Production Planning at Viktor Lenac Shipyard Custom Case Solution & Analysis

1. Evidence Brief (Case Researcher)

Financial Metrics

Revenue structure: Heavily dependent on large-scale ship repair and conversion projects (Exhibit 1).
Cost profile: High fixed-cost base due to dry dock and heavy equipment requirements (Exhibit 2).
Margin pressure: Fluctuating margins driven by the volatility of global shipping rates and competition from low-cost yards in Asia (Paragraph 4).

Operational Facts

Capacity: Viktor Lenac operates with limited dry dock availability, creating a natural bottleneck for project scheduling (Exhibit 3).
Resource constraints: Specialized labor (welders, engineers) is in short supply in the Adriatic region (Paragraph 7).
Process: Highly complex, non-linear production cycles where repair tasks often reveal unforeseen structural damage (Paragraph 9).

Stakeholder Positions

Management: Focused on maximizing throughput to cover high overheads (Paragraph 12).
Clients: Demand strict adherence to deadlines, often imposing heavy liquidated damages for project delays (Exhibit 4).

Information Gaps

Quantified impact of unplanned work on total project timeline.
Specific breakdown of overhead allocation per project type.
Detailed labor turnover rates for specialized roles.

2. Strategic Analysis (Strategic Analyst)

Core Strategic Question

How can Viktor Lenac balance the high-risk, high-reward nature of ship repair against the inherent uncertainty of project scope to protect margins and meet delivery deadlines?

Structural Analysis

Value Chain: The shipyard is a service provider where the value is created in the precision and speed of repair. Unforeseen structural issues represent a failure in the initial assessment phase (upstream), which cripples downstream execution.
Porter Five Forces: Rivalry is intense. The shipyard is a price-taker in the global market, meaning operational efficiency is the only lever for profitability.

Strategic Options

Option 1: Aggressive Buffer Management. Build significant time and cost buffers into every contract. Trade-offs: Protects margins but reduces competitiveness of bids.
Option 2: Advanced Diagnostic Integration. Invest in ultrasonic and non-destructive testing at the bid phase to identify structural issues before contracts are signed. Trade-offs: High upfront capital investment, but significantly reduces project variance.
Option 3: Modular Specialization. Narrow the service offering to specific ship classes where the yard has a technical advantage. Trade-offs: Increases operational efficiency but reduces total addressable market.

Preliminary Recommendation

Implement Option 2. The cost of delay and liquidated damages far outweighs the cost of diagnostic equipment. Reducing scope uncertainty is the only path to predictable project completion.

3. Implementation Roadmap (Implementation Specialist)

Critical Path

Phase 1 (Month 1-2): Procurement of advanced diagnostic equipment and training of core inspection teams.
Phase 2 (Month 3-5): Redesign of the bidding process to mandate pre-contract diagnostic surveys for all major repair projects.
Phase 3 (Month 6+): Integration of diagnostic data into the master production schedule to allow for dynamic resource reallocation.

Key Constraints

Labor Skills Gap: Existing staff may resist the transition from reactive repair to diagnostic-led planning.
Data Latency: Information from the diagnostic phase must flow instantly to the production planners to be effective.

Risk-Adjusted Implementation

Start with a pilot program on smaller, lower-risk projects to refine the diagnostic accuracy before applying it to large-scale conversions. Budget for a 20% contingency in the project timeline for the first two quarters to account for the learning curve.

4. Executive Review and BLUF (Executive Critic)

BLUF

Viktor Lenac suffers from an inability to price risk. The current model treats ship repair as a manufacturing process with fixed timelines, ignoring the reality that structural integrity is rarely known until the vessel is in the dock. The recommendation to move toward diagnostic-heavy bidding is correct but insufficient. Management must shift from being a repair shop to a technical consultancy that sells certainty. If the yard cannot accurately define the work before cutting steel, it will continue to bleed capital through liquidated damages. The focus must be on the bid-to-delivery interface. If the diagnostic phase does not result in a contract re-opener clause for discovered defects, the investment is wasted. Approval granted, provided the strategy includes contractual protection against findings discovered during the diagnostic phase.

Dangerous Assumption

The assumption that diagnostic equipment will identify all potential structural issues. Even with testing, hidden corrosion or fatigue often remains invisible until disassembly.

Unaddressed Risks

Contractual Rigidity: If the legal team cannot renegotiate standard contracts to include scope-adjustment clauses, the diagnostic work simply shifts the burden of proof without improving the bottom line.
Market Perception: Clients may perceive the diagnostic process as a delay tactic rather than a value-add service.