesses with membranes. She (co)-authored >50 SCI papers, and supervised multiple master and PhD students. She collaborated in/coordinated (European) projects on the use of (immobilized) enzymes for process intensification in enzyme (membrane) reactors and contactors. Furthermore, she is developing enzymatic processes to convert polysaccharides from wheat bran into alkyl glycosides and sugar ester, and lipase-based processes for synthesis of fatty acid esters and sugar esters.