Abnormal Psychology provides students with an introduction to a number of common psychological disorders.

This course includes topics such as why it is necessary to obtain informed consent to patients and how it is done, why it is important to protect patient confidentiality, and the negative impact of practicing defensive medicine on both patients and health

This module is an overview of some of the most common grammatical difficulties faced by speakers of English in Singapore.

This course is the third module in the series of lessons related to Pharmacology for Nurses.

This module aims to equip students with the fundamental theory and practical aspects of subsonic flight through to supersonic flight.

This module introduces the learners to some common types of alternative medicine in Singapore.

This module introduces the concept of stored value in Singapore.

This module introduces the basic structure of a semiconductor and outlines the basic working principles of diodes. In addition, this module covers the design of light emitting diode (LED) circuit.

Statistics and Sample Preparation is the 1st module in the subject Analytical Chemistry.  In this module, you will learn: 1) Commonly used statistical terms and concepts used in analytical chemistry, including mean, standard deviation and relative standard deviation accuracy and precision systematic and random errors 2) The methods of standard curve and standard additions in calculation of analytes' concentrations 3) Commonly used sample preparation techniques, including:filtration digestion extraction

Spectroscopy is the 2nd module in the subject Analytical Chemistry. In this module, you will learn two important spectroscopic techniques in analytical chemistry: 1) UV-VIS spectroscopy: used for quantification of molecules that absorb UV-VIS radiation 2) Atomic absorption spectroscopy: used for quantification of elements (mainly metals and metalloids). You will learn the following topics about these two techniques: 1) Principles: the theories behind the two techniques; 2) Calculations: how to calculate the concentration of analytes using the two techniques; 3) Applications: specific areas of applications; 4) Instrumentation: the equipment used in the two techniques.