Project resource management is at the heart of a project manager’s role, consuming much of their daily focus. Resources like people, materials, tools, expertise, facilities, and infrastructure are the building blocks of any project. In an ideal world, these resources would be readily available, perform flawlessly, and stay within budget. However, reality presents constraints, requiring... [Read More]| ProjectEngineer
In project management, a well-crafted schedule is the heartbeat of success, orchestrating tasks, resources, and timelines into a symphony of progress. The project schedule is the flight plan that brings order to the chaos of competing priorities, and project scheduling is to a project manager like landing an airplane is to a pilot—most people would... [Read More]| ProjectEngineer
Carpenters have hammers, plumbers have wrenches, and programmers have computers. But does a project manager have any tools which help them perform their work better, quicker, or cheaper? Absolutely! In fact, if you don't use these tools you will be at a serious disadvantage to other project managers. And if you do, your career will... [Read More]| ProjectEngineer
Project estimating requires predicting the future. Like ancient prophets and soothsayers, today's project managers are experts in telling people what is going to happen. The key to success, then, is to ensure that what actually happens is the same as the estimate. This might seem like magic sometimes, but it requires strong project cost estimation... [Read More]| ProjectEngineer
Almost every project requires an estimate. Since a project is, by definition, temporary, somebody must approve a budget for it. Which means they must know how much to approve. The available types of estimates can be categorized into the following groups: Accuracy Source of Data Estimating techniques Accuracy In many industries, project estimates start very... [Read More]| ProjectEngineer
Estimating a project is one of the most important aspects of project management. Projects are by definition temporary endeavors with a defined beginning and end, hence stakeholders need to know how much expenditure they are committing to. Thus, project estimates tend to start before the project even begins and are usually updated throughout the project... [Read More]| ProjectEngineer
Top Down estimating is a project estimating technique whereby the overall project is estimated first, and individual tasks are apportioned from it. You start from the top of the pyramid and work downwards. This type of project budgeting usually occurs when there is a fixed budget and/or the scope of the project must fit within... [Read More]| ProjectEngineer
Project estimating is one of the most important aspects of project management. By their very nature, projects have fixed budgets and their owners want to know how much they will cost. Hence, project estimating begins prior to project initiation and estimates are usually updated at important project milestones. A Rough Order of Magnitude estimate, often... [Read More]| ProjectEngineer
In 1986, the NASA Space Shuttle Challenger exploded spectacularly upon take-off in front of one of the largest live TV audiences in history (to that time). The investigation concluded that several tiny O-rings that sealed the rocket booster to the fuel supply failed. These O-rings were about 1 foot in diameter. Just like the tiny... [Read More]| ProjectEngineer
Three point estimating is a technique which utilizes an optimistic and pessimistic estimate to determine the ideal estimate value for a project task. It is a shoe-in for PMP exam questions, which is not likely to change anytime soon. It allows known risks to be quantified and built in to the project budget. Formula There... [Read More]| ProjectEngineer
Analogous estimating uses the actual data from a previous project as the basis for estimating the current project. For example, the previous fence cost $75/foot therefore this one should cost about $100/foot. Many different variables can be compared, such as: scope cost budget duration Measures of scale: Size, weight, length, etc. Work units: Number of piles driven,... [Read More]| ProjectEngineer
