Exploring Opportunities for Integrating Target Value Delivery and Front-End Planning in Industrial Megaprojects

Why This Paper Matters

Industrial megaprojects are commonly supported by Front-End Planning to define scope, assess risks, develop estimates, and confirm project readiness. However, cost overruns, delays, value loss, and stakeholder misalignment still frequently occur.

The paper explores whether Target Value Delivery can strengthen Front-End Planning by introducing continuous collaboration, iterative design, and active alignment between value, cost, and project requirements.

Its importance lies in combining the discipline of structured planning with the flexibility needed to respond to uncertainty and changing project conditions.

What the Paper is Saying

The paper’s main argument is that FEP and TVD address different but complementary project needs.

• FEP provides structure. It helps project organizations define the business opportunity, develop the scope, assess risks, establish initial cost and schedule baselines, and determine whether the project is ready to proceed through successive decision gates.
• TVD provides adaptability. It keeps project value, cost, design, and stakeholder expectations connected through iterative planning and collaborative decision-making.

The authors identify several differences:

• FEP is primarily concentrated in the pre-project planning period, while TVD may continue influencing decisions throughout design and delivery.
• FEP tends to progress through defined phases and approval gates, while TVD uses iterative design and feedback cycles.
• FEP is particularly strong in early risk identification and scope definition, while TVD is better suited to continuous adjustment as new information emerges.
• FEP creates an initial cost and schedule baseline, while TVD treats cost as an active design parameter that is continuously monitored and refined.
• FEP establishes early stakeholder alignment, while TVD seeks to sustain that alignment throughout the project lifecycle.

The paper’s message is therefore not that one approach is superior to the other. Its message is that industrial megaprojects may perform better when FEP establishes a reliable foundation and TVD keeps that foundation responsive to changing information, risks, and stakeholder needs.

The Approach or Idea Introduced

The paper proposes conceptual integration across five key areas:

Under this approach, FEL stages and investment gates would remain. However, activities inside and between the gates would become more collaborative and iterative.

For example, the project would not merely develop a concept and then estimate its cost. The team would establish value expectations and cost limits, explore several alternatives, evaluate their advantages, and progressively design toward a solution that satisfies both project needs and financial constraints.

Likewise, stakeholder alignment would not be treated as a one-time workshop at the beginning. It would become a continuing management process supported by regular feedback, transparent cost information, multidisciplinary decision-making, and collaborative problem-solving.

Potential Benefits

The proposed integration may provide:

• Better cost predictability
• Stronger and more continuous stakeholder alignment
• Faster responses to changing risks and constraints
• Better balance between cost, quality, functionality, schedule, and operability
• Earlier identification of constructability issues
• Reduced rework, waste, and late design changes

However, these benefits remain conceptual because the integrated approach has not yet been fully tested in an industrial megaproject.

Challenges and Implementation

Key implementation challenges include rigid contracting models, hierarchical organizations, limited trust, capability gaps, inaccurate target costs, and the risk of confusing controlled iteration with uncontrolled scope change.

A practical implementation could begin through a pilot project:

1. Select a project area during FEL 2 or FEL 3.
2. Define stakeholder value and project objectives.
3. Establish allowable and target costs.
4. Involve engineering, construction, procurement, operations, contractors, and suppliers early.
5. Add collaborative design reviews and cost feedback loops to existing FEL processes.
6. Measure cost variance, changes, stakeholder alignment, and decision quality.
7. Refine the approach before wider implementation.

APDI Perspective and Way Forward

From APDI’s perspective, the paper’s most valuable contribution is its positioning of TVD as an enhancement to Front-End Planning rather than a replacement for it.

This is important for industrial megaprojects, particularly in sectors where FEL, FEED, PDRI, investment gates, and formal project assurance processes are already institutionalized. Introducing TVD as an entirely separate system could create resistance and methodological confusion. Integrating selected TVD practices into the existing FEP architecture is likely to be more understandable and implementable.

However, the integration should go beyond inserting Big Room meetings or value-engineering workshops into an existing FEL schedule. Its success depends on changing how critical decisions are made:

• Cost must become a design input, not merely an output of design.
• Value must be explicitly defined by the relevant stakeholders.
• Contractors and specialist suppliers must be involved while they can still influence the solution.
• Alternatives must remain open long enough to support informed comparison.
• Project teams must distinguish disciplined iteration from uncontrolled scope change.
• Governance and commercial arrangements must support transparency and joint problem-solving.

For the Indonesian context, APDI sees a need to develop an Indonesia-fit TVD–FEP framework that addresses local organizational culture, owner–contractor relationships, procurement regulations, capability levels, decision-making hierarchies, and the maturity of project data.

The next step should therefore be an empirical pilot in an Indonesian industrial project, such as oil and gas, mining and mineral processing, petrochemical, energy, or another capital-intensive sector. The pilot should map specific TVD practices into FEL 1, FEL 2, and FEL 3 rather than applying TVD as a generic overlay.

Future development could focus on:

• Mapping TVD principles and practices against FEL deliverables and PDRI elements
• Defining governance, roles, decision rights, and escalation mechanisms
• Establishing protocols for value definition, allowable cost, and target-cost allocation
• Identifying procurement and contracting arrangements that support earlier collaboration
• Developing cultural- and capability-readiness assessments
• Comparing integrated TVD–FEP pilots with projects using conventional FEP
• Creating an implementation guide based on measurable project evidence

Digital twins, machine learning, BIM, and real-time cost platforms may eventually strengthen the model. However, technology should support—not substitute for—clear value definition, reliable governance, stakeholder trust, and collaborative decision-making.

The paper provides a promising conceptual foundation. The way forward is to convert its integration opportunities into a structured pilot framework, test them in real projects, measure the outcomes, and progressively develop an implementation model suitable for Indonesian industrial megaprojects.