Projects are like a ship cutting through stormy seas. Without a good map and a sharp captain’s eye, you’re bound to drift off course, plunder your resources, and sink under the weight of missed deadlines. A weak schedule is like a tattered sail, flapping in the wind of chaos. Without a steady hand and a... [Read More]| ProjectEngineer
Experts highlight risk management as one of the most overlooked yet vital aspects of project management. While we often assume we’ve got the main threats handled, a little upfront planning can yield outsized rewards, transforming potential chaos into controlled progress. But effective risk management isn’t just about dodging disaster; it’s about turning potential pitfalls into opportunities... [Read More]| ProjectEngineer
If there's one most important skill for a project manager, it would be staying within budget and schedule. It is not an understatement to say that if you master this one thing, most other things will likely fall into place. And the magic ingredient to doing this well is called earned value management (EVM). EVM is... [Read More]| ProjectEngineer
I was once part of a project which went behind schedule and over budget. In response the project manager asked the project team to come up with reasons why the project was late. Naturally the team produced several reasons, and a change in schedule and budget was approved. Everything sounded like it was back on... [Read More]| ProjectEngineer
Managing the project resources is how the project manager spends most of their time. From ordering supplies, to training team members, to paying bills, the project resources are a seemingly bottomless pit of active management. Meanwhile, the project team is one of the most important components of project success - Having confidence that your team... [Read More]| ProjectEngineer
Project status reports are essential tools for keeping teams, stakeholders, and leaders aligned on progress, challenges, and next steps. A well-crafted report provides clarity, builds trust, and ensures everyone understands where things stand. Projects are by definition temporary, that is, they have a defined beginning and end. For this reason, the project schedule is almost... [Read More]| ProjectEngineer
Projects don't manage themselves. Professional project management requires the development of a plan that outlines how it will be managed. According to the Project Management Body of Knowledge (section 4.2), the project management plan fulfills this purpose. Although it includes any and all items that define the management of the project, there are certain standard items.... [Read More]| ProjectEngineer
From the awe-inspiring pyramids of ancient Egypt to modern-day initiatives, humans have long tackled complex projects. The more complex and technically challenging a project becomes, the more intricate dependencies, advanced technologies, and diverse teams can lead to increased risks, miscommunication, and scope creep if not carefully managed. Today, these efforts are streamlined and formalized through... [Read More]| ProjectEngineer
Every project has distinct roles that must be fulfilled in order to function properly and provide the products or services it was intended to provide. As a minimum, it needs a project manager and a project team who does the work, although those roles could be fulfilled by the same person. It also needs a... [Read More]| ProjectEngineer
There is no universal definition of project success. Since the very definition of a project is temporary (Project Management Body of Knowledge, 6th Edition), virtually all projects must meet a deadline and budget. But some projects must satisfy certain stakeholders. Others must meet regulatory criteria. Still others must achieve a certain return on investment. For these reasons,... [Read More]| ProjectEngineer
The definition of a Project is: A temporary endeavor undertaken to create a unique product, service, or result. The two most important keywords within that definition are: Temporary: A project has a fixed beginning and end. Because of this, there are two factors that come into play in virtually every project: Time (deadlines) and money (budgets). ... [Read More]| ProjectEngineer
The largest projects in the world, from the summer olympics to big petrochemical projects, have one major thing in common at the project management level: A relentless focus on risk. What happens if there is a riot? Or a catastrophic explosion? What if protestors disrupt the project, or regulatory agencies reject it? These large megaprojects must allocate... [Read More]| ProjectEngineer
Managing projects is like steering a ship. When the wind or sea conditions are rough, experienced helmsman use their keen sense of how the ship will react to keep it moving in the right direction. Because the ship doesn't react right away, the helmsman must anticipate the delay between turning the ship's wheel and the... [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
Bottom up estimating is the project management technique of estimating individual tasks and then combining them into an overall project estimate. Often the individual project team members who will be performing the task provide the estimates, because they are in a better position to estimate a task that they will be working on. Types of... [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
Parametric estimating is a guaranteed inclusion on the PMP Exam. This article is assured to give you at least one point (but more likely four or five). Parametric estimating is a project estimation technique whereby a unit rate is used and multiplied by the number of units. For example: A house building project is estimated... [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
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