LINEAR COURSE “CISCO”
«Fundamentals of Computer Networks
This course is an introduction to the study of architecture, devices, functions, components, and models of the
Internet and other computer networks. In this course, the example of the OSI networking model and TCP
addresses the basic principles of networks and the role of the various protocols and services of different levels:
applications, network, data link and physical layers. The basis for the study of the course are topics related to the
principles and structure of IP-addressing the concept of Ethernet, with the structure, physical properties and
operations of various transmission media. For laboratory work uses a "model of the Internet," provides students
with the opportunity to analyze real data, not to the detriment of production networks. Working with Packet
Tracer (PT) helps students analyze protocols, network operation and build small networks in a simulation
environment. At the end of the course students should be able to build local networks of simple topologies,
applying basic principles of cabling, as well as perform basic configurations of network devices such as routers and
switches, and implementing IP-addressing scheme.
Principles and routing protocols
This course examines the architecture, components, basic principles of routers and their protocols. Students
learn to analyze, configure and troubleshoot basic configuration of routing protocols: RIPv1, RIPv2, EIGRP, and
OSPF. By the end of this course students will be able to recognize and correct common problems associated with
routing.
At the end of each chapter provides a set of laboratory works, including exercises on Packet Tracer for basic
configuration, test the network in operation, troubleshooting. These exercises will help consolidate the new
concept that enables students to simulate and analyze routing processes that may be difficult to visualize or
understanding.
LAN switching and operating principles of wireless networks
This course examines a variety of WAN technologies and network services required for the application of
corporate networks. As an example, in this course uses Cisco Network Architecture to introduce students to the
integrated network services, explained the general approach in the selection of appropriate devices and
technologies that meet the requirements of a particular network. Students will learn the principles of the
common configuration data communication protocols, application of the concept of security WAN, principles of
movement, access control and addressing services. In the end, students will learn how to identify and solve
problems, fix common problems in enterprise networks.
Introduction to Wide Area Networks
This course examines a variety of WAN technologies and network services required for the application of
corporate networks. As an example, in this course uses Cisco Network Architecture to introduce students to the
integrated network services, explained the general approach in the selection of appropriate devices and
technologies that meet the requirements of a particular network. Students will learn the principles of the
common configuration data communication protocols, application of the concept of WAN security, principles of
movement, access control and addressing services. In the end, students will learn how to identify and solve
problems, fix common problems in enterprise networks.
LINEAR COURSE “MICROSOFT ADMINISTRATION”
Windows Server 2008 Setup and Use Active Directory
After studying the course, students will have the following skills and knowledge:
1. Configuring Domain Name System (DNS) for Active Directory
2. Configuring the Active Directory infrastructure
3. Role Configuring Active Directory and Services
4. Creating and maintaining Active Directory objects
5. Maintaining the Active Directory environment
6. Configuring Certificate Services in Active Directory.
Windows Server 2008 network Setup
After studying the course, students will have the following skills and knowledge:
1. Configuring Addressing and Services
2. Configure the translation of names into IP address
3. Configure the network access
4. Configuring file services and print services
5. Monitoring and Control Network
Windows Server 2008 Configuring Applications
After studying the course, students will have the following skills and knowledge:
1. Deploy Servers
2. Configure Services for Remote Desktop
3. Configure the Web services infrastructure
4. Configure the network services.
LINEAR COURSE “MICROSOFT PROGRAMMING”
Microsoft NET Framework – Application Development Platform .NET
After studying the course, students will have the following skills and knowledge:
1 - Developing applications that use system types and collections.
2 - Implementing service processes, threading, and application domains in a .NET Framework application.
3 - attachment configuration, diagnostics, and control installation. NET Framework application.
4 - Implementing serialization functionality and I / O in the .NET Framework applications.
5 - Improving security of .NET Framework applications using NET Framework security features.
6 - Implementing interoperability, reflection, and mailing functionality NET Framework application.
7 - Implementing globalization, drawing, and text manipulation functionality in NET Framework application.
Microsoft .NET Framework 3.5, Developing applications on the basis of ASP.NET
After studying the course, students will have the following skills and knowledge:
1 - Development of web applications.
2 - Working with Data and Services.
3 - Working with ASP.NET AJAX and ClientSide Scripting.
4 - Creating Server Controls.
5 - Configuring and deploying web applications.
6 -Ustranenie troubleshooting and debugging web applications.
7 - Development of web application for mobile devices.
Microsoft .NET Framework 3.5 – Application Development
After studying the course, students will have the following skills and knowledge:
1 - Creating a UI for a Windows Forms application by using standard development tools.
2 - Integrating data into applications Windows Forms.
3 - Implementation of printing and reporting functionality in applications Windows Forms.
4 - Improving accessibility for the user.
5 - The use of asynchronous programming.
6 - Deploy controls Windows Forms.
7 - Configuring and Deploying Applications.
Microsoft .NET Framework 3.5, Database Development using ADO.NET
After studying the course, students will have the following skills and knowledge:
1 - Binding to data sources (databases such as MS SQL dannyt and etc.).
2 - Selection of data and query the database.
3 - Change the data in the database.
4 - Data Synchronization.
5 - Working with the data after the loss of a database connection.
6 - Object Relational Mapping (ORM) using the Platform Object (Entity Framework).
LINEAR COURSE “OPEN SOURCE – JAVA EE 5”
Certified Specialist in Oracle level Professional: Developer of Web Components on Java EE 5
This course prepares students for the certification OCPJWCD (Oracle Certified Professional Level Professional:
Developer Web Components for the Java EE 5 platform), which assumes a basic knowledge of the development of
Java-components (servlets and JSP-pages) used in web applications.
Certified Specialist in Oracle level Professional: Developer of business components on Java EE5
This course prepares students for the certification OCPJBCD (Oracle Certified Professional Level Professional:
Developer Business Components for Java EE 5 platform), which assumes a basic knowledge of the development of
Java-components for distributed enterprise applications. Particular attention is paid to the development of EJB
components.
Certified Specialist in Oracle level Professional: Developer Web services on Java EE 5
This course prepares students for the certification OCPJWSD (OCPJWSD: Oracle Certified Level Professional:
Developer Web Services for Java EE 5 platform), which requires the ability to develop web services using
technologies such Java, as Java Web Services Developer Pack, JAX-WS and JAXB. In addition, this course examines
the technology XML, JSON, REST and security framework.
LINEAR COURSE “ORACLE”
Oracle Database 11g: Basics of SQL
The course provides students with basic knowledge of SQL, allows developers to write queries against one or
more tables, modify data tables, and create database objects. The main development tool used in the course is
Oracle SQL Developer; is used as an additional SQL Plus. The course is intended for application developers,
database administrators, report developers, business analysts.
Oracle Database 11g: Programming on PL/SQL
This course examines contemporary possibilities PL / SQL to develop and debug PL / SQL-programs most
effectively interact with the database and other applications. Students will learn to use the full functionality of
cursors, packages, large objects, collections, and methods of interaction with other applications. The problems of
writing optimal code, the use of external routines written in C and Java, the application of the detailed
mechanism of access control, as well as protect the code from SQL-implementations.
Oracle Database 11g: Administration
• Using a database in Data Guard standby mode to perform functions such as building reports, queries, testing
and implementation of backup
• Create and manage physical and logical database in standby mode
• Using Enterprise Manager Grid Control and Command Line Interface Data Guard (DGMGRL) to accompany
the Data Guard configuration
• Using the Data Guard for high availability databases Oracle.
Oracle Application Express 4: Developing Web Application
Oracle Application Express (shorthand name as Oracle Apex, APEX, previously named Oracle HTMLDB) - free
environment of rapid development of application software based on SUBDOracle Database, completely
implemented as a web application. All the elements that occur in the application development cycle in the
environment is stored directly in the infrastructure of Oracle Database, thereby providing a collaboration of
developers and version control without the use of additional files and version control systems. Advanced use of
PL/SQL programming concepts (such as collections, tuning and performance, caching, LOBs) are also covered.
LINEAR COURSE “APPLE PRODUCTS”
Introduction to MAC OS X
The course exploring the basics of the basics of Mac OS X, its capabilities, and basic settings. Acquainted
with the interface Mac OS X Mountain Lion. Dock - with him begins work on Mac OS X. Starting and closing
programs. Settings Dock. Stacks in the Dock.
Programming on Objective C
Objective-C - the compiled object-oriented programming language used corporation Apple, built on the basis
of the C language and paradigms of Smalltalk. In particular, the object model is built in the style of Smalltalk - that
is, a message is sent.
Objective-C language is a superset of C, so the C-code compiler to fully understand Objective-C.
Objective-C compiler is included in the GCC and is available on most major platforms. Language is used
primarily for Mac OS X (Cocoa) and GNUstep - implementations of object-oriented interface OpenStep. Also, the
language used for the iOS (Cocoa Touch).
Application development for mobile devices on на iOS
Mobile application development - a process in which applications are developed for small portable devices
such as PDAs, smart phones or cell phones. These applications can be pre-installed on the device in the
production process, uploaded via different platforms for distribution or is a web application that is processed on
the client side (JavaScript) or server.
Application development for Mac OS X
Objective C programming language and the development of applications for the Mac OS X development
environment Xcode from Apple. Full course from basics to advanced language programs. The course is based on
the books: Programming in Objective-C, Stephen G. Kochan; Cocoa Programming for Mac OS X, Aaron Hillegass.
LINEAR COURSE “SAP”
Introduction to ERP SAP
A brief history of ERP. What is ERP-sistema.Rol ERP-system.The concept of resource planning systems across
the enterprise. The concept of next generation ERP-II. What can you do ERP-system. Functions of the ERP-system.
The main purpose of the ERP-system. Scope of application. Characteristics of ERP-systems. Selection of ERPsystem. Architecture ERP. Classification of ERP-systems. Market Analysis of ERP-systems. Introduction. New
trends: rent ERP-systems. Overview of SAP R / 3.
Integration of business processes
The course is an integration and allows listeners to cover almost all the basic functionality of the ERP-system
SAP. This is a basic course, which may be the first step for further, more in-depth study modules on SAP. At the
end the students who successfully passed the certification exam, a certificate of SAP, which will allow them to
participate in consulting projects for the implementation of decisions of SAP ERP.
Production planning
The AFS system can transfer the data to the lower level of the material. The materials are characterized by
these data in accordance with certain characteristic values such as size, color and quality, which affect the entire
logistics process.
For example, using the categories can be defined as the differences between the different materials.
Characteristic values of materials for production are already contained in the BOMs and routings.
Data obtained from the forecast of consolidated or Sales and Operations Planning in the standard SAP-system,
can be transferred to the AFS system and use them for production planning, taking into account specific features
of the materials AFS. These data are used in MRP to meet the needs, such as customer orders, at the expense of
existing stocks / inventory plan.
Project Management
SAP Project and Portfolio Management (PPM) provides automation of project management processes and
greatly facilitates the management of portfolios of projects. Keeping the structure of the investment program
with the possibility of aggregation of indicators from the level of individual projects on the level of investment
programs and portfolios. Allowed the simultaneous use of several alternative structures (representations) of the
investment program.
LINEAR COURSE “CLOUD COMPUTING”
Parallel and distributed computing
This course provides an overview of distributed computing technologies from the point of view of the
organization of job scheduling in grid and cloud environments. The architecture of the platform UNICORE, focused
on providing transparent secure access to the resources of a distributed computing environment. The general
classification of the scheduling algorithms in distributed computing environments, as well as classification of
scheduling algorithms for tasks with dependencies between tasks.
Distributed Operating Systems
Cloud computing - information technology concept, which implies providing universal and convenient network
access on demand to the common pool (Eng. Pool) of configurable computing resources (eg, data networks,
servers, storage, applications and services - both together and separately) that can be provided quickly and
released with minimal operating costs or access provider.
Consumers of cloud computing can significantly reduce the costs of information technology infrastructure (in
the short and medium term), and to respond flexibly to changing computing needs using the computational
properties of elasticity (Elastic computing) cloud services.
Concept of cloud technologies
In this course, grid seems logical to translate exactly, because Cloud computing does not always involve
the use of Grid-technologies. Lingvo Computers provides the following definitions:
Grid - architecture, concept, technology Grid - oriented virtualization computing method of organization of the
computational process, when part of the problem is distributed across all the free resources on the network.
"Grid computing - the network (collectively, parallel, distributed) computing," lattice "of computing resources,
grid -vychisleniya - the term refers mainly to the architecture of global, regional and enterprise-wide computer
networks, involves the use of currently available network resources in solving problems, too complex for a single
computer, and requires special software.
“SAAS”
SaaS (Engl. Software as a service - software as a service, also English. Software on demand -Software on
demand) - the business model of the sale and use of the software in which the supplier is developing a web
application and run it yourself, providing client with access to software over the Internet. The main advantage of
the SaaS model for consumer services is the absence of costs associated with the installation, upgrade and
support of the equipment and working on it software.