LDR 736 Week 4 Strategic Foresight and Future Orientation Example

Building Boats for 2040: Strategic Foresight, Scenarios and a Future-Forward Orientation for a Gulf Coast Shipyard

[Student Name]

University of Phoenix

LDR/736: Architecture of Leadership

Week 4 Assignment

[Instructor Name]

[Date]

Bayou Coast Marine, its markets and its scenarios are composites written for a model paper.

Bayou Coast Marine, the invented Houma shipyard followed in this course, builds vessels that operate for 25 to 35 years. A tugboat launched this year may still be working in 2055. About 45 percent of the yard's revenue comes from supply and crew vessels serving offshore oil and gas, and most of its tugboats burn diesel. Earlier weeks examined how general manager Camille Arceneaux can lead with paradox and match decision methods to domains. This week asks how she can lead with the future in view. Energy markets, emissions rules, offshore wind development and battery technology could reshape demand for the yard's products within a decade, but the direction and pace are uncertain. The yard's strategic plan currently projects five years based on current customers. This paper examines strategic foresight and develops scenarios for 2040.

Foresight and Performance

Rohrbeck and Kum (2018) studied the foresight practices of large European firms and followed their performance over several years. Firms rated as future prepared, with mature practices for perceiving, interpreting and responding to change, later achieved higher profitability and higher market capitalization growth than firms that were less prepared. The study suggests foresight is not merely an intellectual exercise but associated with superior performance.

Scenarios Under Low Predictability

Wright and Goodwin (2009) examined decision making and planning when predictability is low and proposed ways to enhance the scenario method. They argued that scenario planning helps managers avoid overconfidence and consider multiple futures, but that it can be strengthened by challenging assumptions more explicitly, focusing on extreme but plausible events and linking scenarios to decision analysis that tests options across futures.

How Leaders Search

Gavetti (2012) proposed a behavioral theory of strategy, arguing that leaders' cognitive representations of their industry shape which opportunities they see. Opportunities that are cognitively distant, far from current mental models, are often overlooked, even when they are valuable. Leaders can widen search through deliberate efforts to reframe their understanding, such as drawing analogies from other industries.

Predetermined Trends

Some trends are fairly certain. Emissions rules for vessels will tighten over time. Battery costs have fallen substantially and are expected to keep declining. The Gulf Coast workforce for skilled trades will remain tight. Coastal infrastructure needs, such as ferries and dredging support, will continue.

Critical Uncertainties

Two uncertainties matter most. The first is the pace of decline in offshore oil and gas activity in the Gulf, which depends on prices, policy and company strategies. The second is the pace of adoption of low- and zero-emission vessels, which depends on technology, costs and regulation.

Scenario A: Slow Transition

Offshore oil activity remains substantial through 2040, and emissions rules tighten gradually. Demand for conventional supply vessels continues, with growing interest in hybrid systems. The yard's current business remains viable but faces slowly rising environmental requirements.

Scenario B: Rapid Electrification

Battery and hydrogen technologies mature quickly, ports require zero-emission harbor craft and public agencies fund electric ferries. Demand for diesel tugs falls sharply in ports, while demand for electric vessels grows. Yards that build expertise early win; others lose market share.

Scenario C: Offshore Wind Pivot

Gulf offshore oil declines, but offshore wind development grows, creating demand for crew transfer vessels, service operation vessels and installation support. The yard's offshore experience is valuable if adapted to wind industry needs.

None of the three futures looks like the yard's current five-year plan, which assumes the next decade will resemble the last one.

What Each Scenario Means for Decisions

In all three scenarios, electrical integration skills and a trained workforce matter. Decisions to build these capabilities now are robust. Heavy investment in a new conventional offshore vessel line would pay off only in Scenario A. Investment in electric vessel capability, begun with the ferry contract from Week 2, pays off in B and partly in C.

What the Leadership Team Assumed

A workshop with the yard's leaders revealed assumptions that shaped the current plan. Most believed offshore oil support would remain the core business for at least 15 years, that electric vessels would stay a niche and that the yard's reputation with oil companies would carry it through any change. When asked to describe the yard's situation if each assumption proved wrong, several leaders realized how much of the plan rested on a single view of the future.

Lessons From Other Yards

Shipyards in the Pacific Northwest and in Northern Europe that began building hybrid and electric ferries a decade ago now hold expertise and reputations that bring repeat contracts. Their experience suggests that early learning in a new vessel type creates advantages that later entrants struggle to match.

Options and Their Timing

Some decisions can wait, such as whether to build a dedicated hall for electric vessels, while others cannot, such as recruiting electrical engineers, who take years to develop expertise. Separating decisions by timing helps leaders act on robust moves now while keeping larger commitments open until signposts become clearer.

Robust Moves Now

The yard should expand electrical engineering capability, train welders and electricians on battery and hybrid systems, pursue additional electric ferry and harbor craft contracts and build relationships with offshore wind developers.

Signposts

Signposts include state and port rules on harbor craft emissions, battery pack prices, federal and state funding for electric ferries, Gulf offshore lease sales and drilling activity and announcements of Gulf offshore wind projects. Each will be reviewed quarterly.

Widening Search

Following Gavetti's argument, the leadership team will widen its cognitive search by visiting yards building electric vessels in other regions and countries and inviting outside experts to annual foresight sessions.

Communicating the Scenarios

The scenarios will be shared with supervisors and key customers, not kept in the executive office. Workers who understand why the yard is training electricians and bidding on electric ferries are more likely to support those moves, and customers may share signals about their own plans.

A Foresight Practice

Camille will lead an annual foresight retreat to update scenarios and signposts, with a small team scanning trends monthly. Dissenting views will be explicitly invited.

Implications for Camille's Architecture

For a leader trained as an engineer, thinking in scenarios rather than single forecasts requires practice, and Camille plans to learn it alongside her team rather than delegating it entirely. Future orientation will become a deliberate part of Camille's leadership: scheduled time for scanning, scenarios and robust decisions, rather than an occasional concern.

Conclusion

Research links mature foresight to better performance, offers ways to strengthen scenario methods when predictability is low and shows that leaders' mental models limit the opportunities they see. For Bayou Coast, three plausible futures for 2040 diverge sharply from the current plan, but robust moves in electrical capability and workforce training hold value in all of them. Signposts, wider search and a regular foresight practice give the yard's leaders a future-forward orientation suited to vessels that will outlast any forecast.

References

Gavetti, G. (2012). Toward a behavioral theory of strategy. Organization Science, 23(1), 267-285. https://doi.org/10.1287/orsc.1110.0644

Rohrbeck, R., & Kum, M. E. (2018). Corporate foresight and its impact on firm performance: A longitudinal analysis. Technological Forecasting and Social Change, 129, 105-116. https://doi.org/10.1016/j.techfore.2017.12.013

Wright, G., & Goodwin, P. (2009). Decision making and planning under low levels of predictability: Enhancing the scenario method. International Journal of Forecasting, 25(4), 813-825. https://doi.org/10.1016/j.ijforecast.2009.05.019