This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is one of the core chemistry courses for the postgraduate chemistry programmes at USP. Students wishing to proceed with postgraduate studies at USP in any area of chemistry should be proficient in the use of modern instruments used in research in their selected research area. It deals with advanced aspects of instrumentation such as infrared spectroscopy, Raman spectroscopy, ultraviolet spectroscopy, proton and carbon nuclear magnetic resonance spectroscopy, mass spectrometry and thermal techniques. It also deals with the applications of chromatographic techniques in separation science.
This is one of the core chemistry courses for the postgraduate chemistry programmes at USP. Students wishing to proceed with postgraduate studies at USP in any area of chemistry should be proficient in the use of modern instruments used in research in their selected research area. It deals with advanced aspects of instrumentation such as infrared spectroscopy, Raman spectroscopy, ultraviolet spectroscopy, proton and carbon nuclear magnetic resonance spectroscopy, mass spectrometry and thermal techniques. It also deals with the applications of chromatographic techniques in separation science.
This is one of the core chemistry courses for the postgraduate chemistry programmes at USP. Students wishing to proceed with postgraduate studies at USP in any area of chemistry should be proficient in the use of modern instruments used in research in their selected research area. It deals with advanced aspects of instrumentation such as infrared spectroscopy, Raman spectroscopy, ultraviolet spectroscopy, proton and carbon nuclear magnetic resonance spectroscopy, mass spectrometry and thermal techniques. It also deals with the applications of chromatographic techniques in separation science.
The course provides advanced coverage of the concepts and techniques of quantitative analysis. It builds on the basic principles covered in undergraduate chemistry courses. The topics to be covered includes accuracy, precision, error propagation and statistical analysis of results, gravimetric, procedures, redox equilibria and applications, complexation equilibria and applications, non-aqueous media procedure, separation processes, master variable diagrams and some electrochemical methods used in quantitative analysis.
The course provides advanced coverage of the concepts and techniques of quantitative analysis. It builds on the basic principles covered in undergraduate chemistry courses. The topics to be covered includes accuracy, precision, error propagation and statistical analysis of results, gravimetric, procedures, redox equilibria and applications, complexation equilibria and applications, non-aqueous media procedure, separation processes, master variable diagrams and some electrochemical methods used in quantitative analysis.
The course provides advanced coverage of the concepts and techniques of quantitative analysis. It builds on the basic principles covered in undergraduate chemistry courses. The topics to be covered includes accuracy, precision, error propagation and statistical analysis of results, gravimetric, procedures, redox equilibria and applications, complexation equilibria and applications, non-aqueous media procedure, separation processes, master variable diagrams and some electrochemical methods used in quantitative analysis.
CHP02 provides simple but detailed concepts of basic chemistry. Most attention focuses on three main topics. Topics include introduction to basic ideas, the study of behaviour of gases, solids, liquids and solutions. These topics are further divided into smaller units to help students grasp each of the relevant concepts step by step. The course is also laboratory oriented and tailored to maximise student success in foundation and degree courses in chemistry.
CHP02 provides simple but detailed concepts of basic chemistry. Most attention focuses on three main topics. Topics include introduction to basic ideas, the study of behaviour of gases, solids, liquids and solutions. These topics are further divided into smaller units to help students grasp each of the relevant concepts step by step. The course is also laboratory oriented and tailored to maximise student success in foundation and degree courses in chemistry.
CHP02 provides simple but detailed concepts of basic chemistry. Most attention focuses on three main topics. Topics include introduction to basic ideas, the study of behaviour of gases, solids, liquids and solutions. These topics are further divided into smaller units to help students grasp each of the relevant concepts step by step. The course is also laboratory oriented and tailored to maximise student success in foundation and degree courses in chemistry.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This is a Level 1 course template
Level 1 course is designed for courses that primarily aim to use the elearning platform for content delivery, with no or very little online activities or interactions.
This course gives an understanding of key concepts of distributed system development which includes two main parts: 1. Engineering distributed system includes user requirements, OO analysis software architecture, OO design, algorithms, implementation, and evaluation. 2. DS system development techniques: OOA and D; user interfaces; data management; algorithms. You can also gain some practice building distributed system via doing the assignments. This course is designed for e-commerce courses in computer information systems that aim to prepare students for web-based application design and implementation, client-server application development.
This course gives an understanding of key concepts of distributed system development which includes two main parts: 1. Engineering distributed system includes user requirements, OO analysis software architecture, OO design, algorithms, implementation, and evaluation. 2. DS system development techniques: OOA and D; user interfaces; data management; algorithms. You can also gain some practice building distributed system via doing the assignments. This course is designed for e-commerce courses in computer information systems that aim to prepare students for web-based application design and implementation, client-server application development.