What Are Schedule Levels From Level 1 to 5 (2024)

FAQs

What is a Level 1 project schedule? ›

Level 1: A Level 1 schedule is a high-level schedule that reflects key milestones and summary activities by major phase, stage or project being executed. This schedule level may represent summary activities of an execution stage, specifically engineering, procurement, construction and start-up activities.

Five Levels of Project Schedules

This schedule also often includes key contractual milestones and requirements as it is included in the EPC contract.

Level 0: This is the total project and in effect is a single bar spanning the project time from start to finish. Functionally there is very little practical application for a schedule that is only a single bar other than to represent an element of a project or program time line.

The Level 3 schedule spans the whole of the project and is used to support the monthly report. It includes all major milestones, major elements of design, engineering, procurement, construction, testing, commissioning and/or start-up.

After talk with a senior PM, he said L1 is referring to "planned date" before charter submit. L2 refer to the date in charter. L3 refer to the actual date (update after project close).

The Levels of Scheduling is categorized into Four levels, they are. LEVEL-1 (L1 SCHEDULING) — Planning without Resources/Project Management & Strategy. LEVEL-2 (L2 SCHEDULING) — Tracking without Resources/Project Control Level. LEVEL-3 (L3 SCHEDULING) – Planning with Resources/Cost Account & Work Package.

Developed by the Project Management Institute (PMI), the five phases of project management include conception and initiation, project planning, project execution, performance/monitoring, and project close.

All projects can be planned at three levels: Aspirational (Vision – ends) Guidance (Strategy – ways) Operational (Tactics – means)

High level scheduling is when a computer system chooses which jobs, tasks or requests to process. In this model, tasks or requests are prioritized and scheduled to complete based on the maximum amount of work or tasks the system can handle at once.

What is a Level 2 milestone? ›

Level 2 Milestone means Net Sales of the Products for any calendar year of $60 million or more.

A project master schedule is an early communication tool among stakeholders which shows the major deliverables, key milestones, and summary of work breakdown structure activities. Simply put, a master schedule is prepared for tracking the project at a summary level.

The Construction Manager-in-Training Level 4 (CMIT® L4) designation is an extension of the CMIT certificate, which recognizes professionals who are invested in the construction management industry and their own professional development.

An overall schedule is a schedule that shows investors when management or leadership plans to attain their goals and what milestones that they have planned. These milestones were addressed in other parts of the business plan and are critical to the success of the company.

Commonly referred to as “Primavera schedules”, as their name suggest – a Primavera P6 schedule is a schedule (project plan) created with the Primavera P6, project portfolio management software.

Scheduling in project management is the listing of activities, deliverables, and milestones within a project. A schedule also usually includes a planned start and finish date, duration, and resources assigned to each activity.

L2 will be High priority tickets and need to be resolved within 8 hours. L3 will be the Medium priority ticket and needs to be resolved within 24 Hours. L4 will be the Low priority ticket and needs to be resolved within 48 Hours. And the priority and the time period will depends on the client.

L2 support handles the tickets that L1 routes to them. This support team can also generate tickets for any problem they notice. L2 support specialists have more skills, more experience in solving complicated problems relevant to them and can help L1 support people troubleshoot problems.

Commonly known as L2/L3 device or multi-layer switch (L2 = Ethernet, L3 = IP). To simply put it, an L3 switch is a combination of an Ethernet switch and IP router.

It describes the overall project divided into main components by area and is used for higher level management reports. It will include Level 1 information, but in more details in order to show the activities by area.

What is a schedule in engineering? ›

SCHEDULE FOR ENGINEERING means the schedule specified in or attached to the Agreement and which indicates the general time frame within which the various parts of the Services are to be provided by PEDB.

What is project scope? Project scope is a way to set boundaries on your project and define exactly what goals, deadlines, and project deliverables you'll be working towards. By clarifying your project scope, you can ensure you hit your project goals and objectives without delay or overwork.

At the most fundamental level, management is a discipline that consists of a set of five general functions: planning, organizing, staffing, leading and controlling.

A project, regardless of its size, generally involves five distinctive project life cycle phases of equal importance: Initiation, Planning and Design, Construction and Execution, Monitoring and Control, Completion.

High-level planning is focusing on establishing your project's requirements and deliverables and then tracking them over time. It's different from a detailed project plan, consisting of all the tasks needed to complete the project. One could say that a high-level plan is a manager's view of the project.

Low-level describes more specific individual components of a systematic operation, focusing on the details of rudimentary micro functions rather than macro, complex processes.

It shows interrelationships among tasks very clearly.

Tasks are never done in isolation, and most rely on information or results from a previous or concurrent task or group of tasks. Your schedule must show how these tasks interrelate.

How do you plan and schedule a work activity? ›

Aids in the prioritization of tasks

A scheduling system can help you manage your projects in order of priority. This way, it helps you focus on the tasks that are most important or the ones whose deadline is approaching. Keeping track of these manually can be exhausting and it also increases the chances of errors.

Write up a brief description or the purpose of your project. Write up the project scope, including major milestones, List the deliverables which your client is paying you to do/deliver for each milestone, this should also include any acceptance criteria or exclusions (the things you won't do) for each deliverable.

The Master Production Schedule, MPS, is an indicator of what, when, and how many items to produce. Additionally, the information that it generates can be used as an indicator that shows how much we can commit to produce for the client.

This schedule is an outline of the key activities necessary to complete the project. Then based upon review with the Owner, the Owners' Representative will prepare a final Master Schedule that will detail the overall time related goals for the project.

The Level 4 Diplomas in Engineering focus on advanced engineering, with a wide choice of units to provide a flexible route to career success as a professional engineer.

To achieve the whole qualification, learners need a minimum of 90 credits. You must complete mandatory units plus options units from the following structures: Level 3 NVQ Diploma in Construction Contracting Operations: Buying. Level 3 NVQ Diploma in Construction Contracting Operations: Design Co-ordinator.

How do you get a CSCS Gold card? ›

High level scheduling is when a computer system chooses which jobs, tasks or requests to process. In this model, tasks or requests are prioritized and scheduled to complete based on the maximum amount of work or tasks the system can handle at once.

Operating systems may feature up to three distinct scheduler types: a long-term scheduler (also known as an admission scheduler or high-level scheduler), a mid-term or medium-term scheduler, and a short-term scheduler. The names suggest the relative frequency with which their functions are performed.

Two-level scheduling is useful when a system is running more processes than fit in RAM: a lower-level scheduler switches between resident processes, and a higher-level scheduler swaps groups of processes in and out.

Low-level describes more specific individual components of a systematic operation, focusing on the details of rudimentary micro functions rather than macro, complex processes.

1. Short-Term Scheduler : Short term scheduler is also known as CPU scheduler. Its main objective is to boost the system performance according to certain set criteria. Short term scheduler helps to select the group of processes that are ready to execute and allocate CPU to each one of them.

What is level scheduling in lean manufacturing? ›

In the Lean Six Sigma methodology is Level Scheduling an important concept; ' The process of smoothing production volume and model mix over a given time period. ' This major component of the Lean philosophy is to smooth out the flow of value so that minimal waste inventory and waiting are incurred.

There are two main types of CPU scheduling, preemptive and non-preemptive. Preemptive scheduling is when a process transitions from a running state to a ready state or from a waiting state to a ready state. Non-preemptive scheduling is employed when a process terminates or transitions from running to waiting state.

Scheduling in operating system is the process of selecting a process from a ready queue. And allotting CPU to this process for execution. The operating system schedules the processes in such a way that the CPU doesn't sit idle. And keeps processing some or the other process.

The process scheduling is the activity of the process manager that handles the removal of the running process from the CPU and the selection of another process on the basis of a particular strategy. Process scheduling is an essential part of a Multiprogramming operating systems.

Multiple processor scheduling or multiprocessor scheduling focuses on designing the system's scheduling function, which consists of more than one processor. Multiple CPUs share the load (load sharing) in multiprocessor scheduling so that various processes run simultaneously.