Business Transformation

The ‘PROSPECTS 5.0’ project aims to promote the adoption of Industry 5.0 principles such as human-centricity, sustainability and resilience and to facilitate the transition to Industry 5.0 for SMEs, start-ups and scale-ups in various sectors.

The 'Ready4ESG' project aims to support small and medium-sized enterprises (SMEs) in reporting their company-related impacts on the environment, society and corporate governance (ESG reports) through a web-based platform.

The aim of the ‘ReMuNet’ research project is to design a resilient and sustainable multimodal freight transport network for Europe.

The aim of the research project 'DiCES' is to develop a data-based integrated value creation system of the multidimensional circular economy for manufacturing companies, which makes true circular economy completely part of the operational order processing of companies.

The aim of the research project 'DecentraLEAD' is to enable SMEs to successfully manage decentralized workplace concepts for cognitive professions.

The aim of the research project 'TuWAs' is to establish a transformation hub that enables companies in the massive forming sector to meet the challenges of disruptive megatrends.

The aim of the research project ‘COPPA’ is to develop an open and scalable Circular Collaboration Platform (CCP) with functionalities that create benefits for recyclers, plastic reprocessors / converters, packaging manufacturers and food retailers.

The aim of the 'BAValue' project is to optimize the benefits of business analytics, particularly in SMEs in the manufacturing industry, by means of a suitable decision model – mapped as a practical IT tool.

The aim of the "SOW" research project is to gain a better understanding of novel solutions for increased service-oriented value creation in networked service provision on the basis of four concrete cases from four different industries and to make them predictable, thus supporting forward-looking entrepreneurial design and evaluation of services and business models.

In the STAFFEL project, a platform for organizing cross-carrier encounter traffic and an IoT-based security technology for asynchronous trailer transfer are to be designed and pilot-tested.

The aim of the FlyNet research project is to make Flywheel effects usable for small and medium-sized manufacturing companies by establishing cross-company networks.

The aim of the research project “AKzentE4.0” is the humane introduction and implementation of Industry 4.0 concepts and technologies in small and medium-sized enterprises (SMEs) in the Aachen region. For the sustainable anchoring of results, a “Human Factors Competence Center for Employment in Industrie 4.0” is being established.

The aim of the OKReady research project is to develop a concept for introducing the Objectives and Key Results (OKR) agile management system in small and medium-sized enterprises (SMEs). OKR provide an effective way to improve prioritization capability as well as communication and transparency in the company to strengthen employee engagement. OKR enables SMEs to align the activities of their employees with a common vision and to transparently map corporate goals across all hierarchical levels.

The research project mMEU focuses on the development of a data-based model, which is developed on the basis of environmental data with reference to mobility and thus enables a local determination of microplastic emissions.

The aim of the PROmining research project is the company-neutral conceptual design, development and realization of a web-based demonstrator to improve the forecasting capability and increase the capacity utilization of SMEs in the German stone and earth industry. The planned demonstrator of a platform solution is intended to create an incentive for SMEs to tackle the digital transformation and improve internal data management. The project is being carried out by FIR e. V. at RWTH Aachen University in cooperation with the Institute of Mineral Resources Engineering at RWTH Aachen University.

The goal of the RAcceptance research project is the sustainable use of the efficiency potential of robotic process automation (RPA) in SMEs by promoting acceptance. Those factors are determined and addressed which positively as well as negatively influence the acceptance of the use of RPA software.

The aim of the research project Legitimise IT is to help SMEs in the manufacturing industry to use and legitimise beneficial shadow IT in a controlled manner, taking existing risks into account.

The aim of the research project FIT4Platform is to support SMEs in contract logistics, which currently use established business models, with the successful and low-cost implementation of digital platforms into their existing business models.

The "Di-Link" project primarily serves the goal of realizing a resource-efficient, sustainable closing of cycles for companies in the plastics industry. In the "DiLinK" project, technologies are being developed and infrastructures set up to exploit the potential for the use of recycled plastics. This is made possible through research and development into innovative digital system solutions that are tailored to the problem at hand. The aim is to produce high-quality products from recycled plastics, to avoid plastic waste and to close material cycles in the sense of a circular economy. The digital system solutions involve in particular the development of innovative electronic equipment for data acquisition by sensors in the field of process measuring technology and the subsequent data processing and transfer by means of appropriate software solutions. This resource-conserving model of plastics use creates secure supply structures that enable the exchange of resources along the value chain, in which the use of secondary plastics is to be increased through cooperative collection, processing and distribution. This return to the material cycle makes a targeted contribution to waste avoidance and increased raw material efficiency.

Parking traffic represents a considerable part of the municipal traffic volume. Particularly affected are employees who move their vehicles around the city for work reasons and need a parking space for a short period of time. The consequences of this are the re-legal parking of the vehicle in illegal stopping bays, entrances and exits or on the second row of driveways, which in turn causes further traffic disturbances.

The aim of the RPAsset research project is to identify suitable processes and technologies for SMEs in order to demonstrate an optimal integration strategy for robotic process automation (RPA) that adequately takes into account organizational and process-related as well as human aspects.

The aim of the research project "BAsuccess - Introduction Concept for Business Analytics in Manufacturing Companies in the Food Industry" is to develop an introduction concept for Business Analytics for SMEs in the food industry. The planned concept should enable SMEs to make data-based decisions in order to remain competitive in the long term. The project is carried out by FIR at the RWTH Aachen, the Research Institute for Management, Logistics and Production at the Technical University of Munich and the International Performance Research Institute (IPRI).

The research goal is the development of a procedure for the establishment of hybrid business models including the possibilities of digital platforms for the SME of industrial engineering.

The aim is to design and pilot a novel, intelligent inner-city mobility solution. A collaboration of innovative SMEs from the structurally weak urban region of Aachen is herewith funded to implement this. The result will be an integrative customer-centered service platform for autonomous electric shuttle, so-called "PeopleMover".

SiTra 4.0 is aimed to develop a transformational approach for the establishment of a sustainable security culture for industry 4.0 in SMEs. This new security culture will be characterized by respect and trust, ethical standards between the actors, freedom, to take risks and to promote the intelligent use of implicit and explicit knowledge in digitized working processes.

The goal of the Digivation project is to create generic and practicable best practices for the development, marketing, and performance of digital services. The development of the methods is based on the close connection of digital process innovation with new concepts of service engineering, individualization, and customer participation.

Hereby the main objective of the Digivation project is to accelerate the digital transformation of the economy with the help of service innovation. Based on this integrated perspective, Digivation supports collaborative projects of the funding line service innovation based on digitization by helping them with the preparation and the transfer of their project outcomes.

The goal of the project was the development and testing of an integrated methodology for business model innovation and implementation, which meets the special requirements of SMEs in the background of the green economy.

The aim was to provide a data cockpit in which users are able to decide on the transfer and utilization of sensitive data. They are also able to formulate preferences for privacy protection. The cockpit provides information and assessments on personal privacy risks to accomplish a certain sensitization for that topic. If personal data are used for commercial purposes, users will have the opportunity to become involved in the proceeds by "Micropayment".

The objective of this research project was the development of well-suited analytics algorithms for the phases of the management of industrial services in mechanical engineering companies as well as the embedding of these algorithms into an SME-appropriate procedure of Service Analytics.

The overall objective of fit4solution is to support the strategic change of small and medium-sized companies (SMEs) from a manufacturing company to a solution provider. By this transformation an increase of the competitiveness through differentiation is permitted.

Target of the project Smart Building is the development of data driven services for smart buildings and in particular for office buildings. An approach will be developed that enables small and medium enterprises to utilize the potential of smart buildings in a structured way. Therefore, a catalogue of data driven services and a guideline including a toolbox to plan, steer and control the transformation process will be developed.

Within the BMBF funded project ELIAS an approach to the design and configuration of learning friendly work and production systems will be developed. In doing so the objective is to provide service as well as manufacturing companies a universal approach, which also takes the external economic, technological and social conditions into account.

The project aims to achieve sustained success with the distribution of training and affiliated consulting and research services in the Russian market. Within the project a concept and methods in order to design online self-study programs for training and development of industrial and technical staff, multi-week courses for foremen and masters as well as single and multi-day seminars and workshops will be developed, implemented and offered to the cement industry and related Industries in the target country Russia.