The ASQ Certified Manager of Quality/Organizational Excellence Handbook emphasizes the importance of involving cross-functional teams in needs analysis and training development. Staff from various departments can provide insights into specific quality challenges, process requirements, and organizational goals. Their participation ensures that the training aligns with the organization's overall strategy and addresses the unique needs of different functions. Additionally, involving top management and prospective employees can also contribute valuable perspectives, but staff from various departments play a crucial role in identifying specific training needs12.

Let's delve into the details of each technique:
* Quality Function Deployment (QFD): QFD is a systematic approach for translating customer requirements into appropriate technical requirements during product development. It involves categorizing product features based on customer satisfaction and functionality. QFD can enhance products and services by aligning them with customer needs and preferences. However, it focuses more on design and customer requirements rather than identifying latent KPIs34.
* TRIZ Approach: The Theory of Inventive Problem Solving (TRIZ) is a methodology for systematic innovation and creative thinking. It helps engineers invent by identifying contradictions, formulating and solving design problems, and eliminating or mitigating contradictions. While TRIZ is valuable for problem-solving, it doesn't specifically address KPI identification56.
* Kano Model: The Kano Model analyzes customer needs and emotional responses to product features. It categorizes features into three types: expected needs (basic requirements), normal needs (satisfiers), and exciting needs (delighters). While the Kano Model provides insights into customer preferences, it doesn't directly focus on KPI identification34.
* Failure Mode and Effects Analysis (FMEA): FMEA systematically identifies potential failure modes, their causes, and their effects on processes, products, or systems. It assesses severity, occurrence
* likelihood, and detectability to prioritize risks. FMEA is particularly useful for enhancing quality, reliability, and safety by preventing or mitigating failures. It aligns well with strategic planning efforts by addressing risks and improving performance12.
Given the context of identifying latent KPIs for strategic planning, FMEA is the most relevant technique. It helps uncover potential risks and prioritize actions to enhance value in both the short, medium, and long term12.
References: 1: Guide: Failure Modes and Effect Analysis (FMEA) - Learn Lean 6 Sigma 2: Guide to Failure Mode and Effect Analysis - FMEA - Juran Institute

In the Theory of Constraints, the greatest obstacle to eliminating a policy constraint is often the resistance to change. Policy constraints are usually tied to the way people think about how things should be done. When a policy constraint is associated with a firmly entrenched paradigm, such as "we must always keep our equipment running to lower the manufacturing cost per piece," it requires a significant investment in training and coaching to change the paradigm and eliminate the constraint. Overcoming this resistance and changing the mindset of individuals within an organization is often more challenging than the technical aspects of revising the policy itself1.
References: The Theory of Constraints (TOC) is a management philosophy that focuses on identifying and eliminating the most important limiting factor, or constraint, that stands in the way of achieving a goal. The methodology includes tools for analyzing and resolving problems, and one of the key challenges in this process is overcoming the resistance to change, which is necessary for eliminating policy constraints12.

Program Evaluation and Review Technique (PERT) charts, also known as PHRT charts, are used to manage and schedule complex projects. They help in planning and tracking project activities, estimating time, identifying critical paths, and managing resources. PERT charts are particularly useful for projects with uncertain or variable durations, where activities may overlap or depend on each other. By visualizing the project network and critical paths, project managers can make informed decisions and allocate resources effectively1.
References:
* The ASQ Certified Manager of Quality/Organizational Excellence Handbook, Fifth Edition 1.