This training gives participants without a specific IT background a general overview of the basic principles and techniques used in IT.
At the end of this course the participant will:
- be familiar with the basic architectures and technologies of hardware, networks, applications;
- be familiar with the functions and the types of operating systems;
- understand the different kinds of applications: how they work and how they are made;
- have had a taste of some basic techniques from the world of programming, data, networking ...
Future programmers or analysts without a specific IT background, everyone who wants to obtain basic technical IT-knowledge (project managers, sales representatives, managers ...).
No specific previous knowledge is required.
- Computer technology basics
computer architecture • binary data • CPU • memory • I/O • mainframe/midrange/PC/server ...
- Operating systems:
functions • types • OS overview (Windows, Unix/Linux, MVS-z/OS, OS/400-i5/OS, ...)
Hardware virtualisation • virtual machines • containers • cloud computing
- Networks and data communication:
LAN & WAN • hubs, routers, switches, modems • Ethernet • ADSL • TCP/IP • OSI model • Internet • security
- Distributed processing:
client/server • web technologies • HTML • XML • HTTP • Service Oriented Architecture web services • APIs
- Data organisation:
data types • storage media • database types • SQL • locking, protection, recovery • data warehouses • analytics • BI • data science • machine learning • artificial intelligence
traditional & object oriented programming • programming languages (COBOL, C++, Java, Python, C#, ...) • programming tools (IDE, CASE, Version Management) • platforms (Java EE, .NET) • frameworks
- The development process:
project lifecycle (analysis, design, implementation, test, ...) • Agile • methods and techniques • modelling • ERD • Object Orientation (OO) • RUP • UML • organisational aspects
system management • network management • application management • SLA • ITIL
Classroom training, with theoretical explanations, demos and small exercises (e.g. on the basic principles of system analysis).
Koen De Backer, Guido Indesteege, Arnout Veugelen.
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