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SOFTWARE ENGINEERING AND PROJECT MANAGEMENT


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OBJECT ORIENTED PROGRAMMING

Object-oriented programming (OOP) is a programming paradigm based upon objects (having both data and methods) that aims to incorporate the advantages of modularity and reusability. Objects, which are usually instances of classes, are used to interact with one another to design applications and computer programs. This course is based on JAVA PROGRAMMING  Languanges


OBJECT ORIENTED PROGRAMMING

Object-oriented programming (OOP) is a programming paradigm based upon objects (having both data and methods) that aims to incorporate the advantages of modularity and reusability. Objects, which are usually instances of classes, are used to interact with one another to design applications and computer programs. This course is based on JAVA PROGRAMMING  Languanges


BIOMEDICAL

Cell Biology and Genetics

This module component will deal with
1.General structure of cells and tissues: Cell diversity and classification, epithelial, Muscular, Connective and  Nervous tissues
2.Ultra-structure and organization of cell organelles.
3.Cellular compartments; cyto-skeleton and cell motility; types of cell division; relationship between cells, tissues and organs; cellular communication.
4.The application of microscopy in cellular biology
  and
5.Basic genetic principles and mechanisms; Mendelian inheritance; Sex determination.
6.Multiple genes and alleles; Gene expression and genetic disorders; Gene regulation of functions;
7.Gene and Chromosomal mutation; Introduction to gene basic unit and structure, Chromosomes.


Health Research Methodology

This Module on Health Research Methodology deals with the basic concepts and principles of scientific research methods with particular attention to research in the health field. The module aims to train students from Biomedical Laboratory Sciences Department to conduct health science research.

The Module describes methods for planning and conducting scientific research: from formulation of problems to setting research objectives, to designing the study, including methods of data collection, statistical analysis as well as interpretation of the results.

This Module is organized around the following chapters:

1. Research and Scientific Methods

2. Research Strategies and Design

A. Descriptive studies

B. Analytical studies

3. Sampling methods and sample size

4. Bias & Confounding's

5. Basic Risk measurements

6. Association and causation

7. Ethical Aspects of Health Research

8. Stepwise construction of a RP using the WHO format.

9. Final Report Writing

 

 


Analytical Chemistry

I. Introduction to Analytical Chemistry and Instrumentation

II. Concept of Solution, concentration and pH

III. Buffer solutions

IV. Complexation Reactions

V. Potentiometry and Voltammetry

VI. Chromatographic Separations

VII. ELECTROPHORETIC SEPARATIONS

VIII. Optical Spectrophotometry or Colorimetry

IX. Operation of medical laboratory