ITIL 4 HVIT study plan
ITIL 4 HVIT · Give each week a clear focus.
8 weeks · About 6 hours per week
Concepts and definitions of high-velocity IT
Define high-velocity IT in your own words and distinguish it from traditional IT service management, listing at least five distinguishing characteristics
Explain the VUCA environment and describe how volatility, uncertainty, complexity and ambiguity each change the way IT work is organized
Map the concepts of digital organization, digital product and digital service to a real employer or client, writing one paragraph per concept
Identify the key objectives of high-velocity IT and explain why speed without stability is not the goal
Your checkpoint
A one-page concept map linking VUCA, high-velocity IT, digital products and digital services, with a 150-word written definition of each node
Concepts and definitions of high-velocity IT
Describe the characteristics of a digital organization and contrast them with those of a traditional enterprise IT function
Explain the concepts of lean, agile, resilient and continuous in the context of high-velocity IT and give one concrete example of each from your own experience
Summarize the ITIL 4 guiding principles and explain how each supports high-velocity ways of working
Distinguish between output, outcome and value and apply the distinction to a service you currently support
Your checkpoint
A comparison table of traditional versus digital organization characteristics with at least eight rows, plus a 200-word reflection on which shift would be hardest in your organization and why
High-velocity IT culture and behaviour
Explain the role of culture and behaviour in enabling high-velocity IT and identify the behaviours that block it
Describe the concepts of psychological safety, trust and collaboration and explain how each affects team performance
Outline how servant leadership and team autonomy differ from command-and-control management
Identify the behaviours associated with a learning culture, including blameless retrospectives and experimentation
Your checkpoint
A written assessment of your team's current culture against five high-velocity behaviours, each rated with evidence and one improvement action
High-velocity IT culture and behaviour & High-velocity IT techniques and practices
Explain how to build and sustain a culture of continual improvement, including the role of feedback loops
Describe the relationship between culture, communication and knowledge sharing in distributed or cross-functional teams
Explain the purpose and use of value stream mapping as a technique for exposing waste and delay
Identify the wastes in a value stream and propose at least three concrete removals
Your checkpoint
A value stream map of one real end-to-end workflow in your organization, annotated with at least five identified wastes and proposed countermeasures
High-velocity IT techniques and practices
Explain the purpose and key elements of lean techniques in high-velocity IT, including Kanban, pull systems and work-in-progress limits
Describe agile techniques and practices such as iterative delivery, cross-functional teams and frequent releases
Explain resilient techniques including chaos engineering, fault tolerance and graceful degradation, and when each is appropriate
Describe continuous techniques including continuous integration, continuous delivery and continuous testing, and the role of automation
Your checkpoint
A technique selection guide covering lean, agile, resilient and continuous techniques, with the situation, benefit and risk for each of at least eight techniques
High-velocity IT techniques and practices
Explain the purpose and use of the ITIL practices most relevant to high-velocity IT, including incident management, problem management, change enablement and deployment management
Describe how continual improvement, measurement and reporting, and relationship management support high-velocity ways of working
Explain how practices interact within a value stream rather than as isolated processes
Evaluate where a traditional practice needs to be adapted to support high-velocity delivery
Your checkpoint
A practice adaptation brief for two ITIL practices, describing current state, adapted state and the expected effect on lead time and stability
High-velocity IT value streams and digital products
Describe how value streams and digital products connect customer demand to realized value
Explain the concept of the digital product lifecycle and the role of product teams in high-velocity IT
Map the value stream for one digital product from demand to value realization, identifying handoffs and delays
Explain how to measure value stream performance using flow metrics such as lead time, throughput and work in progress
Your checkpoint
An end-to-end value stream diagram for one digital product with flow metrics measured or estimated at each stage and three prioritized improvement opportunities
Concepts and definitions of high-velocity IT & High-velocity IT culture and behaviour & High-velocity IT techniques and practices & High-velocity IT value streams and digital products
Consolidate all four domains into a single integrated model linking concepts, culture, techniques and value streams
Complete timed practice questions across all domains and analyze every error by domain and by cause
Revisit the weakest two domains and close the specific knowledge gaps identified
Explain aloud, without notes, how high-velocity IT differs from traditional IT and why each element matters
Your checkpoint
A full timed mock exam score report with error analysis by domain and a one-page final revision sheet covering the ten weakest points
Milestones
Week 2: You can define high-velocity IT, VUCA, digital organization and digital product without notes and score at least 80 percent on a Domain 1 self-test
Week 4: You have produced a real value stream map and can explain at least five wastes in it and the cultural conditions needed to remove them
Week 6: You can select an appropriate technique for a described scenario and justify it, and you can explain how at least four ITIL practices are adapted in high-velocity IT
Week 8: You score at least 75 percent on a full timed mock exam with no domain below 65 percent, and your error analysis shows no repeated cause of failure