Summary of the storyboard of MIT III

This module is introduced to medical imaging undergraduate students.

The module aims to enhance their theoretical knowledge and practical application of different medical imaging modalities.

By the end of the module, students will be able to;

1.     Students will demonstrate knowledge of the physics of nuclear medicine and the role of artificial intelligence in medical imaging.

1.       Understanding the Production of radionuclides used in nuclear medicine.
2.          Understand the Gamma camera and its application to the whole-body systems, PET, PET-CT, PET-MRI,
3.        Identify the need for quality management in diagnostic imaging
4.        Explain the differences between quality assurance, quality control, and quality management
5.          Understand the Generations of CT Scanners, and their role in today's medical imaging

The course will be delivered in a blended mode using online, face-to-face, simulation lab, and practical sessions in the hospital.

Students will have group discussions, quizzes, assignments, practical evaluation, and write a final project.

Introduction to Badminton

Badminton is a popular racket sport played by individuals (singles) or teams of two players (doubles). It is enjoyed worldwide for both recreation and competition, requiring a combination of speed, agility, coordination, and strategy.

The game is played using a racket to hit a shuttlecock over a net, with the aim of landing it in the opponent’s court and scoring points. Unlike many other racket sports, badminton involves quick reflexes and fast movements, making it one of the fastest sports in the world.

Badminton can be played indoors or outdoors, although competitive matches are usually played indoors to avoid the effect of wind on the shuttlecock. The game follows a set of rules that guide:

• Serving
• Scoring
• Court boundaries
• Faults

Understanding these rules is essential for fair and organized play.

This course of Fundamental Chemistry has as aim to give to all students, the essential basic theories relatives to Physical Chemistry, Analytical Chemistry, and Organic Chemistry. 

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Welcome to the Cell Biology and Genetics module for Sports Science. It introduces key concepts and their relevance to sports performance, especially endurance and physical activity, while building knowledge, skills, and values for application in physical education.

This module provides students with a comprehensive understanding of the structure (anatomy) and function (physiology) of body systems in domestic animals. It introduces fundamental concepts that explain how animal bodies are organized, how different organs and systems operate, and how they interact to maintain life. The module also highlights practical applications in animal science, including animal nutrition, disease prevention, reproduction management, and livestock production. Comparative aspects across different domestic species (e.g., cattle, sheep, goats, pigs, and poultry) are incorporated to enhance understanding. 

This module aims to teach organic compounds comprising aliphatic compounds and aromatic compounds. The bulk of the course will consist in studying the properties and chemical reactions of the main functional groups of organic compounds, starting with their structures. 

This module aims to teach organic compounds comprising aliphatic compounds and aromatic compounds. The bulk of the course will consist in studying the properties and chemical reactions of the main functional groups of organic compounds, starting with their structures. 

Sports Nutrition is a specialized course designed to examine the critical relationship between dietary intake, physiological demands, and athletic performanc

Emerging technologies are novel innovations currently evolving that have the potential to disrupt existing industries, social behaviors, and economic models.

Throughout this course, students will build a strong foundation in food composition, properties, and behavior while applying scientific principles to ensure quality, safety, and value addition through topics like  food composition, microbiology, preservation, quality assuranceand  safety standards.

the courses introduces the application of psychological factors and techniques to enhance sport performance

This course enables the students to understand the definition, principles of accounting in line with the accounting equations computation and knowledge of financial statements preparations.

This module is designed to introduce learner to imaging terms specific to human body, equipment and patient positioning in radiography.

This course is all about introducing learners to the principles of radiotherapy treatment planning and treatment delivery process.

This module aims to introduce the fundamental, theoretical and practical concepts of forensic chemistry.

This course aims to equip you with knowledge about principle of green chemistry  and green metrics that are important in the design, synthesis and use of chemicals that are safe and environmentally benign.

This module introduces the synthesis and functionalization of nanomaterials, enables understanding of characterization techniques, and relates nanomaterials to real-life applications.