Name: Network System Administrator Course in Ahmedabad
Brand: Awdiz
SKU: 148
Availability: InStock
Rating: 4.9 (2612 reviews)

Network System Administrator Course in Ahmedabad with Placement

Categories

Networking

Review

100% Job Guaranteed Network System Administrator Course in Ahmedabad

Up to 3 LPA Guaranteed Salary for Freshers

Switch to IT Career Easily with Awdiz

Land Your First IT Job in just 3 Months

Learn from the best Network System Administrator Training Institute in Ahmedabad

Any Graduate Any Year Passout can apply

Start the Course as low as 3000* ₹ per month

Course Name

Network System Administrator Course in Ahmedabad

Course Type

Job Guarantee Program

Duration

Network System Administrator Course Duration is 3 months

Qualification

Any Graduate

Fees

Network System Administrator Course fees in Ahmedabad is between INR 28,000 to INR 79,000

Start date

Course Name

Duration

Network System Administrator + Firewall

2 months Weekdays

Network System Administrator + Firewall

3 months Weekends

Searching for the best Network System Administrator course in Ahmedabad ?

Packages up to 6 LPA in MNC companies

100% Job Guaranteed Cisco Certified Network Associate Course in Ahmedabad with placement for Freshers

Infinite Interviews Till you get Placed by Awdiz

No Question Asked Refund Policy Since 2013

The average Network System Administrator Course fees is INR 28,000 to INR 79,000

The Network System Administrator Course duration is 3 months

Students working with 100+ MNC's

5000+

Network System Administrator Salary in India for Freshers

3.0 Lacs

Network System Administrator Course Guaranteed Placements

98%

Best Non IT to IT Career Switch Course

95% Success

1.0 Comprehensive Network Fundamentals

Topic 1: Networking Overview and Protocols | This topic provides an overview of LAN, MAN, and WAN, exploring the OSI Layers and TCP/IP protocols.

Practicals: Sessions include configuring network devices using different ports and the setup of routers and switches.

Topic 2: Network Configuration and Security | We examine the configuration of IPv4 addresses and delve into network security mechanisms such as IDS, IPS, and firewalls.

Practicals: We focus on the hands-on application of security setups and the configuration of MAC addresses.

Topic 3: Advanced Networking Techniques | Advanced techniques such as the management of VPNs and VLANs are covered, along with the importance of optical fibers in data transmission.

Practicals: Demonstrations include setting up VPNs and VLANs, and working with optical fibers to enhance connectivity.

2.0 Network Access

Topic 1: VLAN Configuration and Management | This topic explores how to configure and verify VLANs that span multiple switches to improve network segmentation and efficiency.

Practicals: Practicals include setting up VLANs on different switches and verifying their operations across the network.

Topic 2: Connectivity and Layer 2 Configurations | Focuses on enhancing connectivity through proper configuration and verification of interswitch connectivity and Layer 2 protocols.

Practicals: The practical aspect covers troubleshooting connectivity issues and configuring access ports to ensure optimal network performance.

Topic 3: Wireless Network Management | We delve into wireless networking, comparing Cisco Wireless Architectures and their Access Point (AP) modes.

Practicals: Practicals involve describing physical infrastructure connections of WLAN components and configuring wireless LAN access for client connectivity.

3.0 IP Connectivity

Topic 1: Routing Fundamentals and Configuration | This segment covers the basics of IP routing including interpreting routing table components, understanding routing protocols, and the significance of network masks, next hops, and administrative distances.

Practicals: Practical exercises focus on configuring and verifying static routing for both IPv4 and IPv6 networks, ensuring students can apply routing concepts to real-world network setups.

Topic 2: Advanced Routing Concepts and Strategies | Explores advanced routing dynamics such as the calculation of route metrics, understanding the longest match, and the configuration of the default and floating static routes.

Practicals: Practicals involve detailed routing scenarios that help determine how routers make forwarding decisions by default and the role of the gateway of last resort.

Topic 3: Network Route Management | Delves into network route optimization and management strategies, including configuring host routes and the utilization of different routing protocols' metrics.

Practicals: Practical tasks enable students to apply these concepts in a controlled environment, enhancing their ability to manage and troubleshoot complex network routes.

4.0 IP Services

Topic 1: Network Address Translation & NTP | Learn to configure and verify inside source NAT using static and dynamic pools. Understand NTP setup in both client and server modes.

Practicals: NAT configuration on routers, and real-time NTP setup demonstrations in lab environments.

Topic 2: DHCP, DNS & Syslog Services | Explore the roles of DHCP and DNS in networks. Understand the importance of syslog for monitoring network health.

Practicals: Configure DHCP relay, view syslog messages by setting facilities and levels, and verify DNS lookups.

Topic 3: Remote Access and File Transfer Protocols | Learn secure methods to access devices and understand the use of protocols like SSH, TFTP, and FTP.

Practicals: Hands-on SSH configuration and TFTP/FTP service testing across internal devices.

5.0 Security & Monitoring

Topic 1: Access Control & VPNs | Learn to configure local access control, and understand remote access using IPsec and site-to-site VPNs.

Practicals: Set local passwords and create site-to-site VPNs using simulated topologies.

Topic 2: Layer 2 Security & Wireless Protocols | Dive into DHCP snooping, ARP inspection, port security, and understand WPA/WPA2/WPA3 standards.

Practicals: Implement Layer 2 security features on switches and configure WLAN using WPA2-PSK.

Topic 3: Quality of Service (QoS) | Understand QoS mechanisms and how they influence voice, video, and data traffic in enterprise networks.

Practicals: QoS classification and marking on Cisco routers and switches.

Topic 4: SNMP-Based Device Monitoring | Learn to configure SNMP on Windows and Cisco IOS devices for efficient device tracking.

Practicals: Enable and test SNMP services on lab routers and Windows machines.

Topic 5: Monitoring Tools (PRTG/ZABBIX) | Installing, configuring, and using advanced monitoring tools for network health and alert management.

Practicals: Set up SNMP sensors and alert conditions on PRTG, including GUI navigation and configuration.

Topic 6: Mail Integration & Reporting | Learn how to integrate SMTP for mail alerts, generate reports, and map network devices visually in monitoring applications.

Practicals: Use SMTP with PRTG, create user groups, and design interactive network topology maps for live tracking.

6.0 Firewalls

Topic 1: Firewall Fundamentals and Threat Management | This topic covers the strategic placement of firewalls and their role in mitigating internal threats and addressing various security terminologies.

Practicals: Practicals will involve analyzing scenarios of internal threats and discussing the placement strategies for optimum security with firewall setups.

Topic 2: Malware Defense and Intrusion Prevention | Focuses on understanding the types of malicious software including malware, worms, and Trojans, and the methods of spoofing and social engineering. Students will learn to configure Intrusion Prevention Systems (IPS) and understand the concept of security zones.

Practicals: The practical sessions will include setting up and testing IPS configurations and recognizing different malware signatures.

Topic 3: Advanced Security Technologies | This section delves into content security, CIA (Confidentiality, Integrity, and Availability) principles, and the mechanisms of cipher, hashing, and encryption. It also covers stateless vs. stateful firewalls and provides an overview of Cisco's ASA firewalls.

Practicals: Practicals will allow students to engage in configuring and testing firewalls to understand their functions in network security and data protection.

Network System Administrator training provides a wide range of benefits, such as enhanced network efficiency, stronger security measures, and improved career opportunities. It equips learners with essential skills to manage, maintain, and troubleshoot network systems, ensuring seamless operations with minimal disruptions. This training can also open doors to higher salary packages and varied career paths, including roles in specialized fields like cybersecurity and cloud computing.

Awdiz has been a leading Network System Administrator training Institute in India since 2013. After your training, you will get Network System Administrator Certification from Awdiz. Additionally, students have the opportunity to earn Certification through Cisco.