MCS - Virtual Learning System

Course Aim/Intended Learning Outcomes:

At the completion of this course, students will be able to

• Distinguish different types of open source software for personal computing and their use.
• Use files and folders in an open-source operating system.
• Prepare documents using an open source word processing application.
• Prepare spreadsheets using an open-source spreadsheet application.
• Prepare databases using an open-source database management application.
• Prepare presentations using an open-source presentation application.
• Prepare visuals using an open-source graphic design application.

Required Tools

Operating System – Ubuntu 18.04

Libre Office 6.3 – Free and Open Source Office Suit

1. LibreOffice Writer – Word Processing Software
2. LibreOffice Calc – Spreadsheets Application Software
3. LibreOffice Base – Database Application Software
4. LibreOffice Impress – Presentations Application Software

GIMP 2.10 – Graphic Design Software

Libre Office 6.3 can be downloaded from https://www.libreoffice.org/discover/libreoffice/

GIMP 2.10.12 or up version can be downloaded from https://www.gimp.org/downloads/

Course Aim/Intended Learning Outcomes:

After following this course, students should be able to

• Describe the basic operations of a computer
• Design simple logic circuits
• Describe components of the Central Processing Unit (CPU) with CPU cycle and its use to execute instructions in a computer

Course Aim/Intended Learning Outcomes: At the completion of this course student will be able to 

• Design web pages using HTML and CSS 

• Use JavaScript to increase the interactivity of the web pages 

• Discuss the skills and project-based experience needed for entry into web design and development careers 

• Describe the basic concepts behind XML 

• Employ CSS and XSL to format XML documents 

• Explain different XML Document APIs 

• Use a variety of strategies and tools for creating websites 

• Introduction to Mean Stack and Bootstrap

Course Aim: 

• The main objective of this course is to provide a broad understanding of the software engineering process, concepts and the systematic development and management of software projects. 

Intended Learning Outcomes: 

After following this course, students should be able to 

• explain the software engineering principles and techniques that are used in developing quality software products. 

• apply software engineering principles and techniques appropriately to develop a moderately complex software system.

Course Aim/Intended Learning Outcomes: 

At the completion of this course student will be able to 

• Identify the correct formation of letters and mechanics of writing for the English language. 

• Demonstrate accuracy and efficiency in typing in the English language 

• Create well-organized essays, reports, CVs, Cover letters and questionnaires that are structured according to acceptable standards. 

• Demonstrate skills in retrieving information by listening. 

• Illustrate professional speaking skills in general communication, presentations and public speaking. 

• Apply and demonstrate effective telephone skills 

• Apply and demonstrate effective interview skills to face and conduct interviews 

• Illustrate professional speaking skills in general communication, presentations and public speaking. 

• Demonstrate a critical understanding of reading comprehension and comprehension strategies. 

• Apply practices required to summarize and paraphrase a given text.

Robotics and Artificial Intelligence for Young Learners - Level 1

1. Introduction to Robotics for Kids

   • Understanding what robots are and their uses in everyday life
   • Basic components of a robot: sensors, actuators, and controllers

2. Building Your First Robot

   • Assembling a simple robot using a beginner's kit
   • Introduction to basic robot mechanics

3. Exploring Sensors and Actuators

   • Learning about different types of sensors (e.g., light, sound)
   • Using motors and servos to create movement in robots

4. Fun Projects with Robots

   • Programming robots to perform simple tasks
   • Creating interactive robot games and activities

Robotics and Artificial Intelligence for Juniors

1. Foundations of Robotics

   • In-depth understanding of robot design and construction
   • Overview of different types of robots and their applications

2. Intermediate Robotics Programming

   • Advanced programming techniques for robotics
   • Control systems and feedback mechanisms

3. Advanced Sensors and Actuators

   • Integrating and using complex sensors in robotics
   • Designing and building advanced actuator systems

4. Robotics Projects for Juniors

   • Developing and executing small robotics projects
   • Enhancing problem-solving and critical thinking skills through robotics

Advanced Certificate in Robotics and Artificial Intelligence

1. Advanced Robotics Systems

   • Study of complex robotics systems and architectures
   • Integration of multiple subsystems for cohesive robot function

2. Machine Learning for Robotics

   • Application of machine learning techniques in robotics
   • Developing and training AI models for robotic tasks

3. Robotics Project Development

   • Planning, designing, and executing comprehensive robotics projects
   • Project management and teamwork in robotics development

4. AI Applications in Robotics

   • Advanced AI techniques and their applications in robotics
   • Real-world case studies and practical implementation