Building Research Capacity through Joint Scientific Publications of Academic Staff, PhD Candidates and Students

Building Research Capacity through Joint Scientific Publications of Academic Staff, PhD Candidates and Students

Climate Engine is proud to highlight a success story that demonstrates its contribution to strengthening research capacity, mentoring culture, and scientific productivity at the University of Chemical Technology and Metallurgy (UCTM).

One of the significant achievements of the Climate Engine project has been the development of joint scientific publications involving academic staff, PhD candidates, and students within the Virtual Laboratory for Climate Change and Technological Innovations at UCTM.

During 2025, the Virtual Laboratory fostered effective collaboration between experienced researchers and early-career scientists, resulting in the publication of scientific papers in peer-reviewed journals and conference proceedings. The published research addressed key themes related to sustainability, climate change mitigation, circular economy, environmental protection, industrial ecology, waste management, product quality, and sustainable industrial development.

This achievement demonstrates the successful integration of education, research, and innovation. By actively engaging students and doctoral candidates in scientific publishing, Climate Engine supported their professional development as future researchers, innovators, and sustainability professionals.

Climate Engine’s Contribution

Climate Engine contributed to this success by strengthening the research, mentoring, and innovation capacities of the academic staff within the Virtual Laboratory for Climate Change and Technological Innovations. 

Through Climate Engine activities, young researchers were encouraged to participate in applied research addressing real industrial and environmental challenges. Academic staff provided continuous scientific supervision, methodological guidance, mentoring, and support throughout the research process, from defining research objectives and analysing results to preparing manuscripts for publication.

The innovation ecosystem established through Climate Engine created new opportunities for collaboration between academic staff, PhD candidates, students, and industrial partners. As a result, young researchers developed important competencies in scientific writing, critical thinking, data analysis, and research dissemination, while increasing their scientific productivity and confidence.

Outcomes and Impact

This success story demonstrates Climate Engine’s contribution to building long-term research excellence and strengthening the next generation of sustainability professionals.

The main outcomes include increased scientific publication activity involving academic staff, PhD candidates, and students, as well as strengthened mentoring and research supervision within the Virtual Laboratory for Climate Change and Technological Innovations.

The publications supported the development of scientific writing, analytical, and research communication skills among young researchers. They also increased the visibility of UCTM researchers through contributions to peer-reviewed scientific journals and conference proceedings.

The research topics addressed important Climate Engine priorities, including climate change mitigation, sustainability, circular economy, industrial waste management, product quality, environmental protection, and sustainable industrial development.

The achievement also strengthened collaboration between academia and industry by supporting research focused on real industrial sustainability challenges. In this way, Climate Engine demonstrated its role in connecting scientific excellence with practical environmental and industrial impact.

Scientific Publications

The following publications demonstrate the successful involvement of academic staff, PhD candidates, and students in research activities supported by the Virtual Laboratory for Climate Change and Technological Innovations.

• Sabka Atanasova and Metodi Mladenov published “Factors Affecting Products Quality” in Proceedings of the University of Ruse, 2025, Volume 64, Book 11.5. ISSN: 2603-4123 (Online). The publication investigates factors influencing product quality and contributes to the development of competencies in quality management, sustainable production, and industrial process optimisation.

• Dimitar Ilkov and Ekaterina Serafimova published “SWOT Analysis of Sustainability Strategies and Measures at ‘BEHR-HELLA Thermocontrol’ EOOD” in International Journal “Sustainable Development”, Vol. XV, Issue 1, 2025, pp. 31–34. ISSN: 1314-4138 (Print); 2367-5454 (Online). The publication evaluates corporate sustainability strategies and environmental management measures, demonstrating the practical application of sustainability assessment tools in industrial enterprises while supporting the scientific development of a PhD candidate.

• Valentin Tabakov and Ekaterina Serafimova published “Waste Management Generated from Production at ‘BEHR-HELLA Thermocontrol’ EOOD” in International Journal “Sustainable Development”, Vol. XV, Issue 1, 2025, pp. 42–47. ISSN: 1314-4138 (Print); 2367-5454 (Online). The publication presents an assessment of industrial waste management practices and proposes sustainable solutions for improving resource efficiency and environmental performance in manufacturing industries.

• Ekaterina Serafimova, Vilma Petkova and Veneta Petkova published “The Potential for Integrated Utilization of Industrial Wastes as Soil Improvers” in Review of the Bulgarian Geological Society, Vol. 86, Part 3, 2025, pp. 243–248. DOI: 10.52215/rev.bgs.2025.86.3.243. The publication investigates the integrated utilization of industrial wastes from the pulp and paper industry and limestone sludge as soil improvers, supporting circular economy principles, industrial symbiosis, waste valorisation, and sustainable soil management.This publication explicitly acknowledges the support of the CLIMATE-KIC KAVA Cross-KIC Scheme (BP2025), the Climate Engine project, and the Virtual Laboratory for Climate Change and Technological Innovations, demonstrating the direct scientific impact of the project.

Strengthening Research Excellence for the Future

This success story illustrates how Climate Engine contributes to the development of a sustainable research culture by bringing together academic expertise, doctoral research, student engagement, and applied innovation.

By supporting joint scientific publications, mentoring, and collaboration with industrial partners, Climate Engine has helped strengthen UCTM’s capacity to produce high-quality research and prepare future professionals capable of addressing complex climate, sustainability, and industrial transformation challenges.