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Objectives

This module will explore the innovation of delivery systems and strategies that scientists are investigating to enhance the delivery of therapeutic agents. Students will be dissecting the current research to evaluate the effectiveness and viability of these delivery systems, scrutinizing design, physicochemical factors, targeting mechanisms, and biological fate among other criteria, and how they all play a role in improving or inhibiting the therapeutic outcome. Students will apply their critical skills in the form of journal clubs, reports and posters, in team and individual efforts.

Who Should Attend

E.g. Formulator, research scientist/associate/assistant, product application specialist, regulatory specialist, regulatory affairs professional/lead/executive, process development/MS&T engineer, QA specialist/pharmacist, QC laboratory analyst/chemist/microbiologist, production executive/engineer/biotechnologist

Entry Requirements

One of the following degrees, or their equivalent:

Bachelor of Science in Chemistry, OR;• Bachelor of Science in Life Sciences, OR;• Bachelor of Applied Science in Food Science & Technology, OR;• Bachelor of Applied Science in Applied Chemistry (Drug Option), OR;• Bachelor of Science in Pharmacy, OR;• Bachelor of Engineering (Chemical Engineering)

Class Schedule

Friday (6:00 PM - 8:00 PM)

Tutorial Schedule

Same day as Lecture

Lesson Delivery

a) Lecture - 2 hours b) Tutorial - 0 hours c) Project - 2 hours d) Preparation - 6 hours

Full Fees (before GST)

S$5400.00

Nett Fees payable after SSG Funding

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Please note that the mode of delivery is subject to change in light of the COVID-19 situation. Courses marked ‘online’ may have compulsory face-to-face sessions such as laboratory or hands-on components and details should be sought from the schools or departments before learners register for them.