ICT Network Infrastructure (A9064), 5 op

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 Study unit                            ICT Network Infrastructure (A9064), 5.0
 Implementation                        NIA1321: 2/2013-2014 (28.01.2014 - 24.04.2014)
 Type                                  INITIATION OF PROFESSIONAL GROWTH (A029)
 Groups                                Primary: NIA13SN Others :
 Involved in the project
 Lecturers                             Jouni Takala, visiting lecturers
 Number of participants                Minimum: Maximum:
 Enrolment period                      02.12.2013 08:00 - 08.12.2013
 Main timing for implementation        On working days during daytime
 Applicabililty                        For exchange students: Yes For elective studies: No Open UAS student:
                                       Yes Suitable for virtual UAS: No

 Teachers                              Takala Jouni (Teacher in charge), Salmenkylä Riku (Other teacher)
 Campus                                Laurea Leppävaara
 Main location for implementation      At the campus
 Implementation method                 Optima realization/student group, Other method of implementation Language:
                                       English Virtuality: 0 cr Integration of R&D: 0 cr
 Implementation class                  LbD based on entrepreneurship
 Focus areas                           Security, safety and social responsibility, Service business, Student entrepreneurship
 Evaluation at the latest              24.05.2014 Storing of graded material ends.: 21.06.2015
 Exam days

 Having completed the study unit the   ●      describe and demonstrate the concepts of IP networks including routing, LANs,
 student is able to                           WANs and IP subnetting
                                       ●      analyse the project tasks related to building, expanding, managing and
                                              maintaining networks, independently and in groups
                                       ●      justify solutions related to ICT data network projects

 Previous studies                      Data Networks or equivalent knowledge
 Learning objectives                   The overall objective is to understand how computers in a network can exchange
                                       information. This includes- thepurpose and structure of an IP address (like 192.168..0.1)

                                       - the purpose and structure of a subnet mask (like 255.255.255.0 or /24)

                                       - the purpose of subnetting

                                       - the essential protocols that are needed to switch and route packets from one computer
                                       to another

                                       - the ways that computers can access (be connected to) the networks

                                       - the devices (cable, host, switch, router, AP, transmission equipment, FW, etc) needed
                                       to build a worldwide network

                                       - the ways how to manage these devices (focus on a switch and a router and a
                                       proprietary operating system IOS)

                                       - the services that the computers can offer to the network (or to the users) as well as the
                                       services they can utilize
 Contents                              This implementation is structured as follows:A. Theory base supported by home
                                       assignments, assessed with 2 exams


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                                   1. Mathematical background of networking/subnetting (Exam 1)

                                   2. Concepts (Exam 2)

                                   a) Key networking protocols

                                   b) Wide Area Networks and routing IP packets through them

                                   c) Local Area Networks and switching packets within them

                                   d) Accessing WANs and LANS, wired and wireless types

                                   e) Services in WAN's and LANS

                                   f) Security and Network management


                                   B. Lab exercises to practise the theory concepts


                                   Three exercises in the Networks Lab and one cabling exercise in Laurea Leppävaara
                                   premises.Details of the implementation are given in the learning events.
 Study material                    The books referred toin this study unit are1. Odom, W. 2011. CCENT/CCNA ICND1
                                   (3rd ed.)or CCENT Cisco Certified Entry Networking Technician Study Guide (2nd ed)

                                   - electronic book available to read
                                   http://laurea.eblib.com/patron/FullRecord.aspx?p=11056902. Donoso, Y. 2009. Network
                                   Design for IP Convergence

                                   - electronic book available to read
                                   http://laurea.eblib.com/patron/FullRecord.aspx?p=427038

                                   - or to purhcase, eg. http://www.booky.fi/search.php?search=+IP+Convergence3. Wu,
                                   C, Irwin, J. 2013. Introduction to Computer Networks and Cybersecuritybut the students
                                   are encouraged to use other sources, too, especially Internet
 Evaluation criteria and methods   The following elements will be used for assessing the student performance:1. Exams in
                                   two parts: A and B (grading 0-5 total)

                                   2. Active participation in classroom/individual assignments (grading 0-5)

                                   3. Lab exercises (pass/fail)Lab exercises are not graded and will not affect the total
                                   grade of the study unit except that all lab sessions must be completed to pass. Evaluation
                                   criteriacreditsweight

                                   1Exams (A+B)3,000,60

                                   2Assignments and activity1,000,40

                                   3Lab exercises1,000,00



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Implementation plan Finished



 Project (name)                        No projects in this course

Learning events
 Date             o'clock/at h   Subject         Content                                        Status   Teachers
 28.01.2014       9:00       2   Introduction
 31.01.2014       12:30      2   First topic                                                    204
 04.02.2014       9:00       2   TBD                                                            204
 07.02.2014       12:30      2   First topic
 18.02.2014       9:00       2   Subnetting      TBD                                            204
 21.02.2014       12:30          TBD
 25.02.2014       9:00
 04.03.2014       9:00
 11.03.2014       9:00
 14.03.2014       12:30
 25.03.2014       09:00
 28.03.2014       12:30      2   TBD             This date is tentatively added (Feb 21st) to   TBD
                                                 the schedule. The content will be
                                                 confirmed or the lecture cancelled later.
 01.04.2014       9:00
 22.04.2014       9:00
 29.04.2014       9:00
 02.05.2014       12:30
 06.05.2014       9:00




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