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| Course Description |
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Introduction: E-Commerce Environment
and Opportunities |
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E-Commerce Business Models |
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E-Commerce Architecture & Components |
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Presentation Infrastructure |
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Integration & Middleware |
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E-Commerce Transaction Management |
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Webservices |
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Design Considerations for E-Commerce
Systems |
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Security Issues in E-Commerce |
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Network Security |
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Mobile E-Commerce |
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Legal Issues |
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Future E-Commerce Technologies |
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| Course Description |
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Supply-chain components and their
integration |
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Mapping the supply-chain |
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SCOR model processes: Plan, source,
make, deliver and return Warehousing, inventory and
goods movement |
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Benchmarking and logistics systems
performance assessment |
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Supply-chain business processes |
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Integrated logistics strategies |
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International perspectives. |
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| Course Description |
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Logistics systems analysis: problem
definition, data collection |
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Problem analysis: mathematical
models, heuristic methods, simulation methods |
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System implementation: validation,
verification |
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Sensitivity analysis |
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Modeling approaches to performing
logistics system analysis and design in: logistics
network model and generic network formulation |
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Empirical methods and optimization
methods for vendor selection |
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| Course Description |
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Concepts and principles of logistics |
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The logistics chain |
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Material management and distribution
management |
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Freight forwarding and storage. |
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Freight transport technology, land,
sea and air |
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Facility location |
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Scheduling and routing |
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Strategic national and international
transport networks |
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Intermodalism. |
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| Course Description |
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Introduction to Enterprise
Resource Planning systems. |
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SAP modules: Sales Distribution
, Materials Management, Production and Planning,
Plant Maintenance |
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Service Management |
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Integrative relationships of SAP
modules |
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Organisational structures of Logistics
in the SAP ERP Systems. |
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Data warehouses. |
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| Course Description |
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Demonstrate a knowledge
of the concepts of Integrated Logistics Management |
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Identify opportunities for the implementation
of Integrated Logistics Management design or modify
an infrastructure to support and. |
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Develop an Integrated Logistics
Management programme |
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Logistics and marketing functions;
total cost concept; profit performance; financial
impacts; acquisition and application of accurate
cost data programming |
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| Course Description |
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Introduction: What is BPR, Aim of BPR, goals of BPR, advantages, directives, risk, enterprise model |
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Introduction to BPR for e-Commerce Overview: The Models of Wealth Creation, key issues & methodologies of BPR |
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Redesigning Business Processes: Demonstration of a variety of methodologies |
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Principles & Tactics of Process Redesign for e-Business |
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Scoping an Enterprise Process |
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Process Engineering: Analysis & Redesign of an Enterprise Process |
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Supply Chain & e-Commerce Process Engineering |
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Modelling and Simulation: Dynamic Modeling and Simulation tools |
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Collaborative Supply Chain Processes for e-Commerce |
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Process Innovation |
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Process Management: Continuous Quality improvement of Processes, knowledge management, managing change |
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IT Integration Options for e-Commerce processes |
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Case Studies: Selected examples of transforming traditional enterprises into e-enterprises. |
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| Course Description |
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Security Issues in e-Commerce |
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Network Security |
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Mobile e-Commerce |
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Legal Issues |
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Future e-Commerce Technologies |
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| Course Description |
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Computer basics, processors, instruction
sets, programming languages, compilation and interpreting |
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Java as a programming language numerical
data: primitive data types, variables, arithmetic expressions,
constants |
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Classes and objects, defining classes
as data types |
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Constructors, visibility modifiers,
parameter passing. |
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Selection statements: if, switch |
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Repetition statements: while, do-while,
for |
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Characters and strings: arrays |
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Command line parameters |
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Searching and sorting arrays |
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Program efficiency using Big O notation |
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Objects as parameters, returning an
object from methods |
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Scope of variables |
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Inheritance and its application to
generalization |
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Overriding of inherited methods and
polymorphism |
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Abstract classes and interfaces and
their application to hierarchies |
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Reuse of classes through inheritance
and composition |
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Building simple data structures, lists,
stacks, and queues |
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Introduction to recursion |
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Error handling with exceptions and
exception hierarchies |
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The Java I/O system |
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Introduction to UML diagrams |
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Introduction to graphics, GUI programming
and event driven programs |
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Java threads, multi-threaded programming,
thread priority and synchronization |
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Java network programming using sockets |
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Java clients with single and multi-threaded
servers |
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| Course Description |
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Systems development life cycle models |
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Project management tools and notations |
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Management principles for the software
process |
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Contrast of traditional and object
oriented project management structures |
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Traditional testing methods: white
box, black box, integration and system wide object
oriented testing |
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System security and integrity principles |
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System installation and changeover |
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Managing maintenance |
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Management of systems |
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Security and integrity |
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Configuration management and software |
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Quality assurance and continuous process
improvement |
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| Course Description |
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The nature and meaning of work and
organisation, their structure and management |
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Technology, job design and work organisation |
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Changing production systems |
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People at work-roles, motivation,
and social relations |
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Organisational culture and control,
conflict, its regulation and management, cross-cultural
dimensions |
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Global trends |
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| Course Description |
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Fundamentals of operations management;
its relationship with other functions |
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Operations strategy; importance of
location, decisions, factors, evaluation methods |
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Layouts for different operations |
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Technological progress, computer-aided
design, computer-aided manufacturing, flexible manufacturing
systems |
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Job design, work methods and efficiency,
human factors, ergonomics |
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Quality and continuous improvement |
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Manufacturing management in the international
environment |
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| Course Description |
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The role of Management
Science |
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History, Scope of applications, Consultant's
role |
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Management Science Modelling; Linear & Integer
Programs, Network models, Queuing models, Simulation
models, Inventory models. Linear Programming |
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Geometrical solutions, Simplex, Sensitivity.
Networks |
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Transportation, Assignment, Shortest
Path, Maximum Flow |
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Integer Programming; Branch & Bound.
Queuing, elementary concepts, M/M/1 queues |
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Simulation, random numbers, design
of experiments, analysis of output, software |
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Inventory Management; Elementary concepts,
EOQ model, Stochastic models. Management Science Software.
Case Studies |
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| Course Description |
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Introduction to Quality |
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Principals of total quality in organisations,
quality philosophies, focus on customers, leadership
and strategic planning for quality, quality and human
resource practices, quality in process management,
performance management and cost of quality, basic statistics
in quality, quality improvement techniques, quality
control, statistical process control, reliability and
the total quality organisation |
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