Better from Experience
Efficiency increase: 3 concepts for Process Excellence
Interim Direct, Coaching & further Education from Hamburg
Knowledge transfer and targeted further education through lessons learned
Increased efficiency through individual coaching approaches
Sustainable process excellence through practical interim management
A holistic efficiency approach with three concepts for increasing efficiency combines systematic improvement methodologies with individual coaching, in-depth training in process excellence, and targeted interim management. This creates a sustainable framework that positions your company for resilience and future-oriented growth.
Industries with process competencies in efficiency improvement & process excellence
I am Hans-Jürgen Thews, and I have extensive process expertise in various industries, including automotive, train and tram systems, caravanning, mechanical engineering, and lighting and electronic systems. His in-depth expertise enables companies to develop innovative solutions and increase their competitiveness. Through his deep understanding of the respective market requirements and technical trends, he supports organizations in designing customized processes that meet the highest quality standards. I rely on close collaboration with customers and partners to identify specific challenges and jointly develop efficiency improvements. My commitment to success and continuous improvement makes me a valuable contact for companies looking to redevelop or optimize their process excellence. Use my lessons learned offerings in continuing education, coaching, and interim management directly to increase your efficiency.
Automotive
The automotive industry is undergoing a profound transformation process that requires comprehensive restructuring and optimization of existing processes. Companies are faced with the challenge of making their processes more efficient to meet increasing market demands. This includes implementing new technologies to restructure production while simultaneously improving product quality. Through a careful analysis of existing workflows, weak points can be identified and eliminated, leading to faster responsiveness and cost reductions. Ultimately, the successful implementation of these measures is crucial to remaining competitive and best meeting customer needs in a changing industry.
Train and tram systems
The train and tram system plays a crucial role in urban mobility and logistics. To make these systems efficient, it is important to continuously analyze and optimize processes. The use of modern technologies and efficient processes will continuously increase competitiveness and sustainably secure jobs.
Caravaning
The caravanning industry is facing a crisis, reflected in declining sales figures. To meet this challenge, it is crucial to improve internal processes and make them more efficient. By optimizing production processes and deploying innovative technologies, companies can increase their competitiveness and respond to changing market conditions. At the same time, new marketing strategies should be developed to specifically address target groups and better understand their needs. Only through a combination of process optimization and a customer-centric approach can the industry be sustainably strengthened and achieve long-term success, even in times of uncertainty.
Mechanical engineering wind gears
In modern industry, the effective production of wind turbines for renewable energy is crucial. To increase efficiency and reduce production costs, companies are focusing on optimizing their processes. Through the use of innovative technologies and automated systems, manufacturing processes can be streamlined and production times shortened.
Mechanical engineering pump systems
The manufacturing of pump systems requires careful optimization to both improve production processes and reduce costs. By using innovative technologies and efficient manufacturing methods, the quality of pump systems can be significantly increased. An integrated approach to process optimization enables companies to better utilize resources and minimize waste, which has a positive impact on overall productivity.
Mechanical engineering chemical plants
Mechanical engineering in the field of chemical plants for the oil and gas industry plays a crucial role in the development of efficient processes that generate competitive costs. The use of modern technologies and innovative process engineering optimizes production processes, which not only increases efficiency but also improves resource utilization. This leads to a reduction in operating costs and increases the competitiveness of companies in a dynamic market.
Mechanical engineering - packaging
IIn modern industry, the quality of packaging machines plays a crucial role in the efficiency and reliability of the entire production process. To meet the ever-increasing demands of the market, it is essential to introduce innovative technologies that enable continuous improvement of production processes.
Lighting and electrical engineering
Lighting technology has advanced rapidly in recent years, particularly through the use of LED technology. This innovation has not only improved the quality of lighting but also contributed to process improvements in production. By using energy-efficient LED systems, companies can not only reduce their operating costs but also operate more environmentally friendly.
Circuit boards-SMD technology
IIn the world of electronics, printed circuit board technology, especially SMD (surface mount technology), plays a crucial role. This advanced method enables space-saving and more efficient assembly of components on printed circuit boards. In the field of process engineering, continuous work is being done on process improvements to increase production quality and efficiency.
