Post-Occupancy Evaluation

R3,000

Measure what your shading design actually delivers once the building is occupied, commissioned and lived in.

Pro tip: In South African projects, the biggest performance gap is often not the fabric — it is the control strategy. A well-specified system can still fail if occupants override blinds, timers are mis-set, or BMS schedules ignore real solar exposure.

Why This Module?

South African buildings are climate-stressed by design. A façade that behaves well in Cape Town’s marine climate may overheat in Gauteng’s highveld sun or create glare in Durban’s humid, bright conditions. POE gives you the evidence to verify real-world performance by climate zone and orientation.
Compliance on paper is not the same as comfort in practice. This module helps you test whether your shading strategy is truly supporting the intent of SANS 10400-XA, SANS 204 and the broader National Building Regulations context for energy-conscious design.
Occupant behaviour can make or break a shading strategy. Learn how to identify blind override patterns, poor handover, control confusion and maintenance neglect — the most common reasons for complaints in commercial, education and healthcare buildings.
Post-occupancy evidence strengthens specifications. Use measured feedback to refine future details, improve consultant coordination, support Green Star SA performance narratives, and reduce the risk of repeated façade or glare issues on subsequent projects.

Detailed Curriculum

1. POE as a performance feedback loop

Understand how post-occupancy evaluation closes the gap between concept design, documentation, commissioning and in-use performance for shading systems.

2. Defining the right metrics for shading success

Select meaningful indicators such as glare complaints, blind usage patterns, overheating events, cooling demand proxies, and occupant satisfaction — rather than relying on generic comfort claims.

3. Climate and orientation analysis in the South African context

Evaluate how north-, east-, west- and south-facing façades behave across regional climate realities, from coastal humidity and corrosion risk to inland heat gain and high solar altitude.

4. Daylight, glare and visual comfort verification

Assess actual daylight admission, daylight distribution and direct sun control against the intent of the façade design, with practical attention to workspaces, teaching spaces and client-facing areas.

5. Controls, commissioning and occupant usability

Review manual, semi-automated and motorised blind strategies, including BMS integration, override logic, sequencing, response times and the handover information that occupants actually need.

6. Maintenance, durability and failure modes

Identify common in-use defects such as UV degradation, fabric distortion, corrosion, dust loading, chain failure, motor drift and cleaning access issues — especially relevant in coastal and high-dust inland environments.

7. Translating findings into corrective action

Convert POE data into actionable recommendations for re-commissioning, retrofit, product replacement, operational tuning or specification improvements on future projects.

Pro tip: Ask for the BMS trend logs, facilities helpdesk records and tenant complaint register before the site visit. These three sources often reveal the true blind performance story long before the first interview.

Learning Outcomes

Define a clear POE scope for shading performance in a South African building context.
Differentiate between design intent, commissioning performance and in-use occupant experience.
Identify the main causes of glare, overheating and blind misuse on occupied façades.
Read POE data against project requirements and relevant standards, including SANS 10400-XA and SANS 204 references where applicable.
Develop a practical corrective action plan for controls, maintenance, retrofits or specification changes.
Present findings in a format that is useful to architects, clients, facilities managers and sustainability teams.

Who Should Take This Module

This module is designed for South African architects, specifiers and sustainability consultants who want to validate the real-world performance of shading systems after occupancy. It is especially relevant if you work on commercial offices, education, healthcare, mixed-use or high-glazing-envelope projects where glare control, thermal comfort and operational practicality must align with performance intent. If you are responsible for façade strategy, daylighting, energy reduction or client handover, this module will sharpen your post-completion decision-making.

Prerequisites

None — suitable for all registered professionals.

CPD Points

This module carries 1 structured CPD point. SACAP/SAICE/ECSA accreditation pending. On completion, you receive a certificate suitable for professional records and CPD submission.

Pro tip: For coastal projects, do not treat corrosion and fabric degradation as maintenance afterthoughts. POE should check whether the selected finish, bracketry and cleaning cycle still suit the local exposure category and salt-laden air.

Turn post-occupancy lessons into better shading design

Purchase TSP-11 to evaluate actual building performance, reduce recurring comfort complaints and refine your next specification with evidence from the field.

PURCHASE THIS MODULE — R3,000