Creative Solutions for a Sustainable Development: 21st International Triz Future Conference, Tfc 2021, Bolzano, Italy, September 22-24, 2021, Proceedi (Paperback, 2021)

Inventiveness and TRIZ for Sustainable Development.- An ideality-based map to describe sustainable design initiatives.- Sustainable digitalization: a systematic literature review to identify how to make digitalization more sustainable.- Nature-Inspired Principles for Sustainable Process Design in Chemical Engineering.- Comparative Analysis of Methods for Identifying Opportunities for Reusing Solid Waste.- TRIZ Evolution Trend-based Public Service Innovation for Enhancing Social Participation of Life Garbage Classification.- Concept Design of Appropriate Technology Based on Circular Economy for Sustainable Development Inferred from Korea Traditional Heating System.- Sustainability in yacht and vessel design through smart spaces: opportunities offered by digital technologies and new materiality.- Hybrid heat pump systems as a possible solution for the energy transition towards sustainable heating systems for buildings.- TRIZ, Intellectual Property and Smart Technologies.- Identifying new application fields of a given technology.- Extraction and Modeling of Chinese Patent Information for Technical Advancement Evaluation.- Concept extraction based on semantic models using big amount of patents and scientific publications data.- Automatic extraction of potentially contradictory parameters from specific field patent texts.- Patent specialization for deep learning information retrieval algorithms.- Patent Data Driven Innovation Logic: Textual pattern exploration to identify innovation logic data.- Patent intelligence analysis to support technology roadmap on the sector of renewable energy.- TRIZ: Expansion in Breadth and Depth.- Matrix 2022: Re-Imagining The Contradiction Matrix.- Improving the construction of RCA+ contradiction trees.- Indicating and assessing quality criteria for cause-effect models.- Application of an FMEA based method to prioritize the initial problem choices in Inventive Design.- TRIZ Application for Digital Product Design & Management.- A reasoned evolutionary study on the actual design of farm tractors.- TRIZ contradiction modelling in family business succession process management: quantitative approach with an application of Grey Incidence Analysis.- A pioneering project on laser pyrolysis based entirely on TRIZ.- TRIZ, Data Processing and Artificial Intelligence.- Element Variation Innovation Thinking: A method of simplifying and reorganizing TRIZ.- Method for formulation, selection and application of elementary TRIZ inventive principles for automated idea generation.- Replicating TRIZ Reasoning through Deep Learning.- Bringing together engineering problems and basic science knowledge, one step closer to systematic invention.- TRIZ Use and Divulgation for Engineering Design and Beyond.- Triz-based Remodelling of Multiple True-False Questions.- Pedagogical approaches and course modality affecting students’ self-efficacy and problem-solving attitudes in a TRIZ-oriented course.- Facilitation of a creative culture through the implementation and initial evaluation of a TRIZ course within an organization.- Main Parameters of Value (MPV) Analysis: Where MPV Candidates Come From.- A global approach to point out priority problems out of experts’ qualitative data.- Integrated Use of TRIZ Tools in Systematic Conceptual Design.- Domain analysis with TRIZ to define an effective “design for excellence” framework.- The Efficient Work with Resources in TRIZ - Resource-Oriented Search (ROS).- Solution Concept Modeling and Evaluation Based on Function- Structure and Behavior Approach in the Context of Inventive Design.