Welcome to InnovationLAB

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About us

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Objectives

InnovationLAB was born from the desire to offer applied scientific solutions, responding to international criteria, to institutions while adapting them to the specific needs and realities of different countries.

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Mission

From strategy to research, training and fundraising support, the innovationLab team advises, develops quality innovation management methodologies international quality.

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Approach

The proposed solutions are innovative, representing a combination of new technologies and interdisciplinary skills. They are tailor-made according to the needs and realities of the field, thus helping the decision-making process and positioning on the national, regional as well as international market.

Our offers

The synergy of multiple skills creates this cross-fertilisation of knowledge.

About

Sustainable and innovative research ecosystem (SIRE)

We use new approaches and methods to provide services that meet our clients' needs and create new business models adapted to the realities of the field.

  • Industry problem statements
  • Internal idea generation
  • Data Governance Guidelines

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White papers

R&D

Manufacturing process anomaly detection approach using informed machine learning

Keywords: Analytics, anomaly detection, manufacturing process, informed machine learning
  • Data analytics in the context of predictive analytics is gaining importance in the manufacturing sector and provides a competitive advantage as a decision support. It helps to identify problems in advance by detecting... anomalies during the manufacturing process, thus controlling and ensuring the quality of final products. However, existing traditional approaches to anomaly detection, such as machine learning, require large amounts of high quality, often expensive data to provide accurate results. Therefore, the objective of this paper is to present an innovative anomaly detection approach that combines knowledge-based and data-based approaches to reduce the difficulties associated with collecting quality data and accelerate the application of predictive analytics in manufacturing.

Interoperability of agricultural data based on hybrid approach

Keywords: Innovative technologies,digital agriculture,internet of Things,hybrid approach,data science
  • Over the past two decades, West Africa has experienced repeated food crises, leading to the resumption of food supply and replenishment programs [Freddy Noma, 2017]. Regularly facing a major food challenge and climate change,African agriculture ...of the future must increase its economic , environmental and social performance in order to contribute to the Sustainable Development Goals. The use of new and innovative technologies appears more than necessary to meet these challenges. This revolution makes sense in African countries where digitalization is already at the service of agriculture. Digital agriculture is therefore defined as the fusion of agriculture and information technologies (sensors, smart grids, data science tools, applications, Internet of Things, ...) in order to improve productivity throughout the value chain and meet environmental expectations.

A Transitional Approach to the Sustainability of African Ports

Keywords: Sustainability,interdisciplinarity,smart port,transitional process
  • The innovation lab team has a forward-looking approach in its analysis of the challenges related to the transitional process of transforming African port communities with respect to the challenges correlated to efficiency, performance and sustainability.... This approach is enriched not only by the interdisciplinary nature of the innovation lab team's composition and approach, but also by its experience with such transitional processes and the holistic approach they imply. Themes such as accelerated innovation and other topics such as Smart ports are inscribed in a narrative context of competition between major powers wishing to keep their places as pioneers in these fields. In such a situation, large budgets are allocated to innovation which very often becomes a top-down approach where procedures, technologies and models are applied

Methodology for generating models for the early detection of process anomalies

Keywords: IoT,industry 4.0,process sequences,product quality
  • The Internet of Things (IoT) has initiated a sustainable change in manufacturing and will be an important competitive advantage for manufacturing companies in the future. Within Industry 4.0,anomalies during the manufacturing process,thus controlling... and ensuring the quality of final products. However, existing traditional approaches to anomaly detection, such as machine learning, require large amounts of high quality, often expensive data to provide accurate results. Therefore, the objective of this paper is to present an innovative anomaly detection approach that combines knowledge-based and data-based approaches to reduce the difficulties associated with collecting quality data and accelerate the application of predictive analytics in manufacturing. If a problem occurs at any point in the life cycle of a product,

Contact

Wallstrasse
18, 52064 Aachen (Germany)

+49 178 9300731