CCMAS Course Search

Tympanoplasty. Pressure Equalisation Tube-PET (grommet insertion). Myringotomy, staepedectomy. Mastiodectomy. Endolymphatic sac decompression and shunt insertion. Vestibular neurectomy. Cochleosacculotomy. Suboccipital craniotomy of cerebellopontine angle (CPA) tumour. Transcanial labyrinthectomy. Cochlea Implants. Bone-anchored hearing aids, Middle-ear implants. Brain-stem implants. 400 Level: Clinical Year I First Semester

Differential diagnosis of congenital swellings of the oro-facial region. Clefts, associated syndromes, and its management. Vascular and lymphatic lesions of the oro-facial region and 253 their management. Other syndromes and anomaliesj of importance in dentistry. Pre-prosthetic surgery and implantology. Surgical orthodontics.

Introduction to the use of computers for processing, organising, retrieving and utilising biomedical information at the molecular, biological system, clinical and healthcare organisation levels. Description of essential concepts in biomedical informatics that are derived from medicine, computer science and the social sciences.

Introductory survey of the discipline of biomedical informatics. Use of computers for processing, organising, retrieving and utilising biomedical information at the molecular, biological system, clinical and healthcare organisation levels. Essential concepts in biomedical informatics that are derived from medicine, computer science and the social sciences.

Basic concept and processes of surveying computations. Field and office computations, decimal and significant figures, accurate and inaccurate figures, rounding off and approximation. Care of computation machines. Methods used in surveying computation. Selection and manipulation of formulae for surveying computations. Computations of distances and angles with their various corrections. Computation of grid, magnetic, whole circle and reduced bearings from true bearing. Computations of rectangular coordinates from one station to the other, Computations of bearing and distances from coordinates of known points. Closing misclosure, treatment of misclosure and attainable accuracy. Area computations of surveying networks, Computation of omitted data in a closed network observation. Computations involved in the booking of field observations.

Basic principles, design, construction, sources of errors, accuracy attainable, uses and care of the following surveying equipment: Ranging poles, cross staves, optical square prism. Chains, wires, lines tapes, steel bands, Survey compasses, Tripods. Effect of diurnal variations, magnetic, storms and local attraction on compass. Different types and uses of levels, parts of levels and leveling staves. Sub tense bar, Range finder, Parallax bar, Stereoscope, Plan meter, Pantograph, Coordinatograph, Plane-table and other elementary surveying Instruments. Working principles, construction, classification, calibration, types, uses, care, sources of errors, accuracy attainable, temporary and permanent adjustment of the following surveying instruments: EDMs, Theodolites, Levels, Tachometers, Altimeter, Psychomotor, Gravimeter, Doppler shift frequency, Laser, Global Positioning System (GPS), Total station Instruments targets/reflectors, Digital Plotters and scanners, Comparators and Drone.

Natural Resources Conservation and Environmental Standards -Natural resources, concepts and definitions; Natural resources exploitation; Environmental/ecological implications of threatened/endangered natural resources (i.e., forests and wildlife species); sustainable use and conservation of natural resources. Sustainable Development: the organizing principle for meeting human development goals while simultaneously sustaining the ability of natural systems to provide the natural resources and system services upon which the economy and society depend. history of sustainability and sustainable development, definitions and scope of sustainable development, sustainable development goals (SDG): Concept, UN decade for sustainable development, sub – groups: environmental (or ecological), Agriculture, Economics, Environmental Economics, Energy, Manufacturing, Technology, Transport, Business, Income, Politics, Architecture and Culture. Resettlement Planning. tools for combating human population challenges for sustainable development

Human civilization and mineral resources development: Mineral resources development and national economic diversification agenda; seeing the whole picture from mineral exploration (en route mines development, mining, mineral processing, metallurgy, manufacturing) to the market; features of sustainable mineral resources development. Sustainable mineral resources development: Relay race among four athletes: geologist, miner, mineral processor and extractive metallurgist based on techno-economic issues, safety and health issues and environmental issues; mining value chain: exploration: (prospecting + valuation), mining geology, geo-statistics and mines development; Mineral value chain: Five classes of mining titles, applied mineralogy, comminution, classification and particle size analysis, concentration methods- Physical process, concentration methods- physico-chemical process and de-watering; Metal value chain: geo-metallurgy, pyrometallurgy, hydrometallurgy, electrometallurgy, physical metallurgy, mechanical metallurgy, manufacturing processes. Engineering materials family: Situating metals among other engineering materials: ceramics, polymers & composites.

Causes and clinical approach to syndromes. Syndromes associated with the defects in the mandible and maxilla. Syndromes associated with connective tissue pathologies. Specific diseases of the tongue. Specific diseases of the lips.

Detailed study of principal alloy, ceramic, and polymer systems. Evaluation of the effects or processing on selected physical and mechanical material properties. Overview of design fundamentals and examination of selected material/design case studies for manufacturing.