The building of the Vasa Ship construction exposed the project to several risks leading to the vessel’s capsizing. Both the king and the manufacturing team share responsibility for the catastrophe. While the king placed demands that compromised the container’s stability, the planning team failed to incorporate risk management during implementation. The engineers shifted from the original specifications; we were unable to advance the design after the chief builder’s death successfully and launched the ship despite noticing challenges with its stability.
The constructors lengthened the ship’s keel from 111 feet to 135 feet, and this resulted in narrow dimensions that were disproportionate to the cruise’s size. The developers further added 24 more pounders to the upper deck from the original 24 ponders, which increased the center of gravity. The Vasa Ship construction was a disaster because the constructors neglected risks in the implementation process and offered critical lessons for modern development activity organizers.
The head boat designer’s sickness, death, and confusion in the team revealed that the project team did not have managing change mechanisms. The situation led to ineffective communication and general chaos in the group. The ship’s testing for the launch took place haphazardly, and even though the exercise stopped because the container rocked violently, the team was not present to undertake corrective action. The king authorized the craft’s launch despite previously identified stability challenges, and the ship capsized in front of the spectators.
The activity team failed to prepare for the administration transition, which contributed to poor implementation after the lead engineer’s death.
Modern project developers can learn the importance of practical design and manufacturing from the Vasa warship disaster. Scheme scheduling will enable the team to pre-determine specifications, prepare for the possibility of management change, and initiate seamless handover to the beneficiaries. Scheduling can reduce the risk of changing the plan’s design and enhance product functionality and success. Modern venture developers can also learn the risk of political influence in engineering demonstrated by a leader’s demands that led to the vessel’s instability and the resultant disaster. The Vasa Ship disaster occurred because of the neglect of development risks and can form a reference point for implementing the current scheme.