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The purpose of this paper is to investigate and analyze the challenges of quality skill development in complex and large economies like India and develop innovative processes of improving employability.

The problem areas and gaps have been identified through literature survey and published reports by governmental agencies on employability and quality skill development in India. The research focuses on prevalent challenges for large-scale skill development and utilizes TRIZ (Russian acronym for “Theory of Inventive Problem Solving”) for finding innovative solutions to the grand challenge of employability.

The applied research methodology in the paper leads to a model for the “Innovation driven ecosystem for quality skill development” and also defines the role and responsibilities of each stakeholders in the ecosystem.

Solutions derived through TRIZ are qualitative in nature. The actual implication of solution needs to be tested after implementation. Further, intangible costs incurred, and harmful and useful effects cannot be easily quantified.

The parameter mapping for the TRIZ matrix was undertaken in this paper and this methodology when applied to other problem statements renders an organized process for improving total quality and innovative process management. The inventive principles were applied to find solution to contradictions and arrive at an integrated ecosystem which binds all stakeholders efficiently, to generate higher employability. The innovative solutions derived through the process are applicable to policy makers, researchers and practitioners.

The process of improving employability through quality skill development, benchmarked by the TRIZ methodology can have far reaching social implications.

The research extends the body of knowledge of TRIZ modeling concepts in areas other than engineering, and depicts a unique total quality methodology which can be easily applied for other problem-solving contexts. The contribution can serve as a reference technique/tool for improving reliability and quality through a methodical process of working out innovative solutions to solve operational problems.

In the redesign process of assembly components that need adaptation to robotic assembly, designers can find support from structured methodologies for innovation, such as the theory of inventive problem solving (TRIZ). This paper aims to illustrate the authors’ methodology for redesigning gas hobs components for adaptation to robotic assembly.

A designer approaching a redesign task of an assembly component of any kind for adaptation to robotic assembly must consider, first of all, the features and limitations of existing robotic assembly systems; the generation of new design ideas that best fit the requirements may result to be a very challenging task. Here, the TRIZ methodology has proven useful for generating design ideas and finding the best solution.

The authors’ methodology approaches the challenges of redesign tasks for robotic assembly adaptation, which exploits knowledge of automatic and robotic assembly systems and the TRIZ method for innovation; it has proven useful in the redesign, checks and prototyping of gas hobs components.

This paper shows how the TRIZ methodology can be integrated into the redesign process and its impact on an industrial environment. The work’s main value is to provide a set of steps to help the designers change their design components approach that is necessary but not still implemented to optimize the use of the automation.

The quantity of construction technology innovations in patent database grows at a high speed. More challenging technical problems require knowledge workers to make full use of the huge existing technology innovation knowledge base to propose new innovative solutions. Hence, it is critical to deliver the right knowledge to the right people at the right time. To improve innovation efficiency and effectiveness, this research explores the development of a new patent knowledge management system to satisfy the increasing demand of construction innovations.

TRIZ-based patent knowledge management system (TPKMS) development involves the integration of construction patent knowledge management, theory of inventive problem-solving (TRIZ) theory, database techniques and computer programing technology. The contradiction matrix in TRIZ theory serves as the patent knowledge extraction framework, while SQL Server 2000 database management system is employed to manage the extracted patent knowledge, TRIZ and user account information. Visual C++ 6.0 is adopted as the development tool.

The developed system to manage construction patent knowledge integrates TRIZ with the database design, enabling the system users to be more problem-focused, systematic and efficient. The system provides a heuristic environment to help improve the innovation effectiveness by motivating knowledge workers’ innovative thinking. Further development of the system is proposed in the context of the age of big data.

A new TRIZ-based patent knowledge management system for construction technology innovation was developed.

Innovation within companies is becoming mandatory and vital. A policy of voluntarism aiming at supporting innovation can be based on an operational process managing the evolution of the firm's intellectual corpus, becoming a tool for innovation. This paper seeks to explain and demonstrate the link between knowledge management and innovation.

The fundamental assumption is to regard knowledge creation as an intellectual corpus evolution process, based on knowledge workers' creativity. Their creativity is stimulated by the critical analysis of the intellectual corpus, which leads to the creation of new technologic trajectories in continuity or divergence from existing trajectories. Based on a systemic model of intellectual capital, the analysis of the dynamic of knowledge has shown that the increase of value of intellectual capital may be described as an evolutionist process.

An experiment was conducted to validate the assumptions based on the analysis of the intellectual capital of a company, on the process of generating new items for the intellectual capital, on the regulation of this process by a community of knowledge workers and based on the integration of the results into the value chain of the organization.

Based on interviews with experts about their inventive tracks during recent decades, the main limitations/difficulties come from making the inventory of the intellectual corpus of an organization.

Social implications include an emphasis on the projection of experts' inventive tracks onto the knowledge map of the organization.

This paper links intellectual corpus and creativity: creation leads to intellectual property rights.

The purpose of this paper is to find the key innovative principles for evaluating the long-term care (LTC) cloud system by exploring contradictory and complex points in its development.

The theory of inventive problem solving (TRIZ) and the decision-making trial and evaluation laboratory (DEMATEL) approaches are integrated to resolve complex contradictions in the system. The heuristic reasoning of TRIZ is applied to obtain innovation principles for an LTC cloud mining system. However, the importance and feasibility of these innovative principles require further assessment. In this study, DEMATEL is employed to clarify the complex relationships among the principles and evaluate their key influences.

This paper identifies six primary contradictions and derives 25 innovative principles for the resolution of these conflicts. Further analysis confirms three key innovative principles. First, the government should consider the overall planning of the cloud system platform, followed by the participation of other medical and LTC institutions. Second, the information capability of LTC institutions should be unified by recording the pathology data of care recipients to create an information exchange system. Third, LTC institutions should act in cooperation with medical institutions to provide professional medical capabilities.

The contributions of this paper are two-fold. First, this study provides an integrated methodology integrating the TRIZ and DEMATEL approaches to resolve LTC problems. Second, this research identifies the key innovative principles for developing an LTC cloud system in Taiwan.

The essence of the conceptual design is getting the innovative projects or ideas to ensure the products with best performance. It has been proved that the theory of inventive problem solution (TRIZ) is a systematic methodology for innovation. The purpose of this paper is to illustrate the design of an adaptive robotic gripper as an engineering example to show the significance and approaches of applying TRIZ in getting the creative conceptual design ideas.

Gripping and holding of objects are key tasks for robotic manipulators. The development of universal grippers able to pick up unfamiliar objects of widely varying shapes and surfaces is a very challenging task. The requirement for new adaptive grippers is the ability to detect and recognize objects in their environments.

The main aim of this work is to show a systematic methodology for innovation as an effective procedure to enhance the capability of developing innovative products and to overcome the main design problems. The TRIZ method will be utilized in order to eliminate the technical contradictions which appear in the passively adaptive compliant robotic gripper.

The design of an adaptive robotic gripper as an engineering example is illustrated in this paper to show the significance and approaches of applying TRIZ in getting the creative conceptual design ideas.

This paper aims to present the development of an automated inspection system (AIS) using an image-based analysis mechanism, called i-AIS. The development process of i-AIS used the Design Six Sigma (DSS) methodology. The steps of define, measure, analyze, design and verify (DMADV) are applied and integrated with specific analyses techniques of the quality function deployment (QFD), design failure mode effect analysis (DFMEA) and theory of inventive problem solving (TRIZ). The production process of adhesive tape is the focused case study in this research project, motivated by the high product defect rate complained by customers.

The development process of i-AIS was divided into five standard steps based on the DSS methodologies of DMADV. One of the key processes in this development was to systematically identify the right and intended features of i-AIS. This was carried out based on the application of the QFD technique. Another important process was to further investigate the possible causes of i-AIS failure, to function as intended. This investigative process was carried out based on the DFMEA technique, while the solution to minimize the risk of the identified failures was obtained from the TRIZ method. The final prototype of i-AIS was then presented in the design step.

Verification of the i-AIS prototype revealed its operation at an optimally intended mode that fulfilled the requirements of internal customers. Verification results also revealed that the sigma level has improved from 3.87 to 4.33. Meanwhile, the defect reduction rate is improved to 74.4% and downtime rate also recorded a significant improvement at 80.7% of reduction.

The presented research work is carried out based on a customized case study. Although the proposed methodology can be applied to others cases towards design-based solution, some modifications maybe required based on to the unique features of the case study under consideration.

The presented research project indicated that the proposed methodology was successful to facilitate a structured and systematic process towards defect identification, classification, evaluation and generation of a solution.

The paper presents the development process of an AIS by considering comprehensive managerial aspects that are currently absent in the literature. An integrated DSS structure is proposed to systematically guide the development of i-AIS. The related managerial aspects such as identification of critical defects problem, customer requirement mapping, prototype design analysis and comparison measurements before and after i-AIS installation are considered in this research project.

In the current climate of increased accountability in higher education, many colleges and universities are considering ways to improve their collection and analysis of data and information to achieve organizational improvement. While there has been much written about the costs, difficulties, and challenges of implementing new information systems on college campuses, the costs and benefits of maintaining current systems are not well understood. Our research suggests that in a challenging information environment, enterprising individuals – when unable to obtain the data they need from existing information systems – compensate by creating, or participating in, idiosyncratic methods of data collection and management. These informal practices – called workarounds – can be seen as both inventive solutions to pressing organizational needs and over time, and costly alternative to a robust and flexible information system.

Looks at the history of invention machine or TRIZ (theory of inventive problem solving) as it is called in Russia. Briefly explains the theory of TRIZ. Discusses, in more detail, the software used for invention machine.

The purpose of this column is to provide a snapshot of the environment in which, in a down economy, libraries bearing the brunt of an outcry to limit or eliminate service for reasons of economic expediency, must continue to voice the impact they have on education and the community to their legislators and funding sources and seek solutions to ensure future viability.

The article takes the form of a literature review and commentary on a topic that has been addressed by colleague institutions.

If one solution to serve education and the community lies is the creation of more joint‐use library facilities, then such creativity in seeking out this and other inventive and resourceful solutions must be viewed seriously in an effort to ensure quality library service into the future.

The value in addressing this issue is to suggest the need for creative planning to ensure the future viability of libraries.