Designing HPE Aruba Networking Campus Access Solutions

Course Duration

4 Days

Audience

Employees of federal, state and local governments; and businesses working with the government.

Prerequisites

Completion of IACA (Implementing Campus Access) or equivalent. Strong knowledge of AOS-CX switching, Aruba wireless, HPE Aruba Networking Central, and enterprise network design.

Course Description

This course provides aspiring professional-level architects with the skills needed to design an HPE Aruba Networking Campus Access solution and support the implementation team in executing the design. It also prepares learners to articulate the business value of HPE Aruba Networking solutions to various stakeholders. An architect is an IT professional skilled in interpreting technical requirements and designing secure, scalable, resilient, and highperforming infrastructures aligned with validated solution guides and business needs. They are capable of analyzing complex requirements and constraints to create optimal solutions, demonstrating how the solutions meet both technical and business goals, and defending the proposed solutions. Architects require extensive technical knowledge of the products and solutions, including migration and deployment strategies for existing architectures. They must also understand the impact of third-party hardware and software interoperability on solution design. Additionally, learners bring experience in building solutions and optimizing applications and workloads to meet organizational objectives.

Learning Objectives

• Interpret technical requirements
• Articulate the business value to multiple stakeholders
• Proficient in designing solutions that are secure, redundant, scalable and resilient
• Use your knowledge of the appropriate validated solution guide to meet the customer's business needs

Course Outline

Course Modules

• Discover Requirements
• Define the goals
• Identify current environment (possible constraints, depending on project)
• Identify the objectives
• Collect information
• Interpret the technical requirements
• Analyze Requirements
• Determine possible high-level solutions
• Map the requirements into technical solutions
• Evaluate the proposed solution against the known dependencies and project objectives
• Create wired and wireless topology and preliminary BoM
• Design RF coverage with a virtual site-survey
• Document assumptions
• Architect the Solution
• Identify the solution options that meet the business needs
• Design high-level topologies
• Select the correct technologies, products, protocols in scope
• Determine the appropriate overlay and underlay design
• Validate that the design meets the original requirements
• Propose the Solution
• Create the design documentation
• Present the solution
• Create final design
• Demonstrate how the solution meets the business needs
• Defend the solution

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