Rand Sandton Engineering integrates climate science, engineering design, and socio‑economic analysis to help clients anticipate, withstand, and adapt to climate‑related risks. Our climate resilience practice is grounded in global best practice (IPCC, UNFCCC, IFC Performance Standards, World Bank Climate Screening Tools) and tailored to the realities of African infrastructure systems, ecosystems, and communities.

We support governments, utilities, and private sector clients to build climate‑resilient infrastructure, reduce emissions, and strengthen long‑term adaptive capacity.

WHAT WE OFFER:
WHAT WE OFFER:
We conduct comprehensive assessments that identify climate hazards, exposure, and vulnerability across sectors, geographies, and infrastructure systems.

Our capabilities include:

  • Hazard mapping for floods, droughts, heatwaves, coastal erosion, and extreme weather
  • Vulnerability assessments for infrastructure, ecosystems, and communities
  • Climate scenario modelling using IPCC pathways (e.g., RCPs, SSPs)
  • Sensitivity and adaptive capacity analysis
  • Climate risk screening for project design and investment decisions
  • Integration of climate risks into feasibility studies, masterplans, and ESIA processes

These assessments provide a clear understanding of climate‑related threats and inform robust, evidence‑based adaptation strategies

We support clients in quantifying emissions, identifying reduction opportunities, and aligning with national and international climate commitments.

Our services include:

  • GHG inventories aligned with the GHG Protocol
  • Carbon footprint assessments for projects, facilities, and supply chains
  • Emissions modelling and scenario analysis
  • Identification of mitigation opportunities across energy, transport, water, and waste systems
  • Low‑carbon technology assessments and feasibility analysis
  • Development of mitigation plans aligned with NDCs, net‑zero pathways, and donor requirements

Our approach ensures that development is compatible with low‑carbon growth and long‑term sustainability.

We embed climate resilience into engineering design from the earliest stages of project development.

Our expertise includes:

  • Climate‑informed design criteria for water, energy, transport, and urban systems
  • Stress‑testing of infrastructure under future climate scenarios
  • Integration of resilience measures into design alternatives and cost‑benefit analysis
  • Nature‑based solutions for flood control, erosion management, and ecosystem protection
  • Resilient materials selection and design optimisation
  • Guidance on compliance with international climate resilience standards (IFC, World Bank, AfDB)

This ensures that infrastructure remains functional, safe, and cost‑effective under changing climate conditions.

We help clients develop practical, forward‑looking strategies that strengthen resilience at project, community, and system levels.

Our capabilities include:

  • Climate adaptation planning for sectors, cities, and regions
  • Development of resilience frameworks and action plans
  • Integration of climate adaptation into policies, regulations, and investment plans
  • Community‑based adaptation and livelihood resilience strategies
  • Early warning systems and disaster risk reduction planning
  • Financing strategies for climate adaptation and resilience investments

Our strategies are grounded in scientific evidence, engineering feasibility, and socio‑economic realities, ensuring that adaptation measures are implementable, cost‑effective, and sustainable.