Aerospace
There are numerous challenges that aerospace industry project teams must navigate. The strict regulatory environment, combined with the rigors of testing and quality assurance efforts, present hurdles when developing activity and milestone schedules. In addition, project outcomes must often address many—sometimes competing—needs, from aesthetic appeal to fuel efficiency. A commitment to the durability of mechanical components must sit alongside system interoperability and ease of use. Even security aspects often come into play, with technology innovations spanning between infrastructure and user access.
The variety of departments and stakeholder groups that participate in a typical aerospace project can also be truly staggering. Adding to the challenge of coordinating those teams is the existence of silos that often separate them. Some of these divisions have probably never before worked together directly. They may not have established communication flows that link them or even the recognition that their activities have touch points. Executing projects in this environment, under timeframe that are frequently tight with little wiggle room, requires high-level facilitation and coordination skills that many organizations simply don’t have.
Potential risks in aerospace projects may range from garden-variety schedule delays to concerns about the life safety if tasks aren’t properly executed. The financial impacts of a project are often huge, where deviations from forecasted cost structures could create dire cash flow problems for the organization. A failure is sure to be highly-visible, sometimes resulting in lost contracts or negative media coverage. Events in other parts of the aerospace industry can introduce unforeseen risks into a project, such as changes to testing requirements or material specifications mid-project.
Market conditions also generate industry-specific risks. Costs for raw materials can fluctuate significantly over a short period of time. Supply chain and labor contract glitches have the potential to delay project activities and reduce the organization’s ability to deliver quality products at a competitive price point. Each of these factors can lead an aerospace project into failure if the proper controls aren’t implemented.
Our team of PMP®-certified consultants have executed a wide variety of extremely challenging aerospace projects. We know how to leverage project, cost, and quality control methodologies to ensure strong outcomes. Using GPMS’s structured approach, we can help your organization develop the necessary infrastructure to support complex aerospace projects and move them from inception to a successful completion.
Maintaining progress toward the project’s goals requires a knowledge of what makes an aerospace project tick. Problem solving must be done quickly and without derailing other activities. The project management methodology we use enables us to develop program charters with clearly defined parameters, create valid schedules for efforts in all divisions, establish strict governance procedures, maintain robust communication flows between key stakeholders, and keep difficult aerospace projects moving forward in the face of difficult challenges.