Technical Training

An internal client and subject matter expert required an alternative approach to delivering training on cinema projector xenon bulb changes. Demand for this training was high, but the small technical team responsible for delivering in‑person workshops was overstretched and struggling to balance training with operational responsibilities.

The volume and complexity of information covered during the workshop was proving overwhelming. Learners were expected to absorb a safety‑critical, technical process within a limited timeframe, resulting in inconsistent understanding and increased pressure on trainers to ensure competence.

The brief had two clear aims. To reduce the delivery burden on the technical team by removing theory-heavy content from the workshop and allowing more time for hands‑on practice, and to give learners greater time and flexibility to understand the technical and safety‑critical elements of the process before attending in‑person practical training.

The primary audience was middle management, including new starters and established employees who were transitioning into audio‑visual responsibilities. Learners typically had little to no prior knowledge of xenon projectors or the high‑risk maintenance procedures associated with them.

The solution needed to assume minimal technical understanding, build confidence, and support safe behaviour, laying a foundation of knowledge before learners attempted the task in a live environment.

A digital eLearning course was designed as mandatory pre‑learning to be completed seven days before the in‑person session. This allowed learners to familiarise themselves with the process at their own pace and revisit complex steps as required.

The course focused on:

• Breaking the procedure into clear, logical stages

• Highlighting safety risks and control measures at key decision points

• Using structured visual content to support spatial and procedural understanding

• Including a knowledge check to confirm baseline understanding before practical training

Design decisions prioritised clarity over speed, ensuring learners could pause, review, and repeat sections without pressure. This enabled trainers to shift the in‑person session from explanation to supervised practice.

As a result, the technical team maintained classroom delivery time whilst focusing on hands-on practical application, and improving learning outcomes. Learners arrived better prepared, allowing trainers to focus on coaching and assessment rather than first‑time instruction.

The introduction of digital pre‑learning led to a measurable improvement in performance. First‑time pass rates on the end‑point assessment increased, and learner confidence during practical sessions was noticeably higher.

From an operational perspective, the solution reduced the dependency on specialist trainers and eased scheduling pressure on the technical team. Trainers reported fewer basic procedural questions and more meaningful discussions during hands‑on training.

In hindsight, the course could be further improved by incorporating short scenario‑based decision points to reinforce risk awareness. However, as a scalable and sustainable solution, the project delivered a clear return on investment by improving safety, learner competence, and trainer capacity.

The following software and design tools were used to support the design and development of this project.

• Articulate Storyline

• Camtasia

• GIMP

• Audacity 

• FlatIcon.FlatIcon.com