
This is a general introduction of the course and the instructor.
My name is Maxwell Owolade, with more than 15 years working in IT, Project Management, teaching and writing in various capacities.
During same period I have enjoyed the privilege of preparing candidates for professional certifications like CompTIA: Project+, Project Management Professional (PMP) & CISSP to name a few. Passion for teaching Project Management, IT, IT Security, Business Analysis, Math & Physics. Few of my hobbies includes teaching and reading Physics, Math, Economics, Bible History & Cooking
Discover earned value management (EVM) as a core project cost control tool, enabling forecasting, tracking planned value versus actual results, risk detection, and transparent accountability.
Learn five steps to determine earned value management (EVM) by generating data from cost, time, and resources, calculating variances, forecasting performance, assessing risks, and analyzing project health.
Students will learn the meaning of the following EVM parameters
BAC
PV
EV
AC
Learn to determine cost and schedule variances in earned value management using cv equals ev minus ac and sv equals ev minus pv to assess project performance.
Determine cost performance index and schedule performance index to measure cost and schedule efficiency, with CPI as EV/AC and SPI as EV/PV; values above one are favorable, below one unfavorable.
Learn to analyze and interpret earned value data by comparing plan value, earned value, and actual cost, and interpreting cost variance, schedule variance, and cost performance index, schedule performance index.
Learn where to apply earned value management tools across projects, using it as a core cost control and data analysis practice to forecast risks and optimize schedule, cost, and resources.
Build your earned value management expertise from the definition, formula, and five steps to hands-on case studies and software project data, gaining a practical license to practice.
Apply earned value management to a construction case study by calculating BAC, PV, EV, and AC for a 20-mile sidewalk project and analyzing variances.
Learn to calculate cost variance and schedule variance in earned value management using earned value, actual cost, and planned value, and interpret results as on-budget or behind schedule.
determine performance indices in case study 1 by calculating the cost performance index and schedule performance index, interpreting CPI above 1 and SPI below 1.
Forecast and analyze variance in earned value management by calculating estimate at completion and estimate to complete, using CPI and SBI to reveal potential savings or needed funding.
Analyze and interpret project performance by reporting cost variance, schedule variance, CPI, and SPI to stakeholders, and craft a weekly or monthly mitigation plan aligned with the project communication plan.
Analyze earned value results to interpret CPI, SPI, variances, and forecasts. Prepare stakeholder reports, validate data, and forecast EAC and ETC for cost control.
Discover different ways to determine earned value management, including manual calculations, spreadsheet analysis with graphs, and scheduling software like Microsoft Project, Oracle Primavera, or other project tools.
Master the rule of thumb for earned value management, ensuring accurate data input, baselining, and updating to generate reliable EVM reports that support cost control and sound project decisions.
Every experienced project manager strives to have a good control over their project schedule and budget.
The goal is to manage it effectively so that situation does not spiral out of control.
Earned Value Management (EVM) has proved to be a very efficient and effective tool that is consistent in providing better results that reveal “enchanted” qualities in these project managers.
EVM helps in tracking project performance and its forecasting capabilities has proved reliable in mitigating foreseeable risks. In this video course, you will master all the building blocks to determining EVM and not only can calculate all the details, but also interpret the data and prepare a precise periodic project report.
In this video, the Instructor explained the 12 steps to developing a concise schedule to prepare a correct project schedule.
LEARNING OUTCOMES
· Over 20 lectures and 85 minutes of valuable content!
· You will understand all the EVM building blocks; definitions, formula and meanings
· You will master the 5 steps to determining EVM from end to end
· You will learn the steps to determining variances and performance indices
· You will become adept at preparing an accurate project performance report
· You will also be able to calculate and interpret TCPI and Burn Rate
· This course is also suited for those that want to become EVM Experts because regulation requirements
· This course content has been designed with students preparing for project management certification exam in mind
· Practical assignments run through the course that will fully engage you throughout the duration
· Practical learning experience with live project work and examples.