DACASAAArubaAA-DACAS25.41<p>After you successfully complete this course, expect to be able to: </p> <ul> <li>Interpret technical requirements</li><li>Articulate the business value to multiple stakeholders</li><li>Proficient in designing solutions that are secure, redundant, scalable and resilient</li><li>Use your knowledge of the appropriate validated solution guide to meet the customer&#039;s business needs</li></ul><p>It is strongly recommended that the candidate already: </p> <ul> <li>Holds the HPE Aruba Networking Certified Professional - Switching (ACP-Switch), HPE Aruba Networking Professional - Switching</li><li>Or has taken the <span class="cms-link-marked"><a class="fl-href-prod" href="/swisscom/fr/course/aruba-icxs"><svg role="img" aria-hidden="true" focusable="false" data-nosnippet class="cms-linkmark"><use xlink:href="/css/img/icnset-linkmarks.svg#linkmark"></use></svg>Implementing AOS-CX Switching <span class="fl-prod-pcode">(ICXS)</span></a></span></li><li>Or has experience deploying HPE Aruba Networking solutions in an enterprise environment</li></ul><p>We strongly recommended that the candidates have their Campus Access professional level certification (ACP &ndash; CA) prior to taking this course and the associated exam. The ideal candidate for this certification is a senior technical professional. Examples of appropriate experience may include: principal engineer, network consultant, presales consultant, solutions architect, networking SME, network security architect, or technical member from architecture teams.</p><h5>Discover Requirements</h5><ul> <li>Define the goals</li><li>Identify current environment (possible constraints, depending on project)</li><li>Identify the objectives</li><li>Collect information</li><li>Interpret the technical requirements</li></ul><h5>Analyze Requirements</h5><ul> <li>Determine possible high-level solutions</li><li>Map the requirements into technical solutions</li><li>Evaluate the proposed solution against the known dependencies and project objectives</li><li>Create wired and wireless topology and preliminary BoM</li><li>Design RF coverage with a virtual site-survey</li><li>Document assumptions</li></ul><h5>Architect the Solution</h5><ul> <li>Identify the solution options that meet the business needs</li><li>Design high-level topologies</li><li>Select the correct technologies, products, protocols in scope</li><li>Determine the appropriate overlay and underlay design</li><li>Validate that the design meets the original requirements</li></ul><h5>Propose the Solution</h5><ul> <li>Create the design documentation</li><li>Present the solution</li><li>Create final design</li><li>Demonstrate how the solution meets the business needs</li><li>Defend the solution</li></ul><h5>Discover Requirements</h5><ul> <li>Define the goals</li><li>Identify current environment (possible constraints, depending on project)</li><li>Identify the objectives</li><li>Collect information</li><li>Interpret the technical requirements</li></ul><h5>Analyze Requirements</h5><ul> <li>Determine possible high-level solutions</li><li>Map the requirements into technical solutions</li><li>Evaluate the proposed solution against the known dependencies and project objectives</li><li>Create wired and wireless topology and preliminary BoM</li><li>Design RF coverage with a virtual site-survey</li><li>Document assumptions</li></ul><h5>Architect the Solution</h5><ul> <li>Identify the solution options that meet the business needs</li><li>Design high-level topologies</li><li>Select the correct technologies, products, protocols in scope</li><li>Determine the appropriate overlay and underlay design</li><li>Validate that the design meets the original requirements</li></ul><h5>Propose the Solution</h5><ul> <li>Create the design documentation</li><li>Present the solution</li><li>Create final design</li><li>Demonstrate how the solution meets the business needs</li><li>Defend the solution</li></ul>After you successfully complete this course, expect to be able to: - 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 needsIt is strongly recommended that the candidate already: - Holds the HPE Aruba Networking Certified Professional - Switching (ACP-Switch), HPE Aruba Networking Professional - Switching - Or has taken the Implementing AOS-CX Switching (ICXS) - Or has experience deploying HPE Aruba Networking solutions in an enterprise environmentWe strongly recommended that the candidates have their Campus Access professional level certification (ACP – CA) prior to taking this course and the associated exam. The ideal candidate for this certification is a senior technical professional. Examples of appropriate experience may include: principal engineer, network consultant, presales consultant, solutions architect, networking SME, network security architect, or technical member from architecture teams.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 solutionDiscover 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 solution4 jours3200.003200.003840.003840.003840.003840.003840.003840.004415.003200.00