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Product Design, Manufacturing & Innovation Resources

The Most Complete Methodologies for Ideation, Project Mgt, Risk Mgt, Ergonomics, Product Design, Lean Manufacturing

Engineering methodologies
Engineering methodologies. 480+ methodologies for product design, innovation, ideation, quality, manufacturing, marketing and more…

Within the domain of product design, these 480+ professional methodologies offer the largest collection of articles and resources that delineate various methodologies and tools relevant to ideation, innovation, ergonomics, and manufacturing. This centralized repository permits to access and compare systematic approaches, such as Form, Fit and Function Analysis (FFF), modular design, A/B testing, and design thinking.

The tools listed aim to inform on techniques for creating new products or improving existing ones by detailing processes that can lead to enhanced usability, reduced production costs, and alignment with sustainable practices. They support various stages of product development, from initial concept generation and feature prioritization to ensuring quality and market relevance.

Note: global methodologies (ISO 9000, Total Quality Management, Design for Manufacturing, Lean Manufacturing, Six Sigma …) are not included in the comparison cards below, but have posts on this site and can be searched with the menu or with the magnifying glass on the top right.

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Manufacturing Operations Management (MOM)

  • Continuous Improvement, Industrial Automation, Lean Manufacturing, Manufacturing, Process Improvement, Process Optimization, Production Efficiency, Quality Assurance, Quality Management

Objective:

A holistic approach to managing the end-to-end manufacturing process.

How it’s used:

  • A broad category of software and systems that manage all aspects of manufacturing operations, from production and inventory to quality and maintenance. It aims to optimize efficiency across the entire manufacturing process.

Pros

  • Provides a holistic view of manufacturing operations; Can lead to significant improvements in efficiency and quality.

Cons

  • Can be complex and expensive to implement; Requires a high degree of integration between different systems.

Categories:

  • Lean Sigma, Manufacturing, Project Management

Best for:

  • Optimizing the entire manufacturing process in a large and complex organization.
Comment | Correct | Complete

Manufacturing Execution System (MES)

  • Continuous Improvement, Industrial Automation, Lean Manufacturing, Manufacturing, Process Improvement, Production Efficiency, Quality Control, Quality Management, Real-Time Operating System (RTOS)

Objective:

To manage and monitor work-in-progress on a factory floor.

How it’s used:

  • A computerized system used in manufacturing to track and document the transformation of raw materials to finished goods. It provides real-time information on production, quality, and maintenance.

Pros

  • Provides real-time visibility and control over the factory floor; Improves production efficiency and quality.

Cons

  • Can be expensive and complex to implement; Requires integration with other systems, such as ERP.

Categories:

  • Manufacturing, Project Management

Best for:

  • Managing and monitoring production operations in a factory to improve efficiency and quality.
Comment | Correct | Complete

Manufacturing Control Plan

  • Continuous Improvement, Lean Manufacturing, Manufacturing, Process Improvement, Process Optimization, Quality Assurance, Quality Control, Quality Management, Six Sigma

Objective:

To ensure that manufacturing processes are capable of producing products that meet customer requirements.

How it’s used:

  • A document that describes the actions (measurements, inspections, quality checks) required at each phase of a process to assure the process and products will meet specifications.

Pros

  • Ensures consistent quality and process control; Provides a clear guide for operators and inspectors.

Cons

  • Can be time-consuming to create and maintain; Can be bureaucratic if not implemented properly.

Categories:

  • Lean Sigma, Manufacturing, Quality

Best for:

  • Controlling the quality of a manufacturing process to ensure that products consistently meet customer specifications.
Comment | Correct | Complete

Manual Testing

  • Agile Methodology, Continuous Improvement, Quality Assurance, Quality Management, Software Testing, Usability Testing, User experience (UX), User Interface (UI), User Testing

Objective:

To test software by manually executing test cases without using any automation tools.

How it’s used:

  • A type of software testing where testers manually execute test cases. They follow a written test plan that leads them through a set of steps to test the functionality and usability of the software.

Pros

  • Allows for human observation and intuition, which can find bugs that automation might miss; Flexible and can be used for exploratory testing.

Cons

  • Can be time-consuming and prone to human error; Not suitable for repetitive or large-scale testing.

Categories:

  • Quality

Best for:

  • Performing usability testing, exploratory testing, and ad-hoc testing on new software features.
Comment | Correct | Complete

Manual Handling Assessment Charts (MAC)

  • Continuous Improvement, Ergonomics, Human Factors, Human Factors Engineering (HFE), Process Improvement, Quality Control, Quality Management, Risk Management, Safety

Objective:

To identify high-risk manual handling tasks.

How it’s used:

  • A tool developed by the UK's Health and Safety Executive (HSE) to help assess the most common risk factors in lifting, carrying, and team handling operations. It uses a simple scoring system and color-coded chart to classify risk.

Pros

  • Simple and easy to use, even for non-experts; Provides clear visual guidance on risk levels.

Cons

  • Less detailed than a full ergonomic assessment; Focuses primarily on lifting and carrying.

Categories:

  • Ergonomics, Risk Management

Best for:

  • Screening manual handling tasks to quickly identify those that require a more in-depth ergonomic assessment.
Comment | Correct | Complete

ManTRA (Manual Tasks Risk Assessment Tool)

  • Continuous Improvement, Ergonomics, Human Factors, Human Factors Engineering (HFE), Process Improvement, Quality Management, Risk Analysis, Risk Management, Safety

Objective:

To assess the risk of musculoskeletal disorders from various manual tasks.

How it’s used:

  • An ergonomic risk assessment tool that evaluates the level of risk associated with a wide range of manual tasks, not just lifting. It considers factors like posture, force, and repetition to provide a comprehensive risk score.

Pros

  • Comprehensive tool covering a variety of manual tasks; Provides a structured approach to risk assessment.

Cons

  • Can be complex to use and may require training; The assessment can be time-consuming.

Categories:

  • Ergonomics, Risk Management

Best for:

  • Conducting a detailed ergonomic assessment of manual jobs with varied and complex tasks.
Comment | Correct | Complete

Make-to-Stock (MTS)

  • Continuous Improvement, Just-in-Time (JIT), Lean Manufacturing, Manufacturing, Process Optimization, Product Lifecycle Management, Production Efficiency, Quality Management, Supply Chain

Objective:

To produce products based on a demand forecast and store them in inventory.

How it’s used:

  • A traditional manufacturing strategy where products are produced based on anticipated consumer demand. This allows for immediate fulfillment of customer orders from existing stock.

Pros

  • Shorter lead times for customers; Allows for economies of scale in production.

Cons

  • Risk of overproduction and excess inventory; The accuracy of the demand forecast is critical.

Categories:

  • Lean Sigma, Manufacturing

Best for:

  • Producing standardized, high-volume products like consumer electronics, canned goods, or clothing.
Comment | Correct | Complete

Make-to-Order (MTO)

  • Additive Manufacturing, Just-in-Time (JIT), Lean Manufacturing, Product Design, Product Development, Supply Chain, Value Proposition

Objective:

To produce a product only after a customer has placed an order.

How it’s used:

  • A manufacturing strategy where production is initiated only after a confirmed customer order is received. This allows for a high degree of customization and reduces the risk of unsold inventory.

Pros

  • Allows for a high degree of customization; Reduces the risk of obsolescence and excess inventory.

Cons

  • Longer lead times for customers; Can be difficult to manage fluctuating demand.

Categories:

  • Lean Sigma, Manufacturing

Best for:

  • Producing customized products such as high-end furniture, specialized machinery, or tailored clothing.
Comment | Correct | Complete

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Handling One-off Defects and Outliers in V&V, Manufacturing and Quality

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Free World Visualizer (choropleth – Geographic Data)

This free innovation.world choropleth world map tool permits to visualize and compare any country-by-country data directly in your browser. With no technical background required, paste raw lists, or type or import tabular data into an editable spreadsheet, instantly seeing those numbers come alive as a color-coded world map. The flexible controls support customized color scales,…

Unesco nomenclature

The Fulltext UNESCO Nomenclature

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IQ OQ PQ Process Validation: Full Theory & Praxis

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