Nicholashayes-lowe

The Project Engineering — Worked Responses is an original answer-guide companion to a Project Engineering Practice Workbook. It provides model reasoning for 18 applied exercises covering the planning, control, and closeout of engineering projects. Rather than offering short answer-key responses alone, the guide demonstrates how to structure assumptions, calculations, decision logic, and practical recommendations for common project-engineering scenarios. It is useful for students studying engin...

The Project Engineering Toolkit is an original Excel-based planning and project-controls resource for students, early-career engineers, project coordinators, and technical teams. It includes three editable worksheets: a Project Planning Dashboard, a Risk Register, and an Earned Value Tracker. The toolkit is designed to support core project-engineering activities such as organizing work packages, tracking dates and dependencies, assigning ownership, monitoring risks, and evaluating cost and sched...

The Project Engineering — Practice Workbook is an original applied-study resource containing 18 open-response exercises on planning, controlling, and closing engineering projects. It is designed for students reviewing project engineering, engineering management, technical project coordination, operations planning, project controls, and capstone-project management. The workbook uses fictional but realistic engineering and operations scenarios that require learners to make reasonable assumptions...

The Project Engineering — Glossary & Flashcards is an original study resource containing 36 core terms for planning, scheduling, controlling, and closing engineering projects. It is designed for students studying project engineering, engineering management, technical project coordination, operations planning, capstone project management, or project-management fundamentals. The resource uses a concise two-column glossary format, pairing each term with a clear definition or recall cue for effici...

The Project Engineering — Framework Guide is an original study resource that provides a concise, structured overview of project definition, planning, execution control, and closeout for engineering and technical projects. It is designed for students reviewing project engineering, engineering management, technical project coordination, operations planning, and capstone-project fundamentals. The guide follows an end-to-end project flow: authorize and frame the work, define scope and acceptance c...

The Project Engineering Study Workbook is an original, all-in-one study resource covering the core methods used to plan, control, and close engineering projects. It combines a concise framework guide, 18 applied practice exercises, worked model responses, an earned-value quick-reference table, and a project-management glossary/flashcard section. It is designed for students reviewing project engineering, engineering management, project planning, operations, capstone work, or technical project coo...

The Innovation in Engineering Design — Worked Responses document is an original companion answer guide for an 18-question innovation and engineering-design practice workbook. It provides model reasoning—not just final answers—for students studying human-centered design, concept selection, prototyping, experimentation, adoption, and innovation strategy. The guide is designed to help students evaluate the quality, completeness, assumptions, and evidence plans behind their answers. Because...

The Innovation in Engineering Design Toolkit is an original Excel-based resource for students and early-stage project teams who need practical templates for evaluating concepts, planning experiments, and managing assumptions and risks. It contains three editable worksheets that support key stages of the innovation and engineering-design process: a Weighted Decision Matrix, an Experiment Canvas, and an Assumptions and Risk Log. The Weighted Decision Matrix sheet helps users compare up to three...

The Innovation in Engineering Design — Practice Workbook is an original, open-response study resource containing 18 applied exercises on human-centered design, concept development, innovation strategy, prototyping, testing, and adoption. It is designed for students who want to practice the reasoning and communication skills needed in engineering-design, product-development, design-thinking, or innovation-management coursework. Rather than relying on multiple-choice questions, the workbook u...

The Innovation in Engineering Design — Glossary & Flashcards is an original vocabulary-review resource containing 36 essential terms for concept development, design thinking, experimentation, evaluation, and innovation adoption. It is designed for students who need a fast, structured way to review terminology before an engineering design exam, innovation-management assignment, product-development project, or human-centered design activity. The document begins with a practical study method: ...

The Innovation in Engineering Design — Framework Guide is an original, concise study resource for students learning human-centered problem solving, engineering design decisions, concept development, prototyping, and validation. It presents innovation as a practical repeatable process: understand people, processes, and context; frame an opportunity without assuming a preferred solution; generate a broad set of possible ideas; compare concepts transparently; prototype the riskiest assumption; an...

The Innovation in Engineering Design Study Workbook is a comprehensive, original study resource focused on human-centered innovation, engineering design decisions, concept development, and evidence-based experimentation. It is organized into four connected parts: a framework guide, an 18-question practice workbook, worked model responses, and a glossary/flashcard section. The workbook presents innovation as a repeatable loop: understand users and their context, frame an opportunity without prema...

The Engineering Economics Worked Solutions document is an original companion resource that provides concise, step-by-step numerical solutions for a 20-question engineering-economics practice set. It is structured by problem number and repeats each practice prompt before showing the applicable equation, substitution of values, calculated result, and—in decision problems—the recommended economic conclusion. The resource covers a broad range of foundational and intermediate topics: single-payme...

The Engineering Economics Practice Problems document is an original, worksheet-style study resource containing 20 calculation-based practice problems across the core topics typically used in engineering-economics courses. It is designed for students who want structured independent practice rather than a formula-only reference. The opening instructions direct students to draw a cash-flow timeline, identify the proper analysis method, keep at least two decimal places in intermediate calculations, ...

The Engineering Economics Glossary & Flashcards document is a compact, original study resource that defines 36 essential engineering-economics terms in clear, recall-focused language. It is designed for students who need to strengthen vocabulary before solving time-value-of-money, capital-budgeting, and project-evaluation problems. The document begins with a simple study method: read a term, cover the definition, explain it in your own words, and then apply it to a brief numerical or project-bas...

The Engineering Economics Formula Guide is a concise, standalone reference sheet designed to help students review the main methods, formulas, and decision rules used in engineering-economics analysis. It begins with a practical calculation workflow: draw a cash-flow timeline, use an interest rate that matches the cash-flow period, convert relevant costs and benefits to a common point in time, select an appropriate evaluation method, and clearly state the resulting recommendation. The guide expla...

The Engineering Economics Study Workbook is a comprehensive, original exam-preparation and skills-practice resource built around core engineering-economics decision methods. It is organized into four parts: a concise formula and decision guide, a 20-question practice set, fully worked solutions, and a glossary/flashcard section. The workbook is designed as a general independent-study product rather than official university or instructor material. Its formula guide introduces time value of money,...

The Engineering Economics Calculation Templates workbook is an Excel-based companion resource designed to help students perform common engineering-economy analyses accurately and consistently. It contains three interactive worksheets—NPV/IRR Template, EUAC Comparison, and Loan Amortization—each using editable input cells and built-in formulas so that users can test their own project scenarios without rebuilding calculations from scratch. The workbook is formatted as a practical learning tool...