Postgraduate programme

MÁSTER DE VERANO TÉCNICO EN REDES E INTERNET - CCNA ROUTING Y SWITCHING

Offered by CAS TRAINING

ON-CAMPUS: MADRID Direct university enquiry No obligation

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Programme overview

Why choose this programme?

El Master de Verano Técnico en Redes e Internet CCNA Routing & Switching es presencial en Madrid.

Cisco Certified Network Associate (CCNA) Routing y Switching es un programa de certificación para ingenieros de red de nivel básico que ayuda a maximizar su inversión en el conocimiento fundamental de redes y aumentar el valor de la red de su empleador.

CCNA Routing y Switching está dirigido a Especialistas en redes, administradores de red y a ingenieros de soporte de red con 1-3 años de experiencia. El CCNA Routing y Switching valida la capacidad de instalar, configurar, operar y solucionar problemas de mediano tamaño redes enrutadas y conmutadas.

Los candidatos adquieren know-how en instalación, monitorización y solución de problemas de infraestructura de red.

El plan de estudios incluye routers y switches de Cisco, cómo reducir las amenazas a la seguridad, introducción a la tecnología inalámbrica, conceptos y terminología de redes, y habilidades para la mejora del rendimiento de la red.

También contempla la utilización de los siguientes protocolos: IP, Enhanced Interior Gateway Routing Protocol (EIGRP), Serial Line Interface Protocol, Frame Relay, VLANs, OSPF, Ethernet and Access Control Lists (ACLs). El programa también incluye la gestión de Cisco dispositivos con IOS v15, políticas de licenciamiento de Cisco y la resolución de problemas (troubleshooting).

El poseedor de la certificación CCNA puede realizar lo siguiente:
-Instalar y configurar Switches y Routers de Cisco en redes con varios protocolos que utilicen interfaces LAN y WAN.
-Ofrecer un servicio de resolución de problemas de Nivel I.
-Mejorar el rendimiento y la seguridad de la red.
Objetivos

Objetivos de la Certificación CCNA
Opción 1: Dos exámenes
-100-101 ICND1 Interconnecting Cisco Networking Devices Part 1
-200-101 ICND2 Interconnecting Cisco Networking Devices Part 2

Opción 2: Un solo examen
-200-120 CCNA Cisco Certified Network Associate Exam
Salidas profesionales

Los puestos a los que puede aspirar un titular de CCNA incluyen:
-Ingeniero de centros de asistencia técnica.
-Técnico de campo.
-Ingeniero de sistemas de Nivel 1.
-Integrador de sistemas de Nivel 1.

Modality

ON-CAMPUS: MADRID

Entry requirements

A quién se dirige

-Personas con conocimientos básicos en Informática.
-Formación Profesional.
-Titulados Universitarios.
-Profesionales que deseen actualizar sus conocimientos.

Dates and duration

120 horas lectivas.

Horarios: Lunes a Jueves de 19:00 a 22:00h.
Sábados de 9:00 a 14:00h.

Career opportunities

Where this programme can take you


Salidas profesionales

Los puestos a los que puede aspirar un titular de CCNA incluyen:
-Ingeniero de centros de asistencia técnica.
-Técnico de campo.
-Ingeniero de sistemas de Nivel 1.
-Integrador de sistemas de Nivel 1.

SYLLABUS

SEMESTRE I " Introduction to Networks
1. Exploring the Network
1.1. Globally Connected
1.2. LANs, WANs, and the Internet
1.3. The Network as a Platform
1.4. The Changing Network Environment

2. Configuring a Network Operating System
2.1. IOS Bootcamp
2.2. Getting Basic
2.3. Addressing Schemes

3. Network Protocols and Communications
3.1. Rules of Communications
3.2. Network Protocols and Standards
3.3. Moving Data in the Network

4. Network Access
4.1. Physical Layer Protocols
4.2. Network Media
4.3. Data Link Layer Protocols
4.4. Media Access Control

5. Ethernet
5.1. Ethernet Protocol
5.2. Address Resolution Protocol
5.3. LAN Switches

6. Network Layer
6.1. Network Layer Protocols
6.2. Routing
6.3. Routers
6.4. Configuring a Cisco Router

7. Transport Layer
7.1. Transport Layer Protocols
7.2. TCP and UPD

8. IP Addressing
8.1. IPv4 Network Addresses
8.2. IPv6 Network Addresses
8.3. Connectivity Verification

9. Subnetting IP Networks
9.1. Subnetting an IPv4 Network
9.2. Addressing Schemes
9.3. Design Considerations for IPv6

10. Application Layer
10.1. Application Layer Protocols
10.2. Well-Known Application Layer Protocols and Services
10.3. The Message Heard Around The World

11. It’s a Network
11.1. Create and Grow
11.2. Keeping the Network Safe
11.3. Basic Network Performance
11.4. Managing IOS Configuration Files
11.5. Integrated Routing Services

SEMESTRE II " Routing and switching essentials
1. Introduction to Switched Networks
1.1. LAN Design
1.2. The Switched Environment

2. Basic Switching Concepts and Configuration
2.1. Basic Switch Configuration
2.2. Switch Security: Management and Implementation

3. Implementing VLAN Security
3.1. VLAN Segmentation
3.2. VLAN Implementations
3.3. VLAN Security and Design

4. Routing Concepts
4.1. Initial Configuration of a Router
4.2. Routing Decisions
4.3. Router Operation

5. Inter-VLAN Routing
5.1. Inter-VLAN Routing Configuration
5.2. Troubleshoot Inter-VLAN Routing
5.3. Layer 3 Switching

6. Static Routing
6.1. Static Routing Implementation
6.2. Configure Static and Default Routes
6.3. Review of CIDR and VLSM
6.4. Configure Summary and Floating Static Routes
6.5. Troubleshoot Static and Default Route issues

7. Routing Dynamically
7.1. Dynamic Routing Protocols
7.2. Distance Vector Dynamic Routing
7.3. RIP and RIPng Routing
7.4. Link-State Dynamic Routing
7.5. The Routing Table

8. Single-Area OSPF
8.1. Characteristics of OSPF
8.2. Configure Single-Area OSPFv2
8.3. Configure Single-Area OSPFv3

9. Access Control Lists
9.1. IP ACL Operation
9.2. Standard IPv4 ACLs
9.3. Extended IPv4 ACLs
9.4. Troubleshoot ACLs
9.5. IPv6 ACLs

10. DHCP
10.1. Dynamic Host Configuration Protocol v4
10.2. Dynamic Host Configuration Protocol v6

11. Network Address Translation for IPv4
11.1. NAT Operation
11.2. Configuring NAT
11.3. Troubleshooting NAT

SEMESTRE III " LAN scaling networks
1. Growing the Network
1.1. Scaling the Network
1.2. Switched Network

2. LAN Redundancy
2.1. Spanning Tree Concepts 2.2. Varieties of Spanning Tree Protocols
2.3. Spanning Tree Configuration
2.4. First Hop Redundancy Protocols

3. Link Aggregation
3.1. Link Aggregation Concepts
3.2. Link Aggregation Configuration

4. Wireless LANs
4.1. Wireless LAN Concepts
4.2. Wireless LAN Operation
4.3. Wireless LAN Security
4.4. Wireless LAN Configuration

5. Adjust and Troubleshoot Single-Area OSPF
5.1. Advanced Single-Area OSPF Configurations
5.2. Troubleshooting Single-Area OSPF Implementations

5. Network Address Translation for IPv4
5.1. NAT Operation
5.2. Configuring NAT
5.3. Troubleshooting NAT

6. Broadband Solutions
6.1. Teleworking
6.2. Comparing Broadband Solutions
6.3. Configuring xDSL Connectivity

7. Securing Site-to-Site Connectivity
7.1. VPNs
7.2. Implementing GRE Tunnels

8. Monitoring the Network
8.1. Syslog
8.2. SNMP
8.3. Netflow

9. Troubleshoot the Network
9.1. Troubleshooting with a Systematic Approach
9.2. Network Troubleshooting

6. Multiarea OSPF
6.1. Multiarea OSPF Operation
6.2. Configuring Multiarea OSPF

7. EIGRP
7.1. Characteristics of EIGRP
7.2. Configuring EIGRP for IPv4
7.3. Operation of EIGRP
7.4. Configuring EIGRP for IPv6

8. Adjust and Troubleshoot EIGRP
8.1. Advanced EIGRP Configurations
8.2. Troubleshoot EIGRP

9. IOS File Management
9.1. Managing IOS System Files
9.2. IOS Licensing

SEMESTRE IV " Connecting networks
1. Hierarchical Network Design
1.1. Hierarchical Network Design Overview
1.2. Cisco Enterprise Architecture
1.3. Evolving Network Architectures

2. Connecting to the WAN
2.1. WAN Technologies Overview
2.2. Selecting a WAN Technology

3. Point-to-Point Connections
3.1. Serial Point-to-Point Overview
3.2. PPP Operation
3.3. Configure PPP
3.4. Troubleshoot WAN Connectivity

4. Frame Relay
4.1. Introduction to Frame Relay
4.2. Configure Frame Relay
4.3. Troubleshoot Connectivity