ACCREDITATIONS
Clients
RESULTS-ORITNTED Training Description
Course Duration
1 Day
Training Delivery Method
Classroom (Instructor-Led) or Online (Instructor-Led)
Instructors Languages
English / Arabic / Urdu / Hindi / Pashto
Certification Provider
Tamkene Saudi Training Center - Approved by TVTC (Technical and Vocational Training Corporation)
Certificate Validity
2 Years (Extendable with additional training hours)
Course Average Passing Rate
97%
Competency Assessment Criteria
Practical Assessment and Knowledge Assessment
Post Training Reporting
Post Training Report + Candidate(s) Training Evaluation Forms
Training Design Methodology
ADDIE Training Design Methodology
Certificate of Successful Completion
Certification is provided upon successful completion. The certificate can be verified through a QR-Code system.
Course Overview
Every organization faces problems — routine and complex, anticipated and sudden, technical and human. What separates high-performing teams from struggling ones is rarely access to more information; it is the ability to think clearly under pressure, challenge assumptions, generate viable solutions, and make well-reasoned decisions that hold up when scrutinized. These are not innate talents reserved for a few — they are learnable, practicable skills that can be systematically developed.
This training course is designed to equip professionals with a structured yet flexible toolkit for tackling problems creatively and making decisions with confidence. Drawing on established methodologies including Design Thinking, Lateral Thinking as introduced by Edward de Bono, Root Cause Analysis (RCA), the PDCA (Plan-Do-Check-Act) cycle, and the DECIDE Model (Define, Establish, Consider, Identify, Develop, Evaluate), participants will learn to move beyond surface-level fixes to address the underlying causes of problems and select solutions that are innovative, practical, and organizationally aligned. The course integrates individual and group-based exercises throughout, challenging participants to apply each framework in real-world professional scenarios and develop the critical thinking habits that drive better outcomes.
Key Learning Objectives
Apply structured problem definition techniques to accurately frame challenges before generating solutions
Use Design Thinking and Lateral Thinking methodologies to generate innovative and unconventional solutions
Conduct Root Cause Analysis (RCA) to identify underlying causes rather than treating surface symptoms
Recognize and mitigate cognitive biases that distort problem perception and decision quality
Apply the DECIDE Model and structured decision frameworks to evaluate options and select the most appropriate solution
Manage risk and uncertainty in decision-making through evidence-based evaluation and scenario analysis
Facilitate collaborative problem-solving sessions that leverage diverse team perspectives effectively
Implement decisions and evaluate outcomes using the PDCA cycle for continuous improvement
Course Outline
1. Introduction to Creative Problem-Solving and Decision-Making
The professional value of structured problem-solving and sound decision-making including (reducing rework and wasted effort, accelerating issue resolution, improving team confidence, and driving organizational performance)
Overview of key methodologies and frameworks covered in the course including (Design Thinking, Lateral Thinking, Root Cause Analysis — RCA, the DECIDE Model, and the PDCA cycle)
The relationship between creativity and analytical thinking in problem-solving including (divergent thinking for idea generation versus convergent thinking for evaluation and selection)
Common organizational barriers to effective problem-solving including (groupthink, hierarchical pressure, time constraints, cognitive overload, and risk-averse decision cultures)
Self-assessment of current problem-solving and decision-making tendencies including (preferred thinking styles, habitual approaches, and identification of individual development areas)
2. Problem Definition and Root Cause Analysis
The importance of accurate problem definition before solution generation including (the cost of solving the wrong problem, reframing problem statements, and separating symptoms from root causes)
Problem scoping techniques including (the 5W1H framework — Who, What, When, Where, Why, and How for structured problem description, and gap analysis between current and desired state)
Application of Root Cause Analysis (RCA) methodologies including (the 5-Why technique for causal chain exploration, fishbone — Ishikawa diagrams for multi-category cause mapping, and fault tree analysis for complex failure scenarios)
Differentiating direct causes, contributing factors, and systemic root causes including (avoiding premature solution jumping, validating cause-and-effect relationships, and prioritizing root causes by impact and addressability)
Documenting problem analysis findings including (structured problem statements, cause-and-effect maps, and root cause summary reports for stakeholder communication)
3. Creative Thinking and Idea Generation
Principles of Lateral Thinking as developed by Edward de Bono including (challenging assumptions, escaping dominant patterns, generating provocations, and using random entry techniques to stimulate novel thinking)
The five stages of Design Thinking and their application to organizational problem-solving including (Empathize, Define, Ideate, Prototype, and Test — with professional context examples)
Structured ideation techniques for group and individual use including (brainstorming rules and facilitation, mind mapping, the SCAMPER method — Substitute, Combine, Adapt, Modify, Put to other uses, Eliminate, and Reverse, and brainwriting for introverted contributors)
Techniques for breaking mental fixedness and generating unconventional solutions including (perspective shifting, worst possible idea reversal, analogical thinking, and constraint removal exercises)
Idea evaluation and shortlisting criteria including (feasibility, impact potential, resource requirements, time to implement, and alignment with organizational objectives)
4. Cognitive Biases and Critical Thinking in Decision-Making
Overview of cognitive biases that distort problem perception and decision quality including (confirmation bias, anchoring bias, availability heuristic, sunk cost fallacy, and groupthink dynamics)
Recognizing bias in organizational decision-making contexts including (identifying bias in data interpretation, stakeholder input, option evaluation, and post-decision rationalization)
Critical thinking techniques to counteract cognitive bias including (Edward de Bono's Six Thinking Hats method for structured perspective rotation, devil's advocate role assignment, and pre-mortem analysis)
The role of emotional intelligence in decision-making including (recognizing emotional triggers that distort judgment, separating emotional response from rational analysis, and building psychological safety for honest team input)
Evidence evaluation and information quality assessment including (distinguishing data from assumptions, identifying gaps in available evidence, and determining when sufficient information exists to decide)
5. Structured Decision-Making Frameworks
Application of the DECIDE Model (Define the problem, Establish criteria, Consider alternatives, Identify the best alternative, Develop and implement a plan, and Evaluate the solution) to professional decision scenarios
Multi-criteria decision analysis including (weighted scoring matrices, criteria prioritization, option ranking, and sensitivity analysis to test robustness of the preferred solution)
Risk assessment in decision-making including (consequence and likelihood analysis, risk appetite consideration, contingency planning for high-risk choices, and escalation thresholds)
Decision-making under uncertainty and time pressure including (satisficing versus optimizing strategies, bounded rationality principles, and structured rapid decision techniques for time-critical situations)
Group decision-making dynamics and facilitation including (consensus-building techniques, managing dominant voices, Nominal Group Technique — NGT for equitable contribution, and decision accountability assignment)
6. Implementation, Evaluation, and Continuous Improvement
Translating decisions into actionable implementation plans including (task breakdown, resource allocation, timeline setting, responsibility assignment, and stakeholder communication planning)
Overcoming resistance to change during solution implementation including (stakeholder engagement strategies, change communication approaches, and managing implementation setbacks)
Applying the PDCA cycle (Plan-Do-Check-Act) to monitor solution effectiveness and drive iterative improvement including (defining success metrics, collecting implementation data, evaluating outcomes against targets, and adjusting the approach based on findings)
Learning from decisions including (post-implementation review methodology, lessons learned capture, and embedding improved practices into team and organizational processes)
Building a culture of continuous improvement and creative problem-solving including (encouraging psychological safety for idea sharing, rewarding constructive challenge, and institutionalizing structured problem-solving practices)
7. Case Studies and Group Discussions
Analysis of organizational problem-solving successes and failures in Middle East business and operational environments including (rapid decision-making during supply chain disruptions, innovation-driven cost reduction in competitive markets, and escalating problems resulting from inadequate root cause analysis) and the importance of proper problem-solving and decision-making training in building resilient, high-performing organizations
Group discussion on barriers to creative thinking and sound decision-making in professional environments including (hierarchical decision cultures, fear of failure, cognitive bias blind spots, and the challenge of applying structured frameworks under real-world time pressure)
Applied case study workshop including (teams receive a complex organizational problem scenario, apply RCA to define the root cause, use Design Thinking to generate solutions, apply the DECIDE Model to select the best option, and present their decision rationale to the group for peer critique)
1. Introduction to Creative Problem-Solving and Decision-Making
The professional value of structured problem-solving and sound decision-making including (reducing rework and wasted effort, accelerating issue resolution, improving team confidence, and driving organizational performance)
Overview of key methodologies and frameworks covered in the course including (Design Thinking, Lateral Thinking, Root Cause Analysis — RCA, the DECIDE Model, and the PDCA cycle)
The relationship between creativity and analytical thinking in problem-solving including (divergent thinking for idea generation versus convergent thinking for evaluation and selection)
Common organizational barriers to effective problem-solving including (groupthink, hierarchical pressure, time constraints, cognitive overload, and risk-averse decision cultures)
Self-assessment of current problem-solving and decision-making tendencies including (preferred thinking styles, habitual approaches, and identification of individual development areas)
2. Problem Definition and Root Cause Analysis
The importance of accurate problem definition before solution generation including (the cost of solving the wrong problem, reframing problem statements, and separating symptoms from root causes)
Problem scoping techniques including (the 5W1H framework — Who, What, When, Where, Why, and How for structured problem description, and gap analysis between current and desired state)
Application of Root Cause Analysis (RCA) methodologies including (the 5-Why technique for causal chain exploration, fishbone — Ishikawa diagrams for multi-category cause mapping, and fault tree analysis for complex failure scenarios)
Differentiating direct causes, contributing factors, and systemic root causes including (avoiding premature solution jumping, validating cause-and-effect relationships, and prioritizing root causes by impact and addressability)
Documenting problem analysis findings including (structured problem statements, cause-and-effect maps, and root cause summary reports for stakeholder communication)
3. Creative Thinking and Idea Generation
Principles of Lateral Thinking as developed by Edward de Bono including (challenging assumptions, escaping dominant patterns, generating provocations, and using random entry techniques to stimulate novel thinking)
The five stages of Design Thinking and their application to organizational problem-solving including (Empathize, Define, Ideate, Prototype, and Test — with professional context examples)
Structured ideation techniques for group and individual use including (brainstorming rules and facilitation, mind mapping, the SCAMPER method — Substitute, Combine, Adapt, Modify, Put to other uses, Eliminate, and Reverse, and brainwriting for introverted contributors)
Techniques for breaking mental fixedness and generating unconventional solutions including (perspective shifting, worst possible idea reversal, analogical thinking, and constraint removal exercises)
Idea evaluation and shortlisting criteria including (feasibility, impact potential, resource requirements, time to implement, and alignment with organizational objectives)
4. Cognitive Biases and Critical Thinking in Decision-Making
Overview of cognitive biases that distort problem perception and decision quality including (confirmation bias, anchoring bias, availability heuristic, sunk cost fallacy, and groupthink dynamics)
Recognizing bias in organizational decision-making contexts including (identifying bias in data interpretation, stakeholder input, option evaluation, and post-decision rationalization)
Critical thinking techniques to counteract cognitive bias including (Edward de Bono's Six Thinking Hats method for structured perspective rotation, devil's advocate role assignment, and pre-mortem analysis)
The role of emotional intelligence in decision-making including (recognizing emotional triggers that distort judgment, separating emotional response from rational analysis, and building psychological safety for honest team input)
Evidence evaluation and information quality assessment including (distinguishing data from assumptions, identifying gaps in available evidence, and determining when sufficient information exists to decide)
5. Structured Decision-Making Frameworks
Application of the DECIDE Model (Define the problem, Establish criteria, Consider alternatives, Identify the best alternative, Develop and implement a plan, and Evaluate the solution) to professional decision scenarios
Multi-criteria decision analysis including (weighted scoring matrices, criteria prioritization, option ranking, and sensitivity analysis to test robustness of the preferred solution)
Risk assessment in decision-making including (consequence and likelihood analysis, risk appetite consideration, contingency planning for high-risk choices, and escalation thresholds)
Decision-making under uncertainty and time pressure including (satisficing versus optimizing strategies, bounded rationality principles, and structured rapid decision techniques for time-critical situations)
Group decision-making dynamics and facilitation including (consensus-building techniques, managing dominant voices, Nominal Group Technique — NGT for equitable contribution, and decision accountability assignment)
6. Implementation, Evaluation, and Continuous Improvement
Translating decisions into actionable implementation plans including (task breakdown, resource allocation, timeline setting, responsibility assignment, and stakeholder communication planning)
Overcoming resistance to change during solution implementation including (stakeholder engagement strategies, change communication approaches, and managing implementation setbacks)
Applying the PDCA cycle (Plan-Do-Check-Act) to monitor solution effectiveness and drive iterative improvement including (defining success metrics, collecting implementation data, evaluating outcomes against targets, and adjusting the approach based on findings)
Learning from decisions including (post-implementation review methodology, lessons learned capture, and embedding improved practices into team and organizational processes)
Building a culture of continuous improvement and creative problem-solving including (encouraging psychological safety for idea sharing, rewarding constructive challenge, and institutionalizing structured problem-solving practices)
7. Case Studies and Group Discussions
Analysis of organizational problem-solving successes and failures in Middle East business and operational environments including (rapid decision-making during supply chain disruptions, innovation-driven cost reduction in competitive markets, and escalating problems resulting from inadequate root cause analysis) and the importance of proper problem-solving and decision-making training in building resilient, high-performing organizations
Group discussion on barriers to creative thinking and sound decision-making in professional environments including (hierarchical decision cultures, fear of failure, cognitive bias blind spots, and the challenge of applying structured frameworks under real-world time pressure)
Applied case study workshop including (teams receive a complex organizational problem scenario, apply RCA to define the root cause, use Design Thinking to generate solutions, apply the DECIDE Model to select the best option, and present their decision rationale to the group for peer critique)
Group Exercises
Full problem-solving cycle team challenge including (groups receive an unresolved organizational scenario, apply Design Thinking stages from problem definition through to solution selection, assign implementation roles using a structured action plan, and present their approach and rationale in a structured group debrief)
Six Thinking Hats group decision review exercise including (teams apply Edward de Bono's Six Thinking Hats framework to evaluate a controversial organizational decision from six structured perspectives — facts, emotions, caution, optimism, creativity, and process — and produce a balanced recommendation with supporting rationale)
Gained Core Technical Skills
Ability to define complex problems accurately using the 5W1H framework and gap analysis to separate symptoms from underlying causes before generating solutions
Proficiency in applying Root Cause Analysis (RCA) tools including the 5-Why technique, fishbone diagrams, and fault tree analysis to identify systemic causes of recurring problems
Competency in applying Design Thinking stages — Empathize, Define, Ideate, Prototype, and Test — to generate human-centred, innovative solutions to organizational challenges
Skill in using Lateral Thinking and ideation techniques including SCAMPER, brainwriting, and assumption challenging to generate unconventional solutions beyond obvious first responses
Ability to recognize and mitigate cognitive biases including confirmation bias, anchoring, and sunk cost fallacy using structured critical thinking techniques including Six Thinking Hats and pre-mortem analysis
Proficiency in applying the DECIDE Model and multi-criteria weighted scoring matrices to evaluate options systematically and select well-justified solutions
Competency in assessing decision risk through consequence and likelihood analysis, contingency planning, and scenario testing to improve decision robustness under uncertainty
Skill in facilitating collaborative problem-solving sessions using structured group techniques including Nominal Group Technique — NGT, Six Thinking Hats, and consensus-building frameworks
Ability to apply the PDCA cycle to monitor implementation outcomes, evaluate solution effectiveness, and drive iterative improvement based on real-world results
Services Geographical Coverage
In Tamkene Training Center or On-Site: Covering All Saudi Arabia Cities (Dammam - Khobar - Dhahran - Jubail - Qatif - Saihat - Safwa - Ras Tanura - Al Ahsa - Abqaiq - Nairiyah - Hafr Al Batin - Haradh - Khurais - Tanajib - Ras AlKhair - Jafurah - Fadhili - Wasit - Manifa - Berri - Shaybah - Hawiyah - Uthmaniyah - Riyadh - Shaqra - Dhurma - Wasea - AlKharj - Al Majmaah - Sudair - Zulfi - Qassim - Buraydah - Unaizah - Jeddah - Makkah - AlArous - Taif - Rabigh - Madinah - Yanbu - AlUla - Tabuk - NEOM - Oxagon - The Line - Waad AlShamal - Arar - Umluj - Hail - Sakaka - Abha - Khamis Mushait - Najran - Jazan - AlBahah - Jouf - Any City or location in Saudi Arabia
Targeted Audience
Managers and team leaders responsible for resolving operational challenges and making consequential decisions under pressure
Project managers and coordinators who must navigate complex, multi-stakeholder problems within defined time and resource constraints
Quality, continuous improvement, and operations professionals seeking structured tools to eliminate recurring problems and drive process innovation
Strategy and planning personnel involved in organizational decision-making, scenario analysis, and option evaluation
Cross-functional team members participating in problem-solving initiatives, improvement projects, or change management programs
Any professional seeking to strengthen their critical thinking, analytical reasoning, and creative solution-generation capabilities
Practical Assessment
Problem definition and RCA practical including (receiving a complex organizational problem scenario, applying the 5W1H framework to define the problem accurately, conducting a fishbone diagram analysis to identify root causes, and producing a structured problem statement and cause map)
Creative ideation exercise including (applying Lateral Thinking and the SCAMPER method to generate a minimum of ten solution ideas for a defined problem, evaluating ideas against feasibility and impact criteria, and shortlisting the top three with justification)
Structured decision-making practical including (applying the DECIDE Model to select the optimal solution from a shortlisted set, completing a weighted multi-criteria scoring matrix, identifying key implementation risks, and presenting the recommended decision with a rationale to the group)
Knowledge Assessment
Framework identification and application questions including (selecting the correct methodology for a described problem scenario, sequencing the five stages of Design Thinking, and identifying the appropriate RCA tool for a given failure type)
Cognitive bias recognition exercise including (reviewing a set of described decision scenarios, identifying the specific bias at play in each, and recommending a critical thinking technique to counteract it)
Root cause analysis written exercise including (applying the 5-Why technique to a presented operational problem, documenting the causal chain, and distinguishing the root cause from contributing factors)
Decision framework application questions including (applying the DECIDE Model to a multi-option scenario, completing a weighted scoring matrix for presented alternatives, and identifying risk factors that should influence the final decision)
Why Choose This Course
Integrates multiple proven methodologies including Design Thinking, Lateral Thinking, RCA, the DECIDE Model, and the PDCA cycle into a single cohesive program that develops both creative and analytical thinking
Addresses the cognitive dimension of problem-solving directly — including bias recognition and critical thinking techniques — which most problem-solving courses overlook entirely
Combines structured frameworks with practical application through real-world scenario exercises, ensuring skills are immediately transferable to the workplace
Develops both individual thinking capability and team-based problem-solving skills, making it equally valuable for individual contributors and team leaders
Incorporates Middle East–relevant organizational case studies addressing regional business challenges including rapid growth environments, resource constraint decisions, and culturally complex stakeholder dynamics
Equips participants to build a sustainable problem-solving culture within their teams — not just solve the problem in front of them today, but develop the habits and processes that prevent problems from recurring
Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.
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The training I received from Tamkene was truly exceptional.
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Choosing Tamkene for our professional development was a game-changer.
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Tamkene delivered quality training with a strong focus on standards. The organization and delivery exceeded our expectations.
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