Online Certification Course:

TRIZ and Systematic Innovation for Technology and Engineering, Level 3

Certificate: MATRIZ Official Certificate, Level 3

Level 3 expands advanced knowledge of TRIZ and brings it to a professional level. The course focuses on deep learning of problem analysis and solving with the Algorithm of Solving Inventive Problems (ARIZ), gaining skills with a process of producing forecast and even design of future generations of technical systems. You will also learn the technique of Anticipatory Failures Determination to forecast potential problems which can be created by new inventions that has not been brought to the market to explore yet. In addition, you will learn techniques of Systematic Creative Imagination Development which can also be used to produce all sorts of new creative ideas.

The course has strong practical orientation and is based on working with customer projects. Actual customer challenges can be used during the course.

The contents of the course fully complies with the contents required by the International TRIZ Official Association (MATRIZ Official).

The course is provided on the basis of personal online communication between a trainer and a student. Please check detailed explanation of how the course is delivered in the online mode in this document.

REQUIREMENTS TO ENGANGE

Basic and avanced knowledge of TRIZ and Systematic Innovation for Technology and Engineering is required to take the course. It can be confirmed by certifificates issued by MATRIZ Official or MATRIZ Level 2 . 

CONTENTS:

• Fundamentals of Professional TRIZ.
• Root-Conflict Analysis (RCA+) in depth.
• A full and detailed process with Algorithm of Solving Inventive Problems ARIZ-85C to solve inventive problems.
• Problems with unclear roots. Problem Subversion Analysis.
• TRIZ-based Anticipatory Failures Analysis to predict potential inventive problems.
• Function-Oriented Search (FOS). Solving problems with Function-Oriented Search (FOS)
•  Value-Conflict Mapping (VCM) to discover evolutionary potential of systems by identifying evolution blocking contradictions.
• Ranking and selecting contradictions extracted from Value-Conflict Mapping. Defining innovation priorities and strategies.
• Models of Technical Systems Evolution. Laws  of technology evolution.
• Specific Trends of Technology Evolution.
• Application of Specific Trends of Technology Evolution.
• Scenarios of Innovation.
• A process with TRIZ-based Forecast and Innovation Roadmapping to generate new ideas and build innovation roadmap.
• Solving non-technical problems with TRIZ.
• Creative Imagination Development techniques: Focal Objects, Parameters Intensification, Hybridization, Multi-Stories Modeling, Method of Trends, Gold Fish, Fantogramma.

PROCESS

• Watching a set of a lectures in HD video format. Total watching time: 27 hours
• Online discussions with questions, answers and explanations on each topic.
• Offline assignments performed by a student.
• Online evaluations performed by the trainer and interactive online feedback sessions to discuss each assignment.
• Total number of assignments: 10
• Total number of online sessions: 12

TRAINING PACKAGE

• Set of video lectures. 
• Course slides
• Guides to tools and techniques used in the course
• Practical assignments
• Online interactive sessions with evaluations and feedback
• After-course questions/answers support

AUTHOR AND TRAINER

Valeri Souchkov, TRIZ Master, developer of methods and tools to support solving innovative problems. He is one of the founders of the European TRIZ Association (ETRIA), co-founder and president of the International Business TRIZ Association (IBTA), vice-president and member of the Board of the International TRIZ Official Association (MATRIZ Official). Currently he heads the company ICG Training & Consulting in the Netherlands, and also conducts regular teaching in TRIZ at the University of Twente in Enschede. He has a TRIZ Specialist diploma under the guidance of G.S. Altshuller. In 2014, he was awarded the title of TRIZ Master (MATRIZ, Level 5) for special achievements in the development of TRIZ.

During his professional life, he has conducted more than 500 training seminars, trained more than 7,000 professionals and students from more than 60 countries, and has been hands-on in more than 150 innovation projects, helping various organizations solve innovation problems. Author of more than 100 publications

Its clients include more than 700 organizations, including 3M, ABN AMRO Bank, ASML, Bank of Development of Bahrain, BMW, Bosch, Capgemini, Danone, Fujifilm, General Electric, Huawei, ING Bank, LG Electronics, Merck, Microsoft, Nexperia, NXP , Orange, PepsiCo, Philips, PriceWaterhouse, Samsung, Shell, Siemens, SoftBank, Vodafone, Unilever, UNDP, Ministry of Economic Affairs of the Netherlands, Royal Jordanian Enterprise Foundation, Canton Innovation Chamber in China, universities of Abu Dhabi, Delft, Sydney, Eindhoven and etc.

TECHNICAL REQUIREMENTS

CERTIFICATION

PRICE 

PAYMENT METHODS

Payment must be made before the course start date. To do this, the participant must first register, the link is given below. Payment is made after registration according to the invoice sent to the participant. Registration is considered complete only after full payment for the course. 

Payment can be done online by credit cards (Mastercard, Visa, Amex); Paypal; Bank wire transfer.
As soon as payment is received, we send all the instructions and download links.

Payment can also be transferred to the accounts of regional representatives of ICG Training & Consulting in other countries.

Refunds are made only if you cancel the course no later than the day before it starts.

REIGSTRATION

To purchase the course please register by selecting the title of the course and providing your data. We will contact you as soon as possible.