Service Streams
Project Delivery
Stream
The vendor is selected. The contract is signed. Now the hardest part begins. The Project Delivery Stream provides senior-led programme oversight from concept validation through to go-live — holding structure, accountability, and momentum through the phases where complexity is highest and the cost of misalignment is greatest.
01
Concept Guidance — scenarios validated before commitment
02
Detailed Design — build-ready documentation across all disciplines
03
Programme Management — senior oversight, risks managed
04
Go-Live Readiness — structured handover, no surprises
What This Stream Delivers
From concept to go-live.
Senior-led. Every phase.
Large-scale automation and intralogistics projects fail for predictable reasons — concept assumptions that were never properly tested, design gaps that only surface during build, programme structures that lose grip when vendor pressure peaks, and go-live transitions that weren't prepared for operational reality. This stream addresses all four. Directly, sequentially, with senior practitioners accountable at every stage.
Phase 01
Concept
Guidance
Pre-commitment
Phase 02
Detailed
Design
Pre-build
Phase 03
Programme
Management
Build & integration
Phase 04
Go-Live
Readiness
Transition & handover
Outcome 01
Concepts
tested early
Scenarios evaluated and validated before capital is committed — so design decisions are based on evidence, not assumptions carried forward from the business case.
Outcome 02
Design gaps
closed pre-build
Build-ready documentation across mechanical, electrical, IT, and operational domains. Problems solved on paper, not discovered on site.
Outcome 03
Programme
stays on track
Senior programme governance that holds structure when vendor pressure, scope creep, and integration complexity peak simultaneously.
Outcome 04
Go-live that
actually performs
Operational readiness verified before the switch is flipped. Teams prepared. Systems tested. No improvisation on day one.
01
Phase one
Concept
Guidance
___________
Strategic and technical validation of solution concepts before any capital commitment is made.
Early-stage concept decisions carry disproportionate weight. A flawed assumption at this stage — about throughput, technology fit, or scalability — compounds through every subsequent phase. The time to challenge it is now.
We support the development and independent validation of early-stage solution concepts, ensuring alignment with strategic objectives, technical feasibility, and long-term operational requirements. We sit between strategy and engineering — comparing scenarios, identifying risks that aren't yet visible, and verifying that each concept is consistent with business-case assumptions before the project moves into detailed design.
High-level layouts and material-flow concepts developed and reviewed
Conceptual system architecture covering automation technologies and IT interfaces
Scenario comparisons across manual, semi-automated, and fully automated solutions
Initial throughput, capacity, and operational performance modelling
Verification of alignment between concept assumptions and business-case data
Early risk identification and escalation before design commitment
The cost of a late correction
A design flaw identified at concept stage costs a conversation. The same flaw identified during build costs weeks and six-figure rework. Identified at go-live, it costs the programme. We invest the time at concept because the return is unambiguous.
02
Phase two
Detailed
Design
___________
A complete, build-ready design package that leaves no room for interpretation — or improvisation.
The gap between an approved concept and a build-ready design is where most projects accumulate their hidden risk. Integration dependencies missed. Equipment specifications incomplete. System interfaces unresolved. We close every gap before a tool is picked up.
We convert the validated concept into a comprehensive design package covering every discipline required for build and implementation. Technical drawings, functional specifications, integration requirements, and coordination documentation are developed across mechanical, electrical, IT, and operational domains — with full stakeholder validation and sign-off before build begins.
Final layout drawings refined with zoning, material flows, and equipment placement
Full Functional Design Specifications for all system components
System integration design: WMS, WCS, ERP, and middleware interface requirements
Equipment lists, bills of materials, and technical datasheets
Stakeholder validation workshops with formal sign-off documentation
Complete design-to-implementation handover package for all delivery teams
Systems Integration Coverage
WMS - WCS - ERP - Middleware - Conveyors - ASRS - AGV / AMR - Sorters - Pick Systems - SCADA
03
Phase three
Programme
Management
___________
Senior oversight that holds the programme together when complexity peaks — and recovers ground when it slips.
Build and integration phases concentrate every risk in the programme simultaneously — vendor performance, integration failures, timeline pressure, and stakeholder anxiety. Structure and accountability matter most precisely when they're hardest to maintain.
We provide senior-led programme management across the build, integration, and testing phases — maintaining governance, managing risk, and coordinating the workstreams that vendors, internal teams, and third parties are executing in parallel. When issues surface, they are escalated and resolved through a clear governance structure, not absorbed into the schedule and discovered later.
Senior programme governance structure with defined decision rights and escalation paths
Integrated programme schedule across all vendor and internal workstreams
Risk and issue register with active management and structured resolution
Vendor performance tracking against contracted deliverables and milestones
Regular executive reporting on programme health, risk status, and critical path
Change management for scope, timeline, and commercial variations
When programmes need recovery
We are also engaged to stabilise programmes that have lost structure mid-delivery — where governance has fragmented, timelines have slipped, or vendor relationships have deteriorated. Recovery engagements begin with a rapid diagnostic and a structured recovery plan.
04
Phase four
Go-Live
Readiness
___________
The transition from project to operation — managed so that go-live is a planned event, not a discovered one.
Go-live failures are rarely technical. They're readiness failures — teams not prepared, systems not tested end-to-end, contingencies not planned. The weeks before go-live determine whether day one is a milestone or a crisis.
We manage the structured transition from project to live operation — verifying that systems, teams, and processes are all ready before the cut-over date is committed to. Testing protocols are completed. Operational teams are prepared. Contingency plans are in place and understood. The go-live checklist is a genuine gate, not a formality.
Go-live readiness framework with structured verification across all workstreams
End-to-end system testing and user acceptance testing coordination
Operational team readiness verification — training completed, SOPs in place
Cut-over planning with detailed sequencing and rollback provisions
Hypercare planning for the first days and weeks of live operation
Formal project closure and handover to operational ownership
Value to Your Organisation
The programme you planned
is the one that gets delivered.
Large-scale transformation projects are complex by nature. What determines success isn't the absence of problems — it's whether the governance structure can absorb and resolve them without losing momentum or control. That's what the Project Delivery Stream provides.
Budget and timeline
protected
Senior programme governance with active risk management means issues are identified and resolved before they become schedule or cost events. The programme you committed to is the programme you deliver.
Executive confidence
throughout
Clear, structured reporting at every stage. Decision-makers have the information they need to act — without being absorbed into technical detail or caught off-guard by programme developments.
Design misalignment
eliminated
End-to-end design validation across all disciplines before build begins. Integration gaps, specification conflicts, and technical dependencies resolved on paper — not discovered mid-construction.
Go-live that
holds
Operational performance from day one — not discovered through weeks of post-launch firefighting. Teams ready. Systems tested. Processes embedded. The project ends where the business case said it would.
Where This Stream Connects
Adjacent streams
worth exploring.
Project Delivery sits at the centre of the transformation lifecycle — downstream of Tender, running alongside Change Management and Assurance, and handing over to Continuous Improvement.
Stream - Before
Tender
Stream
The right vendor, selected through a rigorous and independent process. The foundation that Project Delivery builds on.
Stream - Alongside
Change Management
Stream
The people, structures, and capabilities aligned to the future operating model — running in parallel with delivery to ensure readiness at go-live.
Stream - Alongside
Project Assurance
Stream
Independent validation and gate reviews across the delivery lifecycle — ensuring what was designed is what gets built.