CCMAS Course Search

Evaporation, dehydration, psychometry, surface phenomena, refrigeration and freezing. Heat and mass transfer, Heat penetration within cans; factors affecting heat penetration with cans; death order of microorganisms with cans. Material and energy balance calculations, steady and unsteady conduction, free convection, forced convection and heat transfer with change of phase. Radiation heat transfer and its applications in food industry. Steady and non-steady diffusion in liquids. Mass transfer with convection and its applications in beverage industries.

Viscosity: definition, kinetic viscosity, dynamic viscosity and Reynolds constant. fluid Flow: laminar, transitional and turbulent flow. Mechanical flow: Bernoulli equation, flow jet kinetic and kinematics; thermal conductivity, steady and transient conduction problems, forced and natural convection, heat transfer and radiative heat transfer. Definition of binary diffusivity, convection mass transfer and mass transfer coefficient. The application of the principles covered in the design of specific metallurgical systems.

Transportation in the petroleum industry. Pipeline design specification and standards. Rheology, concepts and models. Pipeline design models. Conventional models and energy cost optimization models. Gas pipeline handing facilities, compressors/pumps, sizing, selection and operations. Corrosion control. Pipeline surveillance. Virtual pipeline technologies.

Role of transportation in urban and regional planning: traffic generation as a function of land use: mode of transportation of goods, services, and people-characteristics and performances. Relationship between transportation planning and land use planning. Methods of collection, analysis, interpretation and projection of traffic data, traffic problems and control problems, control measures and management problems of organization and regulation of public transport. Introduction to road geometric and design of intersections. Introduction to traffic control systems and management. The accompanying workshop assignment will include basic surveys analysis, interpretation, synthesis and application of results in a variety of situations like road intersection and parking areas.

The principles of metal design and fabrication of products by casting shall emphasized. Items such as gongs, shields, plaques and buckets, using casting processes such as sand casting, investment, shell methods of casting and other advance methods shall be encouraged.

Dams and pond construction; Stocking and pond management; Cropping and marketing; Cage culture; raceways and closed circulation systems; Fish propagation; controlled natural and induced spawning; Hatchery organization and management; Feed formulation and evaluation; Culture of shell fishes

Clinical teaching for tutorials and seminar and emergency teaching based on the principle of courses outlined in PSY 601 to 603 above. Emphasis on the must know desired competencies and common psychiatric disorders.

Specific topics are drawn in a roster and students present in the presence of a lecturer as a moderator.

History of printmaking as well as printing technology is taught in this course. Emphasis is on theoretical and practical explorative study. Students are to be exposed to the materials and the principles and techniques of Printmaking (relief, intaglio, etching). Students will be exposed to practical methods (i.e. relief, offset lithographic, gravure, screen, stencil printing.) of placing images on material. Study of large format digital printing and offset lithography. Topics include posters, outdoor and indoor promotional items, book publishing, computer aided typesetting among others. Students develop a working knowledge of the key computer application software for lettering communication and pictorial illustrations. Topic includes the various computer-driven methods of publishing (Desktop publishing). More exercises on creative scenic composition in printmaking will be explored.

Common ultrasound terminologies. Normal Pelvic Anatomy: Uterus – anatomy and ultrasound examination. Vagina – sonographic appearance. Ovaries – Anatomy to include shape, size in prepubertal, menstrual and post menstrual stages. Supporting structures – Divisions of the pelvis ie true & false pelvis, location and functions of supporting muscular structures. Sites of fluid accumulation – anterior and posterior cul-de-sac, space of Retzius and fornices. Vasculature – roles of uterine and ovanian arteries. Physiology: Menstrual Cycle – role of the pituitary gland in menstruation should be stated. pregnancy Test – indicators of pregnancy. Fertilisation – formation of embryo. Infertility and Endocrinology. Contraceptives. Sonographic findings with IUCDs. First Trimester: Gestational Sac – embryology of the gestational sac. Sonographic findings of gestational sac development: Yolk Sac, Ovaries (corpus Luteum), Pregnancy failure – Fetal demise, anembryonic pregnancy (blighted ovum), threatened abortion, inevitable, missed, habitual, complete/spontenous abortion. Ectopic pregnancy. Sonographic examination in the first trimester. Determination of presence or absence of fetal life. Determination of fetal number. Simple description of common artifacts and their origin, Dosimetry, bio effects regulations and standard of practice, quality assurance and equipment specifications. Second and Third Trimester (Normal Anatomy): Basic guidelines for obstetric sonograms. Fetal biometry, Basic survey of fetal anatomy to rule out abnormality. Evaluation of fetal Cranium, Spine, Heart, abdominal organs and limbs Abdominal Sonography: Liver, Structure and Anatomy: Sonographic appearances in normal and disease conditions. Biliary Tree: Anatomy of the gall bladder, nature & function of the Bile ducts, Bile and splincter of odds should be stressed. Normal anatomical variants – functional fold, Phrygian cap, Hertmann’spouh, Scanning techniques d. Indications & laboratory values. Pancreas: Anatomy – subdivisions, Pancreatic ducts; duct of wirsung, ducts of santorim, blood supply, functions – endocrine & exocrine systems. Scanning techniques & laboratory values. Introduction to Computed Tomography: Basic terminology, Components – imaging, computer and display systems, Digital image processing overview, Image manipulation. Overview of imaging parameters; Protocol selection, Motion reduction. Overview of clinical applications of CT, Information gained, Pathology demonstrated, Basic positioning guidelines. Patient and personal safety: Radiation dose considerations, Table weight limits, Pregnancy, Emergency in the scanning area, Contraindications to patient scanning. Computer Technology: Review of Computers and their operation, Digital Image Processing; CT Components: Equipment and Software: Data acquisition and Reconstruction: Acquisition methods, Spiral CT, Scanogram, Technical Factors, Image Quality/Manipulation, Radiation Dose, Artifacts, Correcting Suboptimal Images, Display/Recording/Storage and Quality Assurance.