Designing Cisco Enterprise Wireless Networks Azerbaijan Eğitimi

This course introduces participants to the advanced concepts required for designing Cisco wireless networks in enterprise environments. Through scenario-based learning, learners explore wireless design methodology, Cisco product capabilities, and validation techniques—preparing them for the 300-425 ENWLSD exam and professional roles in wireless networking. With practical insights from initial planning to post-deployment evaluation, this course equips attendees to implement high-performing, resilient wireless designs tailored to enterprise needs.

Prerequisites

Participants should have:

• General understanding of networking and wireless fundamentals
• Familiarity with routing and switching concepts
• Prior knowledge recommended from Cisco courses such as:
  • Implementing and Operating Cisco Enterprise Network Core Technologies (ENCOR)
  • Understanding Cisco Wireless Foundations (WLFNDU)

Target audience

This course is designed for:

• Wireless design engineers and wireless engineers
• Network engineers, administrators, and managers
• Technical solutions architects and consulting systems engineers
• Systems and sales engineers supporting wireless infrastructure

Cisco Kurumsal Kablosuz Ağlarını Tasarlama Eğitimi programına Online Instructor-Led (canlı sanal sınıf) veya Classroom Based (sınıf eğitimi) formatlarında doğrudan katılım sağlayabilirsiniz. Ayrıca bu eğitimi kurumunuza özel olarak Online Instructor-Led, Classroom Based veya Onsite (yerinde eğitim) formatlarında, tercih ettiğiniz tarih ve lokasyonda organize edebiliriz. Detaylı bilgi ve kurumunuza özel planlama için bizimle iletişime geçebilirsiniz.

By the end of this course, learners will be able to:

• Describe the structured wireless design methodology recommended by Cisco
• Explain industry standards, protocols, and wireless certifications
• Analyse wireless technologies and assess their relevance in enterprise designs
• Implement enhanced Cisco wireless features and understand their applications
• Design enterprise-grade mobility solutions including roaming and Work Group Bridges
• Plan and execute vertical-specific and application-specific wireless designs
• Address advanced scenarios including bridging, mesh, and Cisco CMX
• Conduct site surveys and apply validation methodologies
• Utilise third-party planning tools effectively
• Complete the final phases of a wireless design project with confidence

Structured wireless design methodology

• Overview of Cisco’s design framework
• Key planning phases from requirement gathering to deployment

Wireless industry protocols and standards

• IEEE standards and amendments
• Regulatory compliance and certification bodies
• RFCs impacting enterprise wireless design

The science of wireless technology

• Radio frequency fundamentals
• Signal propagation and interference
• Spectrum planning and channel management

Cisco enhanced wireless features

• Adaptive Radio Management (ARM)
• CleanAir technology and RF spectrum analysis
• High Availability (HA) and FastLane for QoS

Cisco mobility and roaming

• Roaming architecture and optimisation
• Mobility groups and anchor controllers
• Work Group Bridge use cases

Wireless design process

• Pre-design considerations
• Coverage and capacity planning
• Documentation and design validation

Wireless network design for specific applications

• VoIP over WLAN
• Location-based services
• High-density environments and IoT integration

Designing wireless networks for specific vertical designs

• Retail, healthcare, education, and manufacturing case studies
• Tailored requirements and compliance needs

Bridging and mesh in wireless networks

• Point-to-point and point-to-multipoint bridging
• Wireless Mesh Network (WMN) topologies
• Use cases and performance implications

Special considerations in advanced wireless designs

• Environmental challenges and mitigation
• Redundancy, scalability, and futureproofing
• Security requirements and segmentation

Cisco CMX and Cisco Spaces

• Integration of location-based analytics
• Customised services for enterprise user experience

Survey processes

• Site survey types and tools
• Planning, execution, and analysis
• Documentation best practices

Wireless network design with third-party tools

• Planning tools (Ekahau, AirMagnet)
• Integration of vendor recommendations
• Exporting and presenting design reports

Wireless network validation processes

• Post-deployment validation steps
• Performance verification and tuning
• Troubleshooting methodologies

Completing the wireless design project

• Final deliverables and stakeholder sign-off
• Knowledge transfer and documentation handover
• Operationalisation of the wireless solution

Exams and assessments

This course prepares learners for the Cisco Designing Enterprise Wireless Networks (300-425 ENWLSD) exam. It does not include formal in-course assessments. Learners are encouraged to complete practical labs and scenario-based exercises to reinforce understanding.

Hands-on learning

The course includes:

• 60 hours or 90-day access (whichever is shorter) to lab environments
• Real-world scenario designs for practical application
• Simulated deployments and wireless validation tasks
• Guided walkthroughs for third-party wireless planning tools