Energy is one of the largest controllable costs in offices, hotels, hospitals, shopping centres, campuses and industrial premises, and it is increasingly linked to the value and financeability of property. Lenders, investors and corporate tenants want evidence of efficient, low-carbon buildings, while grid outages, rising tariffs and diesel generator costs make energy resilience a board-level concern in many African cities. Decarbonisation is no longer a technical side project for engineers; it is a strategic decision about capital, risk and asset value.

The Strategic Building Energy Performance & Decarbonisation Training Course builds a complete approach to improving how buildings use energy and emit carbon. It starts with measuring and benchmarking performance and setting a baseline, moves through energy audits and the main technical measures for efficiency and on-site renewables, and then turns to carbon accounting, net zero targets and transition risk. The later days focus on making the investment case, choosing delivery and financing models, using green building certification strategically and verifying that savings are real. Energy management systems aligned with ISO 50001 provide the thread that keeps improvements going after projects finish.

The course uses real building data, audit reports and retrofit case studies. Participants calculate savings and payback, compare certification routes and develop a decarbonisation roadmap for a building or portfolio they manage or advise.

Over five days, participants learn to:

• Establish energy and carbon baselines and benchmark buildings using energy use intensity.
• Plan and scope energy audits at walk-through and detailed levels.
• Identify efficiency measures across the envelope, HVAC, lighting, controls and plug loads.
• Assess the feasibility of on-site solar PV, storage and other renewable options.
• Calculate operational and embodied carbon and set science-aligned reduction targets.
• Build a retrofit business case using net present value, payback and lifecycle cost.
• Verify savings using IPMVP options and sustain performance through an energy management system.

Typical participants include:

• Property, asset and portfolio managers
• Facilities and building operations managers
• Building services, mechanical and electrical engineers
• Energy managers and energy auditors
• Architects, quantity surveyors and green building consultants
• Sustainability and ESG officers in real estate, hospitality and banking
• Real estate investors, developers and green finance officers
• Public works and estates officers managing government buildings

Participants depart with:

• An energy and carbon baseline method they can apply to their own buildings.
• A prioritised list of efficiency and renewable measures with estimated savings.
• A retrofit investment appraisal model with NPV, payback and carbon abatement cost.
• A comparison of EDGE, LEED, BREEAM and Green Star routes for their asset type.
• A measurement and verification plan based on IPMVP.
• A draft decarbonisation roadmap for a building or portfolio.

Teaching is grounded in real buildings and real numbers:

• Analysis of utility bills, interval meter data and audit reports from sample buildings
• Spreadsheet modelling of savings, payback and carbon abatement
• Retrofit case studies from offices, hotels, hospitals and campuses
• Group comparison of green certification and financing routes
• A portfolio roadmap exercise presented to a mock investment committee

Each participant who attends the full five days and submits the savings model and portfolio roadmap is entitled to a CPD-accredited Certificate of Completion issued by Vision Reach Global Consultancy.