This is not a basic project management course. Rather, the course builds upon ones’ previous knowledge of project management and then studies the methodologies, problems, Project Management tools and techniques used in planning and executing projects across all industry sectors. This hands-on, action learning course will take Project Management to an advanced level entirely from an application approach. Students will learn which tools and techniques to apply in project situations, for which purpose and using the analytical applications, have the supporting documentation to defend or demonstrate project results.

Topics include best practices for Business Case Development, Project Scope Definition, Cost Estimating, multiple methods of Project Scheduling (CPM, Critical Chain, PERT, Gantt), Risk Management, Earned Value Analysis, Agile and Hybrid methodologies, Variance Analysis and Performance Reporting.

If you have ever wondered how projects actually get planned and executed, you will come away with that knowledge and the capability of doing so using the best practices for applying its tools and techniques.

This is a project that generally follows the PBL framework that can be used to help students master the concept of qudratics in their study of intermediate algebra. Specifically, it was designed to help students master the concept of quadratic functions, equations, and inequalities, including the parts of both standard & vertex equations, as well as how to identify the domain & range of a quadratic function; how to apply quadratics as the square of binomials; how to make decisions about a specific quadratic problem or application relative to the significance of the vertex and roots; and how to transform a quadratic by manipulating its parent equation. Note that the project was designed and delivered per the North Carolina Math 2 curriculum and it can be customized to meet your own specific curriculum needs and resources.

This Project has been completed as part of a standard Calculus 1 asynchronous online course at MassBay Community College, Wellesley Hills, MA.

This hyperdoc guides students through 5 steps of a "Superhero Project". The projects serves as a capstone in the Secondary Math I classroom for online students. The project asks students to demonstrate the knowledge they have gained about linear and exponential equations. 

Project planning and delivery is a crucial skill for academic studies as well as the world of work. By participating in this course, adult learners will develop the necessary project planning skills and knowledge to prepare them for continued study and gain specific employability skills- communication and project planning. This lesson will help prepare learners to effectively plan and deliver a project. The lesson aims to teach the terms, concepts and communication skills of effective project planning including the project life cycle, project charter and work breakdown schedule. It is an interactive and informative course, designed to build on learners’ own previous experience and real world examples.

The intended audience are adult learners at grade level D with low literacy and numeracy skills. It is aimed at students studying in the adult education sector, who are studying alongside other commitments, for example family or work. The project planning terms and concepts are taught in an accessible, informal way, connecting to previous knowledge and understanding. Participants will participate in a range of conversations and collaborations with others partners, building on ideas and expressing their own clearly and persuasively. Conversations may be one-to-one, in groups or teacher-led. Learners will develop and demonstrate a variety of communication skills, including posing questions that connect the ideas of speakers, responding to questions and comments, acknowledging information expressed by others and when required, qualifying their own views.

The lesson materials and resources will enable the lesson to taught in a variety of contexts and environment, with minimal access to the internet and other technical resources.

The goal of this lecture plan "Spatial data analyzing" is to adapt the final project of Edit-027, at this time, this document helps students acquire technical skills in using GIS opensource software (QGIS) for producing, managing databases, and to develop research skills in spatial analysis.This module is for 0.5 credit hoursThis OER document was adapted from OER "Introduction to GIS for urban studies" 

I have designed and presented the content within StatsforMedics specifically for use by undergraduate medical students who are considering use of statistics for short-term research projects. However, this is with the understanding that students from allied health sciences may also benefit from engaging with the site and its sister site, Statistics CALs. Also, I am currently exploring use of selected content for outreach work in pre-university sectors.

This project is a cross-curricular approach designed to analyze, evaluate, and extend student understanding of To Kill a Mockingbird by Harper Lee. The project would be applied after students have read the novel and completed a final test (or you may use this project in lieu of a test). Teachers may use pieces of this project or can use this project in its entirety.Time Estimate: 2-3 weeksObjectives:The learner will:connect the novel to the current social and political climate.analyze the differences in treatment of minorities in the judicial system.argue and support with evidence the impact of race in both the novel and the real world. identify the use of forensic evidence in court cases and argue how forensic evidence is or is not used in the novel.collaborate with peers to create a presentation of findings and analyses. construct a visual representation of a theme. 

A training programme for YOUNG PEOPLE involved in civic participation projects: the program targets youth-at-risk and contains lesson plans and related materials that youth activists and educators can use to train and guide youth-at-risk involved in local change projects.