TLP313

TRIZ Level 1 Practitioner: Master Innovative Problem Solving

Q: What is TRIZ and what will I learn in this course?

TRIZ (Theory of Inventive Problem Solving) is a systematic methodology for innovation and creative problem-solving developed from analyzing millions of patents. In this course, you'll master essential TRIZ techniques including contradiction analysis, the 40 inventive principles, Substance-Field Analysis, and the Algorithm for Inventive Problem Solving (ARIZ). You'll learn to identify and resolve technical and physical contradictions, overcome psychological barriers to creative thinking, and apply systematic approaches to complex technical challenges.

Q: What are the prerequisites for this TRIZ Level 1 Practitioner course?

This is a beginner-level course designed for engineers with an undergraduate qualification. No prior knowledge of TRIZ is required. However, having a technical background and basic engineering understanding will help you better grasp the concepts and apply them to real-world scenarios during the hands-on exercises and case studies.

Q: How long is the course and what teaching methods are used?

The course is a comprehensive 2-day training program. The teaching methodology includes lectures with slides, real-world case studies, group discussions, Q&A sessions, and hands-on exercises. This varied approach ensures both theoretical understanding and practical skill development, allowing you to immediately apply the TRIZ concepts you learn.

Q: Will I receive a certification upon completion?

This course does not include a formal certification. However, you will gain practical expertise in TRIZ Level 1 methodologies and receive comprehensive training materials. The focus is on developing real-world problem-solving skills that you can immediately apply in your engineering work and technical challenges.

Q: What specific TRIZ tools and techniques will I master?

You'll master key TRIZ tools including the contradiction matrix and 39 engineering parameters, the 40 inventive principles, separation principles, Substance-Field Analysis for modeling technical systems, and the ARIZ algorithm. You'll also learn about standard solutions, trends of engineering system evolution, and resource utilization strategies to maximize problem-solving effectiveness.

Q: How will this course benefit my engineering career and problem-solving abilities?

This course will transform your approach to technical problem-solving by providing systematic methodologies instead of trial-and-error approaches. You'll learn to overcome psychological inertia that limits creative thinking, predict innovation trends, and resolve complex technical contradictions efficiently. These skills are valuable across various industries and will enhance your ability to develop breakthrough solutions and drive innovation in your field.

Q: Are there practical applications and real-world examples included?

Yes, the course heavily emphasizes practical application. You'll work through real-world case studies demonstrating successful TRIZ applications across various industries, participate in hands-on exercises throughout the program, and learn to adapt TRIZ methodologies to different industry contexts. This ensures you can immediately apply the concepts to your own technical challenges and projects.

Q: Where is the training conducted?

Our online trainings are conducted usually using Zoom or Google Meet. Our physical trainings are normally held in Common Ground, Bangsar South .

Q: Can international participants join this course?

Please check the Available in section to see which countries the course is available in. If your country is not listed, please contact us.

Q: What is the difference between public, corporate, and training provider pricing?

Public pricing : applies for individuals signing up from different companies. Corporate pricing : applies if a company wants to have an intake for its employees only. Training provider pricing : applies only for other training providers looking to hire our trainers and use our content. Our content has a licensing fee.

Master systematic innovation and creative problem-solving with the Theory of Inventive Problem Solving methodology under expert guidance. Enroll in our comprehensive training program designed to equip you with proven techniques for resolving technical contradictions, analyzing complex systems, and developing breakthrough solutions across diverse industries.

Available in:
Malaysia

Face-to-Face Nov 11-12, 2026 9:00 AM - 5:00 PM Navin Manghan Dewandas

Created: June 11th 2025, 4:10 AM MYT Last Modified: November 2nd 2026, 6:05 AM MYT

beginner

We price match

Public Pricing

MYR 3500

Corporate Pricing

Pax:

Training Fees: MYR 6500/day

Total Fees: MYR 13000 ++

Training Provider Pricing

Pax:

Training Fees: MYR 2400/day

Material Fees: MYR 400

Total Fees: MYR 5200 ++

Features

2 days

16 modules

4 intakes

Full life-time access

English

Technical: 25 pax

Target Audience

engineers

Methodologies

lecture

slides

case studies

group discussion

q&A

Subsidies

What you'll learn

Identify and utilize available resources effectively while overcoming psychological barriers to creative thinking
Implement separation principles and Substance-Field Analysis to model and solve complex technical systems
Execute the Algorithm for Inventive Problem Solving (ARIZ) methodology for structured solution development
Utilize contradiction analysis techniques including the contradiction matrix and 40 inventive principles to resolve technical challenges
Apply standard solutions and trends of engineering system evolution to predict and drive innovation
Analyze real-world case studies and adapt TRIZ methodologies to various industry contexts
Apply fundamental TRIZ principles and concepts to identify and formulate problems using systematic approaches

TTT Accreditation

Navin Manghan Dewandas is an accomplished legal and business consultant, senior corporate trainer, and digital transformation advocate with more than 21 years of dynamic experience across legal, corporate, and education sectors. As an HRD Corp Certified Trainer and Certified Data Protection Officer, he brings a unique blend of legal expertise, business acumen, and educational innovation to his training programs. Currently serving as Senior Manager of Business Development at BAC Education Group, Navin leads key initiatives in Digital Transformation, Industry 4.0, and Digital Business. He is instrumental in building and nurturing partnerships with government-linked companies (GLCs), multinational corporations (MNCs), and government ministries, leveraging available grants and funding to support Malaysia's human capital development and future-ready workforce initiatives. His strategic insight and innovative thinking have made him a key driver in creating and executing education and talent development platforms aligned with government grants, digital economy agendas, and corporate learning frameworks. Navin's professional journey includes significant leadership roles such as Regulatory Legal & Compliance Manager and Business Director at MULA Advisory Sdn Bhd, where he provided expertise in compliance, legal matters, and business development within financial services and capital markets. As Vice President for M.I.T Academy Sdn Bhd, he successfully drove nationwide TVET training programs and initiated the setup of an International School. He also co-founded STEMERA Sdn Bhd, an EdTech startup focused on bridging skills gaps through digital learning platforms, with his innovative work featured at prestigious global conferences including RISE Conference 2018 and Blockchain Consensus 2018. As a trainer, Navin specializes in diverse areas including Legal Practices (Business Law, Contract Law, PDPA, ABAC), Digital Transformation (Google Workspace, AI-driven Digital Communication), Corporate Skills (Procurement, Negotiation, Business Development), and Entrepreneurship. His training approach combines practical legal knowledge with digital readiness, empowering individuals and organizations to thrive in today's competitive landscape. With qualifications including an LLB (Hons) from University of Hertfordshire and a Professional Diploma in International Arbitration, Navin is dedicated to lifelong learning and fostering innovation through education that aligns with the demands of a rapidly evolving digital economy.

11 Students

23 Courses

English, Malay

21 Years

( 1 ratings )

100%

( 1 reviews )

Instructor Reviews

Navin Manghan Dewandas

Digital Transformation & Legal Training Expert

"Gained a lot of knowledge from the trainer!"

"It helps me to understand and deepen my knowledge especially on the Data Protection in Malaysia (PDPA)."

FAQ

Frequently Asked Questions About This Course

What is TRIZ and what will I learn in this course?

What are the prerequisites for this TRIZ Level 1 Practitioner course?

How long is the course and what teaching methods are used?

Will I receive a certification upon completion?

What specific TRIZ tools and techniques will I master?

How will this course benefit my engineering career and problem-solving abilities?

Are there practical applications and real-world examples included?

Where is the training conducted?

Can international participants join this course?

What is the difference between public, corporate, and training provider pricing?

Do I have to pay right away?

I just enrolled in an intake. Does that mean I can attend the course on that date?

What happens if quorum for an intake is not reached?

Why should you attend?

What you'll learn

Identify and utilize available resources effectively while overcoming psychological barriers to creative thinking
Implement separation principles and Substance-Field Analysis to model and solve complex technical systems
Execute the Algorithm for Inventive Problem Solving (ARIZ) methodology for structured solution development
Utilize contradiction analysis techniques including the contradiction matrix and 40 inventive principles to resolve technical challenges
Apply standard solutions and trends of engineering system evolution to predict and drive innovation
Analyze real-world case studies and adapt TRIZ methodologies to various industry contexts
Apply fundamental TRIZ principles and concepts to identify and formulate problems using systematic approaches

End of Day 2