2022 Project Management Toolbox: 50 Project Management Tools

Apply the house of quality to translate the voice of the customer into engineering features and design characteristics. Use relationships and weights to prioritize changes and assess market position.

Organize brainstormed ideas with an affinity diagram to cluster thoughts by similarity, turning sticky notes into themed groups and guiding root cause analysis for product quality in Six Sigma projects.

Mind mapping captures brain ideas on paper around a central idea with branches and keywords or pictures. This visual map boosts retention and brainstorming by clarifying associations across projects.

Use prioritization metrics to rank projects by weighted factors such as duration, cost, return on investment, and difficulty, then build a brainstorming-based matrix to identify high-priority projects.

Apply quality management and continuous improvement to add value to life and others by honestly addressing challenges, while using captions and speed controls to engage with instructor and student community.

Learn value analysis and cost performance by comparing planned value, earned value, and actual cost to the budget at completion, and calculate estimated completion cost and performance indices.

Learn earned value management by analyzing cost and schedule variance, CV and SV, and CPI and SPI to assess performance against planned value and actual cost.

Learn to forecast project completion with estimated at completion (eac) by adding actual costs to the estimated cost to complete, using budget at completion and cost and schedule performance indices.

Explore how to complete performance index and the CPI determine the efficiency needed to finish the remaining work with the funds remaining and estimated at completion.

Learn how the three point estimate captures time and cost uncertainty using triangular distribution, with optimistic, most likely, and pessimistic scenarios, especially when historical data is scarce.

Learn to compute a pert estimate using optimistic, most likely, and pessimistic values, applying four times the most likely and dividing by six to forecast duration and cost.

Apply a six sigma approach to craft a precise problem statement using the five Ws and one H—what, why, when, where, who, and how—to define the problem, impact, and stakeholders.

Define and apply the work breakdown structure to decompose a project into manageable work packages, assign control accounts, and use a WBS dictionary for time and cost estimates.

Apply agile approach to project scope with is and is not analysis to define what lies inside or outside the scope, focusing on the department's low output and root causes.

Forecast project duration with the critical path method by identifying the longest activity sequence and calculating early start, early finish, late start, late finish, and floats.

Analyze how MRP, MRP II, and ERP differ in data volume and scope. Move from materials planning to enterprise-wide data, including finances, as organizations scale.

Master production schedule aligns forecast demand with inventory and capacity across an eight-week planning horizon, incorporating rolling horizons, time buckets, and available-to-promise calculations.

Show how a gantt chart visualizes a project schedule with task durations, overlaps, and percent complete. Track phases from planning to delivery on a time axis with a progress line.

Learn to use Companion for Minitab to create a Gantt chart by entering activities, due dates, and progress, and by managing milestones on a project timeline.

Master burn up and burn down charts to track agile project progress, showing blue total work, red completed work, and remaining work, with plan vs actual progress and scope changes.

Learn how forecasting uses past data to estimate future events and guide business, financial, inventory, and production decisions, distinguishing forecast from prediction and embracing uncertainty.

Learn to create a four-week moving average forecast in Excel by using the data analysis toolpak to forecast sales and compare with actual values.

Explore trend forecasting using Excel scatterplots and trendlines to forecast sales or demand, compare linear and polynomial models, and interpret R-squared and equations.

Learn to forecast with a weighted moving average in Excel, assigning valid weights to recent and earlier sales, ensuring the weights sum to one, and visualizing with a scatter plot.

Explore the difference between average and weighted average, and show how weights reflect importance in forecasting. See how assigning higher weights to closer forecast periods yields more accurate projections.

Explore the icons and symbols in value stream maps, including material, transport, inventory triangles, safety stock, information, cycle time, takt time, and overall equipment availability.

Map the value stream of pizza manufacturing, delivery, and information flow to show operators, processing time, waste, transportation, inventory, and lead time driven by customer demand.

Excel-based value stream maps use a downloadable template and symbols like kanban and transport icons to map processes and information flows, with companion for me aiding drawing and downtime calculations.

Locate problem areas in production using deployment maps to reduce handoffs, loops, and repeated steps, while ensuring quality control and timely rework decisions.

Explore Maslow's hierarchy of needs and its application to project management, showing how meeting physiological, safety, social, and esteem needs unlocks self-actualization and project success.

Compare McGregor's X and Y theories, contrasting authoritarian micromanagement with participating, servant management that empowers teams, fosters open communication, and boosts motivation and productivity.

Explore McClelland's theory of needs: achievement, affiliation, and power, and how these motivators shape performance and leadership, developing through life and professional experiences.

Explore the raci matrix to assign roles and responsibilities in cross-functional and six sigma projects, ensuring clear accountability, defined consultations, and timely information sharing.

Explore the raci model in excel using a matrix template, learn role definitions (responsible, accountable, consulted, informed), and practice selecting roles or leaving blanks to map responsibilities.

Tuckman's team development model describes five stages that show how a team forms, faces hostility or confusion, clarifies roles and responsibilities, becomes interdependent, and eventually performs as a project progresses.

Learn how brainstorming drives team idea generation with a facilitator and recruiter, exploring structure, incident-type and a mixture of structured and unstructured time, plus seven steps from objectives to follow-up.

Benchmark your business by comparing it to the best to drive better results. Identify gaps, set key performance indicators, gather data, and sustain improvements to drive customer satisfaction and leadership.