This module is designed for students pursuing Diploma courses in Construction Technology. It
describes the skills, knowledge and attitudes required to Analyze Construction materials.
At the end of the module, students will be able to analyze binding materials, describe natural
materials, and analyze concrete, craft-man construction materials and synthetic construction
materials.
This module describes the knowledge, skills and attitudes required to apply engineering
mathematics. At the end of this module, the trainee of Level Six will be able to apply
vectors, complex numbers, ordinary differential equations, descriptive statistics and
probability.
PHYFP601 module aims at introducing the students pursuing the Advanced Diploma in ELT/COT/IDT programs to the fundamentals of physics required to perform well in their engineering modules. The module covers basically the basic mechanics of a point mass, basic fluid mechanics and thermodynamics.
This module describes the knowledge, skills and attitudes required to apply
fundamental engineering mathematics. At the end of this module, the trainee of Level
Six will be able to apply elementary functions, differentiation, sequences and series,
simple integration, and matrices and determinant
Through this Unit you will learn:
1. Different methods of projections
2. Types of projections
3. Glass box concept
4. Application of orthographic projections
5. Application of isometric projection
6. Perspective projections
- Vectors
- Complex numbers
- Determinant
- Matrix
- Ordinary Differential equations first and second order
- Laplace transform
- Fourier series
- Statistics
- Probability
Having successful completed the module; students should be able to demonstrate knowledge and understanding of:
Type of forces applied on structure
Newton‘s laws of motion as applied in strength of materials
Simple Stress and strain
Internal forces
Type of beam
Mechanical properties of materials
Shear force and bending moment diagram
Centre of gravity and Centroid and moment of inertia
Methods used to analyse trusses