Description

This curriculum spans the equivalent of a multi-workshop operational immersion, addressing the same virtualization design, deployment, and governance challenges encountered in enterprise infrastructure transformations and internal platform teams.

Module 1: Virtualization Architecture and Infrastructure Planning

Selecting between Type 1 and Type 2 hypervisors based on performance requirements, security posture, and hardware compatibility in production environments.
Determining CPU and memory overcommitment ratios while balancing resource efficiency against risk of VM performance degradation during peak loads.
Designing cluster topologies with appropriate host count and redundancy to support high availability without over-provisioning.
Integrating virtualization platforms with existing directory services for role-based access control and audit logging.
Planning storage architectures using shared vs. local storage based on VM mobility, backup requirements, and cost constraints.
Assessing hardware compatibility and firmware requirements for virtualization support, including BIOS/UEFI settings and NIC offloading features.

Module 2: Hypervisor Deployment and Configuration Management

Standardizing hypervisor installation using automated deployment tools (e.g., PXE, kickstart, or host profiles) to ensure configuration consistency.
Configuring VLAN trunking and virtual switch policies to align with network segmentation and security requirements.
Implementing host lockdown mode and secure boot to reduce attack surface while maintaining operational access for maintenance.
Managing firmware and patch baselines across hypervisor hosts using centralized update managers and maintenance windows.
Setting up time synchronization via NTP across all hosts to prevent VM clock drift and log inconsistency.
Allocating reserved CPU and memory resources for management VMs to ensure platform stability under load.

Module 3: Virtual Machine Lifecycle and Resource Management

Defining VM naming conventions and metadata tagging strategies to support inventory tracking and chargeback/reporting systems.
Right-sizing VMs during provisioning based on application profiling and historical usage data to prevent resource waste.
Implementing VM templates and guest customization specifications to accelerate deployment and enforce compliance.
Managing VM snapshots by establishing retention policies to avoid performance degradation and storage bloat.
Orchestrating VM migrations (vMotion, cold migration) during maintenance with minimal application disruption.
Decommissioning VMs through formal workflows that include storage reclamation and audit logging.

Module 4: Storage Virtualization and Performance Optimization

Choosing between thick and thin provisioning based on storage capacity planning and risk of over-allocation.
Configuring storage I/O control to prioritize critical VMs during contention periods on shared datastores.
Integrating with storage arrays that support VAAI to offload cloning, zeroing, and snapshot operations.
Monitoring datastore latency and queue depth to identify bottlenecks and plan capacity expansion.
Implementing storage DRS to balance VM placement and I/O load across datastores in a cluster.
Designing backup storage workflows that account for VM snapshot impact on storage performance and consistency.

Module 5: Network Virtualization and Security Integration

Configuring distributed virtual switches to support consistent network policies across multiple hosts.
Implementing port groups with VLAN tagging and security policies (promiscuous mode, MAC spoofing) aligned with compliance standards.
Integrating virtual firewalls or micro-segmentation tools to enforce east-west traffic controls between VMs.
Planning for network bandwidth allocation using traffic shaping and NIC teaming policies.
Managing virtual machine network connectivity during live migrations across different subnets.
Coordinating with network operations teams to ensure physical switch configurations support virtual network requirements.

Module 6: High Availability, Fault Tolerance, and Disaster Recovery

Configuring host failure response policies in clusters to balance VM restart priority and resource availability.
Implementing VM-level fault tolerance only for mission-critical workloads due to resource and licensing costs.
Designing backup strategies that include application-consistent snapshots using VSS or equivalent tools.
Testing failover procedures for DR sites using isolated recovery networks to validate connectivity and IP addressing.
Aligning RPO and RTO requirements with replication frequency and VM priority in replication jobs.
Documenting and maintaining runbooks for manual recovery when automated failover mechanisms fail.

Module 7: Monitoring, Capacity Planning, and Cost Management

Selecting monitoring tools that correlate hypervisor, guest OS, and application performance metrics.
Establishing baseline performance thresholds for CPU, memory, disk, and network to detect anomalies.
Forecasting capacity needs using trend analysis of VM growth and resource consumption over time.
Identifying and reclaiming stranded resources from orphaned VMs, snapshots, and unattached disks.
Generating chargeback or showback reports using resource usage data to inform budget decisions.
Integrating virtualization metrics into enterprise ITSM platforms for incident and problem management.

Module 8: Governance, Compliance, and Operational Policies

Developing VM provisioning approval workflows to prevent shadow IT and enforce standard configurations.
Enforcing encryption policies for VMs handling sensitive data, including at-rest and in-transit requirements.
Conducting regular access reviews for administrative accounts on virtualization platforms.
Aligning virtualization configurations with regulatory standards such as PCI-DSS, HIPAA, or GDPR.
Documenting and auditing changes to virtual network and storage configurations for compliance audits.
Establishing retention policies for VM logs and configuration backups to meet legal and operational requirements.