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Inventive Principles
40 Lessons-
StartWhat are the Inventive principles, 1st Principle
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Start2nd Principle Extraction
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Start3rd Principle Local Quality
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Start4th Principle Asymmetry
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Start5th Principle Consolidation / Merging
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Start6th Principle Universality
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Start7th Principle Nesting
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Start8th Principle Counterweight
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Start9th Principle Prior Counteraction
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Start10th Principle Prior Action
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Start11th Principle Cushion In Advance
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Start12th Principle Equipotentiality
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Start13th Principle Inversion
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Start14th Principle Spheriodality / Curvature
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Start15th Principle Dynamicity
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Start16th Principle Partial or Overdone Action
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Start17th Principle Moving To Another Dimension
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Start18th Principle Mechanical Vibration
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Preview19th Principle Periodic Action
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Start20th Principle Continuity of Useful Action
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Start21st Principle Rushing Through
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Start22nd Principle Convert Harm to Benefit
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Start23rd Principle Feedback
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Start24th Principle Mediator or Intermediary
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Start25th Principle Self Service
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Start26th Principle Copying
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Start27th Principle Replacing Expensive part with Cheap
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Start28th Principle Replacing Mechanical Systems
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Start29th Principle Using Pneumatic or Hydraulics
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Start30th Principle Using Flexible Membranes or Thin Films
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Start31st Principle Use of Porous Materials
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Start32th Principle Change the Colour
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Start33th Principle Homogenity
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Start34th Principle Rejecting and Regenerating Parts
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Start35th Principle Changing Engineering Parameters
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Start36th Using Phase Transitions
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Start37th Principle Thermal Expansion
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Start38th Principle Oxidation
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Start39th Principle Inert Atmosphere
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Start40th Principle Composite Materials
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Engineering Parameters framework
7 Lessons-
StartIntroduction to Engineering Parameters framework
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StartEngineering Parameters Defined Part 1
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StartEngineering Parameters Defined Part 2
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StartEngineering Parameters Defined Part 3
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StartEngineering Parameters Defined Part 4
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StartEngineering Parameters Defined Part 5
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StartEngineering Parameters Defined Part 6
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Contradictions in Engineering parameters - Using principles
11 Lessons-
StartIntroduction to Contradictions in Engineering parameters
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StartContradiction #1
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StartContradiction #2
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StartContradiction #3
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StartContradiction #4
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StartContradiction #5
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StartContradiction #6
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StartContradiction #7
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StartContradiction #8
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StartContradiction #9
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StartUsing TRIZ for design engineering - Summary
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Basics of TRIZ - Theory of Inventive Problem solving for Mechanical Design
Learn about the fundamentals of systematic innovation using TRIZ focused on mechanical design engineering
Course Summary
Creativity and innovation are at the heart of design engineering, driving breakthroughs in product development and problem-solving.
However, engineers often struggle to generate truly innovative solutions, relying on trial-and-error or intuition .
TRIZ (Theory of Inventive Problem Solving) provides a structured, systematic approach to innovation, enabling engineers to solve complex design challenges efficiently. This course introduces the fundamental principles of TRIZ and how they apply to mechanical design engineering.
You will learn:
- Basics of systematic innovation and levels of innovation in engineering design
- A detailed breakdown of each TRIZ principle and how it relates to mechanical engineering design.
- The TRIZ Engineering Parameters frame work and relation of parameters to principles
- How to use TRIZ to solve engineering problems for design engineers.
This course is a Foundation to build upon and would act as a door to many new ways of thinking for design engineers looking to expand their higher thinking skills.
Course Curriculum
Mufaddal Rasheed
Mufaddal Rasheed is a mechanical design engineer , inventor and online entrepreneur working towards building a comprehensive knowledge resource base for students and mechanical design professionals with focus on building skills and knowledge to design mechanical products
The goal is to build a comprehensive knowledge eco-system for mechanical design engineers and aspirants which would prepare an individual for engineering innovation and advance their careers in terms of knowledge.
Experienced professional with 7+ years experience in Automotive product development designing chassis and suspension systems and being part of multiple projects from concept to production.
He is passionate about mechanical design and innovation and writes regularly on Quora with a Top writer badge.
Core belief is that engineering is a lifelong learning process and for a designer it is "the more you know the better you design"
Working towards developing an alternate solution to the problems of engineering education and upskilling for economic growth.
Course Pricing
Basics of TRIZ
$70 USD
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Theory of Inventive problem solving for mechanical design engineers
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- Concise 7 hours of video content
- Access support through mail
- Learn to apply TRIZ in design
- Lifetime access till course available
