Courses

Courses

 

Aims and objectives

Aim

To provide undergraduate medical training to become competent basic doctor

Objectives

            At the end of the course: the student should be able to;

Knowledge

acquire a basic knowledge of mathematics which will later be useful in its application to medical sciences.

Skill

develop skills in computing methods and techniques associated with information on practical work and research.

Attitude

achieve a habit of going through a process of logical thinking by training in mathematical reasoning and thus make correct decisions suitable to circumstances.

Programme Structure

No.	Topics	Time Allotment (Hours)
		Lecture	Discussion	Total
1.	Mathematical Logic	2	2	4
2.	Probability	4	6	10
3.	Statistics	3	4	7
4.	Discrete Probability Distribution	2	2	4
5.	Binomial  Distribution	1	2	3
6.	Poisson Distribution	2	4	6
7.	Continuous Probability Distribution	4	6	10
8	Normal Probability Distribution	2	4	6
	Total	20	30	50

Evaluation  and  Assessment     (Total  100 % Marks)

Student  Assessment

1. Continuous  Assessments                                                         ( 50 % )

Individual Assessment

Individual  problem solving                                      ( 30 % )

+ SDL & assignment                                                  ( 10% )       40 %

Group  Assessment

Group  Problem  solving                                            10 %

2. End  of  Semester  Assessments                                                ( 50% )

One  hour -Theory  Paper

                                Total                                                     ( 100% )

3. Only at the end of the   semester with supplementary examination.

Criteria

Pass                                               -           50%   

Moderation                                     -          46%   

          Distinction                                   -           80%       

F system (3F)