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UID:4090c305fe9f6b2933e0d8d9df4db558@egytraining.org
SUMMARY:TRIZ – Theory of Inventive Problem Solving
DESCRIPTION:Introduction\nTRIZ (Theory of Inventive Problem Solving) is a p
 owerful methodology for systematic innovation and inventive problem-solving
 \, developed from the analysis of over 2 million patents. This TRIZ trainin
 g course introduces you to TRIZ tools and techniques that help solve both t
 echnical and non-technical problems creatively and efficiently. The program
  is designed to empower participants with the TRIZ methodology to overcome 
 challenges and foster innovation across various fields\, including engineer
 ing\, business\, and product design.\nCourse Objectives\nBy the end of this
  TRIZ course\, participants will be able to:\n\nUnderstand the TRIZ method 
 and its core principles.\nUse TRIZ tools to systematically solve real-world
  problems.\nIdentify and eliminate contradictions in designs or business sy
 stems.\nApply TRIZ principles in engineering\, business\, and innovation pr
 ojects.\nEnhance idea quality and reduce time-to-innovation by leveraging T
 RIZ innovation principles.\n\nCourse Outlines\nDay 1: Introduction to TRIZ 
 & Systematic Innovation\n\nHistory and Philosophy of TRIZ.\nUnderstanding T
 RIZ concepts and innovation patterns.\nOverview of TRIZ methodology and its
  applications.\nComparison: TRIZ vs Traditional Problem-Solving Methods.\nU
 nderstanding Systems and the Ideal Final Result (IFR).\n\nDay 2: Contradict
 ions & the 40 Inventive Principles\n\nDefining Technical & Physical Contrad
 ictions.\nTools for Eliminating Contradictions.\nThe 40 Inventive Principle
 s – Concepts & Real Examples.\nContradiction Matrix – How to Use It.\nW
 orkshop: Applying Inventive Principles to Real Problems.\n\nDay 3: Function
 al Analysis & Root Cause Analysis (SFA\, RCA)\n\nFunctional Analysis – Id
 entifying Useful & Harmful Functions.\nTrimming and Function Modeling.\nRoo
 t Cause Analysis Using TRIZ logic.\nSubstance-Field (Su-Field) Modeling.\nC
 ase Study: Using SFA to Solve Technical Challenges.\n\nDay 4: Patterns of E
 volution & Inventive Standards\n\nTechnology Evolution Trends in TRIZ.\n9 W
 indows Tool – Analyzing Time and Space Dimensions.\nStandard Solutions (I
 nventive Standards).\nARIZ – Algorithm for Inventive Problem Solving (Int
 ro).\nGroup Exercise: Using Patterns to Forecast System Evolution.\n\nDay 5
 : Applying TRIZ in Practice\n\nPractical Application of TRIZ in Product Des
 ign\, Manufacturing\, and Services.\nIntegrating TRIZ with Six Sigma\, Lean
 \, and Agile methodologies.\nSolving Business & Management Problems with TR
 IZ principles.\nFinal Project: Solving a Real or Simulated Problem with TRI
 Z tools.\nReview\, Feedback\, and Certification.\n\nWhy Attend This Course:
  Wins & Losses!\n\nLearn TRIZ as an innovative methodology to solve problem
 s systematically in both technical and non-technical domains.\nGain the abi
 lity to eliminate contradictions in systems or designs\, enabling more crea
 tive solutions and innovations.\nMaster the TRIZ theory of inventive proble
 m solving to analyze root causes and address challenges at their core.\nApp
 ly TRIZ innovation principles to engineering\, business\, and product devel
 opment projects\, accelerating innovation and reducing time to market.\nDev
 elop skills in forecasting system evolution using TRIZ patterns\, enhancing
  strategic planning and problem-solving.\n\nConclusion\nThis TRIZ training 
 course provides a comprehensive understanding of the TRIZ methodology\, ena
 bling you to approach problems with a structured and inventive mindset. By 
 leveraging TRIZ tools in product design\, manufacturing\, and business mana
 gement\, you will be able to address complex challenges efficiently and inn
 ovate effectively.\nEnroll now to master the TRIZ theory of inventive probl
 em solving and lead your projects towards breakthrough solutions.
LOCATION:Riyadh
DTSTAMP:20260616T085129Z
DTSTART:20260604T034500Z
DTEND:20260617T210500Z
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