CCMAS Course Search

The course identifies what constitutes the natural environment, which can be aggregated into land (and all that is on it: landform, vegetation, soil and animals), water (and what resides in it: fish, organisms as well as related issues such as saline and fresh water) the atmosphere and climate (strata, composition, circulation). It examines the distributions of these constituents all over the world and the factors influencing growth and/or development and their global distribution as well as the changes in them brought about by human activities. 200 level

Origin of Petroleum, Crude oil and gas composition and types, Petroleum exploration techniques, Global and local historical perspective of the petroleum industry, Overview of the different sectors, Challenges in the oil and gas industry, renewal and non-renewal energy drive and examples, overview of processes involved from discovery to consumption, Petroleum industry value chain, Associated team players in petroleum and gas industry operations Opportunities available to the petroleum and Gas Engineers. 200 Level

Fundamentals of Naturopathy: Students are introduced to the history of natural medicine. Principles/ origin of natural medicine and concepts. Natural therapies and their effects on body's physiology. Psychophysiological aspects in health and diseases are explained. Holistic principles in disease and health are expounded. Duties expected of a naturopathic physician. Hydrotherapy: The effective use of Hydrotherapy. Comprehensive understanding of diseases and the healing processes that are initiated with Hydrotherapy. Methods of administering water therapy including; hot water bath, cold water bath, hot and cold water therapy, sitz bath, cryotherapy and many others. The effect of varying temperature of water in different diseases.

Introduction to Naval Architecture: naval architectural terms and concepts; Ship building and the design spiral. Marine vessels: types of ships, boats, barges and floating structures. SHIP stability: The concepts of static, dynamic, intact and damage stability. Introduction to Offshore Engineering: types, design, installation, and operations. Fixed offshore and floating offshore platforms, Subsea systems, Introduction to offshore renewable energy systems. 300 level

Neutron interactions, nuclear fission, and chain reacting systematics in thermal and fast nuclear reactors. Diffusion and slowing down of neutrons. Criticality condition and calculations of critical concentrations, mass and dimensions, core design problems, computer methods and applications, few-group approximation, and point kinetics. Nuclear reactor dynamics and reactivity feedbacks.

Solution of algebraic and transcendental equations. Curve fitting. Error analysis. Interpolation and approximation. Zeros of non- linear equations ‘in one variable’. Systems of linear equations. Numerical differentiation and integration. Initial value problems in ordinary differential equations.

Definition, development and history of occupational health. Working environment and health. Occupational health practice and services. Occupational health problems in Nigeria and their control (occupational safety and hygiene). The health problems of agricultural workers in Nigeria. Occupational lung diseases, skin diseases. Estimating occupational and environmental health risks. National and international regulations relating to occupational health. Workman’s compensation Act.

Definition of Occupational Therapy. Historical perspective, philosophy, knowledge, skills reflective of past, current and future practice. Introduction to occupational therapy theoretical foundations, frames of reference, and practical models. The nature of theory and practice as it relates to scope of practice, ethics, human rights, and legal issues. Role of the Occupational Therapist and the Occupational Therapy Assistant. Local, national, and international associations and accreditation bodies. Trends in healthcare, models of practice including wellness and health promotion. Teamwork and multidisciplinary interaction. Steps in the OT process and health practice models as applicable to all fields of practice. Fundamentals of client handling and professional and therapeutic relationships. Counselling and clinical reasoning.

Introduction: Role of OS: Types of OS, Batch Systems; Multiprogramming; Time Sharing; Distributed & Real time OS. Computer structure and OS: System Architecture – I/O, Storage, Processors; System components- OS Services, System Calls, System Programs; System Design, Implementation and Generation. Process Management: Concepts of process: Process status, Process description, Process model. Process Scheduling: Concepts, Scheduler organisation, preemptive and non- preemptive scheduler strategies, scheduling algorithms: FCFS, SJN, Priority Scheduling, Round Robin Scheduling, Multiple Processor scheduling, Thread Concepts and Multiple threaded OS. Process Synchronisation and Deadlock: Process Co-operation, Concepts of Inter-processcommunication, Process Synchronisation, Synchronisation Issues, Critical Section problem, Mutual exclusion Primitives and Algorithms, Process Synchronisation with semaphores. Concepts of Deadlock, Conditions for Deadlocks, Resource Concepts & Abstractions, Deadlock Prevention, Avoidance and Recovery, Banker Algorithms for Deadlock Avoidance.Memory Management and File system: Paging, Segmentation and Contiguous memory allocation. Virtual Memory: Demand Paging, Page replacement and Frame Allocation policies, Thrashing. File System: Concepts, Access Method, Directory Structure, and File System Management. Disk management and other issues: Disk management: Disk Structure and Scheduling. Filesystems, and operating system support for distributed systems. Protection and Security related issues. Case studies of contemporary operating systems.

Examination of patient. Relevance of systemic disease. Diagnosis and treatment planning. Differential diagnosis of “toothache”. This module provides students with continuing clinical experience treating patients with more complex needs.