MSA E-Learning

   This module aims at developing student’s skills with theoretical and practical knowledge on diagnosing the infectious diseases using conventional microbiological, serological and molecular-based diagnostic methods. The module also studies the possible causative agents and the diagnosis of different infectious diseases in the human body system-based manner. The student will learn procedural skills considered in a diagnostic microbiology laboratory including collection, quality control, quality assurance, safety, setup, identification, susceptibility testing and reporting results.

Learning Outcomes: on successful completion of this course a student will be able to:

A. Knowledge:

    1- Explain fundamentals of Boolean algebra and building blocks of logic circuits. (K1)

    2- Describe common designs of combinational and sequential circuits. (K3)

B. Cognitive Skills:

    1- Demonstrate digital logic circuit implementation. (I1)

    2- Differentiate between different logic designs. (I2)

C. Professional Skills:

Build logic circuits from common logic gates and components. (P2)

D. General Skills:

Work effectively as a group member. (T3)

Aims

• To understand the principles of DNA technology and its applications on forensic sciences.
• To clarify the terminology and the mail techniques that used in forensic and analysis.
• To be familiar with molecular biological tools and techniques used to perform DNA profiles
•  database analysis following DNA forensics applications

Learning Outcomes:

1. Understand and appreciate the scope of forensic biology.
2. Understand and appreciate the scope, diversity and utility of a variety of DNA typing techniques.
3. Perform the primary technique used in Forensic DNA analysis
4. identify the equipment and prepare its use to undertake the investigation

Skills learning outcomes:

1. consider the health and safety requirements and what precautions need to be taken
2. identify the area of the scene, mark it out and protect it to preserve the scene
3. handle, package and record evidence
4. preserve evidence ensuring its integrity and preventing contamination or degradation
5. record relevant information accurately and comprehensively use visual examination and measurement for comparative analysis
6. Perform post-PCR Processing

This module aims to further enhance and complement the students’ knowledge and skills in basic econometrics and to tackle further problems encountered in estimating regression models. The module aims thus to prepare students with the necessary knowledge and skills needed to start their graduate econometrics module. All  econometric models built are directly or indirectly linked to several Sustainable Development Goals (SDG)  aiming to narrowing  the gap economic theory and empirical applications through testing real live data. It is related  to reducing poverty, improving health, climate action, sustainable and responsible production and consumption behavior , and enhancement of competitiveness , industries and innovation. 

This module aims to provide students with the basic tools for feasibility study preparation including pre-feasibility study, selection of project, financial analysis, and investment appraisal. It provides a brief coverage of the cost-benefit analysis used in evaluating public projects. It allows the students to utilise what they have learned in various courses such as Accounting, Economics, Finance, Marketing and Management, in the preparation of the feasibility study of projects.

This module is designed to enable students to understand, design, and analyze electronic circuits that contain Bipolar Junction Transistors(BJT`s) and Field Effect Transistors (FET`s). ItincludestheoperationandanalysisofBJTandFETamplifiersandstudythe frequency response of both. It provides analysis of multistage amplifiers and current sources. It also provides considerable understanding and confidence in Engineering Electronics and develops the intellectual and practical skills necessary for Electronics Engineering area.

This module is designed to enable students to focus on the design and analysis of the active circuits, active filters, multiple feedback operational amplifiers, and multiple feedback filters. It also provides considerable understanding and confidence in Engineering Electronics and develops the intellectual and practical skills necessary for Electronics Engineering area.

This module is designed to enable students understand the concept of energy conversion, structure and function of power stations, and environmental effects of energy resources. In addition, the principles of magnetic circuits, excitation in single phase transformer, voltage regulation, losses and efficiency, auto-transformation are introduced. It also presents the principles of electromechanical energy conversion, DC generators, DC motors, three phase transformers, polarity, and standard terminal marking, parallel operation, and all-day efficiency. It also addresses the principles of AC machines, Synchronous machine, electro motive force (emf) equivalent circuit, power equation, and distribution of electric power.

The course is designed to provide the students with basic theoretical concepts of fixed prosthodontics. Biomechanical principles of tooth reduction for full coverage extracoronal restorations are taught regarding all ceramic and porcelain fused to metal restorations. This proceeds in addition to the application of these concepts on anatomic ivorine teeth mounted in models simulating teeth in the oral cavity. Furthermore, the students are trained on the various laboratory steps needed for the laboratory fabrication of Jacket and veneered restorations. This course fulfills the SDS3 which is good health and well being.