Plan your project
Complex projects require careful planning long before construction begins. The Project Planning Centre guides organisations through this process with a structured sequence of planning stages, practical frameworks and guidance tailored to different project types. Drawing on BC Group Africa’s experience in planning and delivering complex projects, it helps clients define their requirements, assess key considerations and establish a clear path from initial concept to project delivery.
The questions every project starts with
Fourteen stages, one clear path
A practical, step-by-step approach to preparing complex projects. Each stage is connected to the relevant BC Group Africa capabilities, showing how early planning and decision-making lead into successful project delivery.
- 1
Project vision and objectives
What are we trying to achieve, and why?
Every successful project begins with a clear definition of what it is intended to achieve, the need or problem it will address, and how success will be measured. A well-defined vision provides a consistent basis for planning and decision-making, helping to keep priorities, investment, design and technology aligned with the project’s intended outcomes.
- 2
Needs assessment
What do we actually need, and at what scale?
A needs assessment translates the project vision into clearly defined requirements, including capacity, services, users and performance expectations. It provides an evidence-based foundation for project planning, helping to avoid over- or under-sizing the facility and informing subsequent feasibility assessment, design and budgeting.
- 3
Stakeholder identification
Who needs to be involved, and when?
Complex projects involve multiple stakeholders, including owners, users, funders, regulators, operators and communities. Identifying these stakeholders early, understanding their roles and requirements, and establishing how they will be engaged throughout the project help improve coordination, support informed decision-making and reduce the risk of delays or costly changes later.
- 4
Feasibility studies
Is the project viable, technically and financially?
A feasibility assessment determines whether the project can be delivered successfully within the available site, budget, technical requirements and timeframe. Identifying constraints and risks at this early stage enables them to be addressed before major resources are committed, reducing the likelihood of costly changes, delays or compromises later in the project.
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Budgeting and financing pathways
What will it cost, and how will it be funded?
A realistic project budget and a viable financing pathway should be established early in the planning process. Depending on the project, financing may include internal funding, development finance, vendor financing or public-private partnerships. Aligning the project scope, budget and financing approach from the outset reduces the risk of funding gaps, delays or stalled implementation.
- 6
Site selection
Where should the project be located?
Site selection should consider factors such as accessibility, availability of utilities, ground and environmental conditions, regulatory requirements and potential for future expansion. Selecting the right site early can reduce engineering and infrastructure costs, minimise operational risks and support the facility’s long-term performance and growth.
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Regulatory and statutory requirements
What approvals and standards apply?
Most projects must comply with planning approvals, safety standards and applicable sector-specific regulations. Identifying and understanding these requirements early helps ensure they are incorporated into the project from the outset, reducing the risk of redesign, delays and compliance issues later.
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Engineering studies
How will it be designed?
Engineering studies translate project requirements into a coordinated design across all relevant disciplines, including civil, structural, mechanical, electrical and digital systems. Integrating these disciplines from the outset helps identify and resolve conflicts early, improve coordination and ensure the facility functions as one complete system.
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Technology planning
Which systems and technologies are involved?
Technology requirements should be defined early in the project so that equipment, automation, digital systems, data infrastructure and cybersecurity are properly integrated into the facility’s design. This early planning ensures that technologies work effectively with each other and with the facility’s infrastructure, reducing integration problems and costly changes later.
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Procurement strategy
How will equipment and works be sourced?
A procurement strategy defines how equipment, technologies, works and services will be sourced, evaluated, inspected and contracted. Selecting the right suppliers and verifying quality before delivery helps ensure that project requirements are met, reduces procurement risks and supports timely project delivery.
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Implementation roadmap
In what sequence will it be delivered?
An implementation roadmap sets out how construction, installation, integration and commissioning will be delivered in coordinated phases, with clear timelines, milestones and responsibilities. This provides a structured path to delivery, helping teams coordinate activities, manage dependencies and maintain accountability throughout the project.
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Commissioning readiness
How will we know it is ready to operate safely?
Commissioning readiness defines the testing, verification and, where required, qualification activities that must be completed before a facility becomes operational. Planning these requirements early ensures that systems and equipment are properly tested, performance is documented, and the facility is ready for safe and compliant operation at handover.
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Operational planning
How will it be run once open?
Operational planning defines the people, skills, processes, procedures and support required to operate the facility effectively from day one. Early preparation and practical training help ensure teams can use, manage and maintain the facility’s systems and technology safely, efficiently and reliably.
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Long-term lifecycle considerations
How will it be sustained over its life?
Planning for maintenance, spare parts, upgrades and performance optimisation from the outset helps protect the investment and maintain reliable operations over the long term. Designing facilities and systems with their ongoing support and future needs in mind reduces downtime, extends asset life and improves long-term performance.
Reusable planning frameworks
Structured frameworks provide clear guidance on developing the key documents required during project planning. Initially offered as practical advisory resources, they are designed to evolve into interactive tools that support clients throughout the planning process.
Feasibility Study Framework
A structure for testing whether a project is viable before major commitment.
Project Initiation Framework
A structure for turning an approved idea into a defined, governed project.
Budgeting and Financing Framework
A structure for building a realistic budget and a viable financing pathway.
Procurement Planning Framework
A structure for sourcing equipment, works and services with quality and control.
Implementation Planning Framework
A structure for sequencing delivery into an achievable, accountable roadmap.
Operational Readiness Framework
A structure for preparing a facility to open and run well from day one.
Begin with the solution closest to yours
Each Solution Centre shows the full delivery journey for a project type, from planning to lifecycle support.
Everything connects to your plan
How this connects
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