CCMAS Course Search

Historical background: the natural system and the value of character; Phenetic and phylogenetic concept in taxonomy including rules and nomenclature; the categories in taxonomy; Evolution; identification of flowering plants; Recent trends in plant taxonomy

Definition and scope of microbial fermentation; History of industrial fermentation processes; Batch and continuous fermentation systems; Solid state fermentation; Products of fermentation: primary and secondary metabolites; microbial biomass and indigenous fermented foods

Detrital Magnetization; Thermo-remanent magnetization; Collection and treatment of Data; magnetic cleaning; measurement of natural remanent magnetization; Investigation of other magnetic properties of rocks; Temperature effects; stereographic projection; Application of results of paleomagnetism

Sample space; algebra of sets and events; axiomatic definition of probability and independence; Bayes theorem; Random variables and their distributions; Moment; Cumulant and Probability Generating functions; Some special distributions and their properties; Multivariate continuous distribution: Marginal and Conditional Distribution; Distribution functions of random variables and some derived distributions; Limiting theorems and limiting distributions; Elements of stochastic processes

Introduction to measure theoretic probability; derivation and transformation of probability distributions; generating functions and characteristic functions; conditional expectation; sufficiency; and unbiased estimation; methods of large sample theory including laws of large numbers and central limit theorems; order statistics

The characteristics of fresh water brackish; marine; wetland and habitats and their effects on ecosystem production processes including ecosystem structure and architecture laws governing energy transformation in nature - Food chains and Food webs etc; Wetland conservation (Government policies governing wetland conservation)

Comparative study of the organization and implementation of a variety of programming languages and language features; Design principles are explored and applied in a historical review of major languages; Procedural; functional; logic-based; object-oriented and parallel languages; Research issues such as polymorphism; formal semantics and verification explored in depth

A candidate for the M.Sc; degree shall undertake an independent research in the particular field of specialization under the guidance of a supervisor appointed by the Department Postgraduate committee and approved by the Postgraduate School and the University Senate; A report on the research project shall be submitted to the Department; The candidate shall be examined orally by a panel of external and internal examiners

Analysis and control of variations in a production process; OC of a control chart; Control charts for attributes and variables; Cumulative sum control charts; Other control charts; Methods of controlling several related characteristics; Process capability analysis; Design of control charts; Specification and Tolerance

Interactions of a point particle; Symmetries and conservation laws; fundamental invariants; energy-momentum tensor; Neother's theorem; Green's functions; Radiations; Relativistic Wave equations: the Klein-Gordon equation; Dirac equation and the Weyl equation; Dirac propagator; Quantization of fields: scalar field charged scalar field; quantized radiation field; massive vector fields; Interaction with external fields: emission probabilities; Compton effect; Pair creation and annihilation; Bremmstrahlung etc; perturbation theory; Feynman rules; Feynman diagrams; Radiative corrections and renormalization: vacuum corrections; electron propagator; vertex functions; the Lamb shift; the anomalous magnetic moment; Functional methods; Introduction to Gauge Field theories