Which of the following is an example of how good engineering practices can help avoid project problems?

Good engineering practices are essential for minimizing the likelihood of re-work, which is often a significant source of project delays and increased costs. By adhering to established methodologies, standards, and guidelines from the onset of a project, teams can ensure that the initial work meets the required specifications and quality. This proactive approach helps in identifying potential issues early in the development process, allowing for corrections before they escalate into larger problems that necessitate re-work.

Eliminating re-work is a critical component of project efficiency and success. It typically involves thorough analysis, comprehensive testing, and effective communication amongst team members, which are all hallmarks of sound engineering practices. As a result, this leads not only to cost savings but also to the timely completion of projects, as fewer resources are diverted to fixing problems that arise due to inadequate initial work.

In contrast, while other choices touch upon valuable aspects of project management, they do not specifically highlight a direct consequence of good engineering practices as clearly as the elimination of re-work does. For example, keeping a project on budget can be an outcome of many factors, including effective planning and monitoring, but it does not necessarily reflect the quality of engineering practices. Similarly, forming a cohesive team, while important for collaboration, is more about interpersonal dynamics