Delivering Three Cyber Security Laboratories in 45 Days

CASE STUDY - TOP 30 GLOBAL UNIVERSITY

CUSTOMER

Top 30
Global University

TECHNOLOGY

IT & Digital
Cyber Security
PMaaS

BUSINESS AREA

IT & Digital
Student Labs
Project Delivery

Cyber security computer laboratory

The Requirement

A Top 30 Global University had secured one of 12 government grants to create three Cyber Security Laboratories. The facilities needed to be fully isolated while retaining internet connectivity, giving students access to advanced, hands-on cyber security learning environments. With only 45 days remaining before teaching started, the University needed experienced project leadership to take control of delivery and bring the laboratories into service on time.

Students working in an IT laboratory

The Challenge

The programme had a fixed academic deadline and several critical activities still to resolve. User requirements had to be captured, a high-level technical design was needed to align usability with University IT standards, and a tightly managed delivery plan had to be established. Technical and business resources were already highly utilised. The laboratories also needed an operationally simple way to reset environments to a known base configuration between teaching activities.

University student using technology

Our Approach

Maxica used the University's existing flexible resourcing service, PMaaS, to mobilise an experienced Project Manager quickly. The first priority was to establish clear communication channels, ownership and a practical delivery rhythm for the remaining 45-day window. Maxica then reduced decision complexity by preparing an options analysis covering three potential approaches, setting out the advantages and disadvantages of each against the University's requirements.

Computers prepared for cyber security teaching

Our Solution

Maxica coordinated the work required to turn the CyberLab requirement into an implementable solution. This included aligning user needs, technical design, planning, resources and usability around the fixed teaching deadline. The delivery approach kept the three laboratories fully isolated while supporting the required internet connectivity. Maxica also coordinated tailored training so faculty could adopt the new environments quickly after acceptance and begin using them for teaching.

Dedicated cyber security teaching laboratory

Benefits

All three Cyber Security Laboratories were delivered by the required deadline. The University gained three dedicated environments designed for practical cyber security teaching, with an approach for returning the labs to a base configuration between uses. Tailored training reduced the transition between product acceptance and faculty use. The project also demonstrated how on-demand PMaaS resourcing could remove mobilisation delay when a time-critical initiative needed experienced project leadership.

University graduates representing student outcomes

Why it Worked

The engagement worked because project leadership could be mobilised quickly and focused immediately on the decisions that threatened the deadline. Clear communication reduced coordination friction, while the three-option analysis gave stakeholders a structured basis for choosing an approach. Delivery remained tied to user requirements, University IT standards and practical usability, and training was built into the implementation rather than treated as a post-project activity.

Maxica consultant discussing project delivery

Learn More

If you need experienced project leadership for a time-critical technology initiative, Maxica can provide flexible delivery capability through PMaaS. Talk to us about mobilising the right project expertise quickly and turning a fixed deadline into a controlled delivery plan.

Call us on +44 333 700 2014

Email us on hello@maxica.com

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