ntc302 | undergraduate

Network Web Services

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This course focuses on Network Web Services with a specific focus on Amazon Web services. The courses will help an IT professional identify and gather requirements in order to define a Web Services solution to be built using architecture best practices and to be capable of providing guidance on architectural best practices to developers and system administrators throughout the lifecycle of the web services project.

This undergraduate-level course is 5 This course is available to take individually or To enroll, speak with an Enrollment Representative.

Course details:

Credits: 3
Continuing education units: XX
Professional development units: XX
Duration: 5

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    Cloud Architecture Design Fundamentals

    • Match cloud services to an organization’s requirements.
    • Describe how networking is the foundation for the cloud environment.
    • Identify required technical requirements to enable a cloud-based solution.
    • Determine appropriate cloud architecture to support an organization’s requirements.
    • Explain the services, fundamental architecture design, and architecture components aligned with the cloud environment.

    Resilient Architectures

    • Explain the different aspects of a resilient architecture in AWS.
    • Recommend reliable and resilient storage components to meet an organization’s requirements.
    • Select AWS that supports a resilient architecture.
    • Describe use cases that demonstrate the purpose of AWS availability zones.

    Performant Architectures

    • Assess available AWS's ability to enable a performance efficient architecture.
    • Determine an appropriate solution of combined architecture elements to deliver optimized performance.
    • Evaluate AWS monitoring services to determine appropriateness for a given architecture.
    • Troubleshoot system performance issues.

    Secure Applications and Architectures

    • Differentiate between Amazon and customer security roles and responsibilities under the Amazon Shared Responsibility Model.
    • Develop an Identify and Access Management (IAM) strategy that is appropriate for a given architecture system, scalable, and aligned with best security practices.
    • Select appropriate AWS security features and services for a given architecture that ensures system and data security.
    • Design a secure and functional virtual private cloud (VPC) network infrastructure model.

    Architecture Cost Optimization and Operational Excellence

    • Incorporate the five pillars of a well-architected AWS framework into a system design.
    • Recommend uses of Trusted Advisor to maximize cost benefits.
    • Propose specific practices to optimize cost and operational excellence based on monitoring results.
    • Evaluate a complete design to identify non-best practices affecting system cost or performance.
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