Description

This curriculum spans the equivalent of a multi-phase VDI deployment engagement, covering readiness assessment, architecture design, operational management, and organizational change—comparable to the end-to-end planning and execution conducted by enterprise infrastructure teams during large-scale desktop virtualization initiatives.

Module 1: Assessing Organizational Readiness for VDI

Evaluate existing endpoint hardware capabilities to determine compatibility with persistent versus non-persistent desktop models.
Analyze user workload profiles (knowledge workers, task workers, power users) to define desktop performance baselines.
Inventory legacy applications and assess compatibility with centralized desktop delivery, including GPU-intensive or locally dependent software.
Engage with department leads to quantify acceptable downtime thresholds and align with business continuity requirements.
Map network latency and bandwidth utilization across branch offices to identify locations unsuitable for real-time desktop streaming.
Conduct a cost-benefit analysis comparing VDI against traditional physical desktop refresh cycles, factoring in lifecycle management and support overhead.
Define success criteria for pilot deployment, including user satisfaction metrics and helpdesk ticket volume benchmarks.

Module 2: Designing the VDI Architecture

Select between on-premises, cloud-hosted, or hybrid VDI based on data sovereignty, latency, and capital expenditure constraints.
Size compute, memory, and storage resources per user profile, applying vendor IOPS and vCPU recommendations with real-world overhead buffers.
Choose between instant clone, full clone, or linked clone desktop pools based on scalability, patching frequency, and storage efficiency needs.
Design Active Directory organizational unit (OU) structure to support group policy application at the desktop pool level.
Integrate load balancers and connection brokers to distribute user sessions across multiple connection servers for high availability.
Plan for GPU allocation strategies using vGPU, pass-through, or software rendering based on application requirements.
Define naming conventions and tagging standards for virtual machines, desktop pools, and connection servers to support automation and monitoring.

Module 3: Storage Optimization and Management

Compare storage architectures (SAN, NAS, hyper-converged) for random I/O performance under concurrent boot storm conditions.
Implement tiered storage policies to place high-IOPS desktops on SSD while moving idle or archived desktops to lower-cost tiers.
Configure storage replication and snapshots for non-persistent desktops to enable rapid recompose and rollback operations.
Monitor storage latency and queue depth to identify bottlenecks before user impact occurs.
Size and configure cache mechanisms (host-based or storage-layer) to absorb peak I/O during logon and application startup.
Establish thin provisioning policies with alerts to prevent overcommitment and storage exhaustion.
Integrate storage QoS policies to prevent noisy neighbor effects in multi-tenant environments.

Module 4: Network Design and Performance Tuning

Select and tune display protocols (Blast Extreme, PCoIP, RDP) based on WAN conditions, security requirements, and client device support.
Implement Quality of Service (QoS) policies to prioritize VDI traffic over other applications on shared network links.
Deploy branch office caches or edge servers to reduce WAN dependency for remote locations with limited bandwidth.
Segment VDI management, desktop, and user access traffic using VLANs to improve security and performance isolation.
Configure MTU settings across the network path to avoid fragmentation and optimize throughput for display protocols.
Plan for DNS and DHCP scalability to support large-scale desktop pool provisioning and failover scenarios.
Monitor round-trip times and packet loss between endpoints and VDI hosts to proactively detect user experience degradation.

Module 5: Security and Access Governance

Enforce multi-factor authentication for all VDI access points, including external connection gateways and client applications.
Implement role-based access control (RBAC) for VDI administration to limit configuration changes to authorized personnel.
Configure antivirus and EDR solutions within golden images while ensuring they do not degrade login performance.
Apply encryption for data at rest (storage) and in transit (TLS for display protocols and management interfaces).
Restrict clipboard, file transfer, and printer redirection based on user role and compliance requirements.
Integrate VDI authentication logs with SIEM systems for centralized monitoring and anomaly detection.
Define and test procedures for remote desktop session termination in response to compromised endpoint detection.

Module 6: Image Management and Lifecycle Operations

Develop a standardized golden image build process with documented patching, application installation, and configuration steps.
Implement version control and testing workflows for golden images before deployment to production pools.
Schedule and automate recompose operations for non-persistent desktops to apply security updates and application changes.
Manage application layering using solutions like App Volumes or FSLogix to decouple applications from base images.
Define rollback procedures for failed image updates, including backup image retention and pool reversion steps.
Optimize image size by removing unnecessary drivers, services, and bloatware to reduce storage and boot time.
Coordinate with application owners to test compatibility after image updates, particularly for line-of-business applications.

Module 7: Monitoring, Troubleshooting, and Support

Deploy monitoring tools to track desktop logon duration, session latency, and resource utilization per user session.
Establish baseline performance metrics for CPU, memory, and disk I/O to identify deviations indicating system issues.
Create standardized troubleshooting runbooks for common issues such as failed logons, display artifacts, and audio redirection failures.
Configure alerts for critical events including connection broker failures, storage capacity thresholds, and broker unavailability.
Use protocol-specific diagnostic tools (e.g., PCoIP Analyzer, Blast UDP testing) to isolate network and display problems.
Integrate VDI monitoring data into existing ITSM platforms to streamline incident management and root cause analysis.
Train helpdesk staff on VDI-specific diagnostics, including session shadowing and user environment log collection.

Module 8: Scalability, Disaster Recovery, and Business Continuity

Design for horizontal scaling of connection brokers and desktop hosts to accommodate seasonal or growth-driven demand spikes.
Implement automated provisioning and de-provisioning of desktops based on user demand or scheduled business cycles.
Configure cross-site replication of desktop images and user profiles to support failover between data centers.
Test failover procedures for connection brokers and load balancers to ensure session persistence during outages.
Integrate user profile containers with fault-tolerant storage to prevent data loss during host failures.
Define RTO and RPO for VDI components and align backup strategies accordingly, including snapshot and replication frequency.
Validate disaster recovery runbooks annually with simulated outages affecting core VDI infrastructure components.

Module 9: End-User Experience and Change Management

Conduct user acceptance testing with representative workloads before rolling out new desktop pools or protocol changes.
Deploy feedback mechanisms to capture user-reported performance issues and correlate with system metrics.
Develop training materials tailored to user groups explaining how to access virtual desktops from various devices.
Address offline work requirements by evaluating and implementing local desktop virtualization where appropriate.
Manage expectations around application performance, particularly for graphics-intensive or real-time communication tools.
Monitor user logon and session duration patterns to identify adoption gaps or usability barriers.
Coordinate communication plans with HR and department managers during phased rollouts to minimize resistance.