Mr. Nelson Martins | Circularity – Technical at Apicer – Portuguese Ceramic Industry Association, Portugal
Nelson Correia Martins is an accomplished process engineer, industrial leader, and researcher with a distinguished career in manufacturing optimization, lean management, and data-driven production processes. With over two decades of experience in engineering and production management, he has played a pivotal role in enhancing industrial efficiency, sustainability, and digital transformation across multiple sectors, including ceramics, chemicals, and advanced manufacturing. His expertise lies in integrating process innovation, industrial automation, and sustainability-driven strategies to optimize production workflows and resource utilization.
His extensive background in process engineering, coupled with his research contributions in DataOps frameworks and secondary raw material tracking, demonstrates his commitment to advancing industry 4.0 solutions and environmental sustainability. His professional journey has been marked by leadership in production management, strategic planning, and cross-functional collaboration, ensuring operational excellence and quality enhancement. A forward-thinking professional, Nelson continues to drive research and innovation in industrial digitalization and lean manufacturing, reinforcing his standing as a leading figure in the field.
Professional Profile
Education
Nelson Martins holds a Masterās degree in Chemical Engineering from the University of Aveiro, where he specialized in process optimization and industrial automation. He further pursued postgraduate studies in Lean Management from Comunidade Lean Thinking, equipping him with advanced methodologies in continuous improvement, Six Sigma, and operational excellence. His academic journey includes an Erasmus program at Universitat Rovira i Virgili, Tarragona, Spain, where he gained international exposure to advanced chemical processes and industrial research methodologies. Recognized for his exceptional academic achievements, he was awarded the Eng. AntĆ³nio Pascoal Prize for being the best engineering student at the University of Aveiro.
Experience
With a career spanning across multiple leadership roles in engineering and production management, Nelson Martins has made transformational contributions to the industries he has served. He has led large-scale manufacturing operations, optimized industrial workflows, and implemented data-driven strategies to improve efficiency, cost-effectiveness, and environmental sustainability.
In his role as Director of Production at NG- Oficina de Porcelanas, he successfully enhanced productivity, quality control, and process efficiency, ensuring optimal resource utilization. As a Process Engineer at The Navigator Company, he played a crucial role in standardizing tissue paper rewinding processes, demonstrating his ability to drive technical excellence and process improvement. His tenure at Sanitana (Roca Group), Mesa Ceramics, and Riastone (Vista Alegre Group) saw him spearheading lean manufacturing initiatives, KPI tracking, and Toyota Kata methodologies, reinforcing his expertise in continuous improvement and industrial analytics.
Additionally, his research-driven role at Bresfor (Finsa Group) involved innovation in materials science, chemical engineering, and quality control, while his experience at Hovione (Lisbon & New Jersey, USA) provided him with hands-on exposure to GMP manufacturing, nanotechnology, and experimental design. Currently, he is engaged as a Process Engineer at APICER (Coimbra), contributing to research in digitalization, circular economy, and industrial decarbonization, further solidifying his commitment to sustainable industrial practices.
Research Interests
Nelson Martins’ research focuses on industrial process optimization, digital transformation, and sustainability-driven manufacturing. His work delves into DataOps frameworks, secondary raw material tracking, and lean production methodologies, aiming to enhance manufacturing efficiency and environmental impact reduction. His interdisciplinary expertise in chemical engineering, materials science, and industrial analytics enables him to develop innovative solutions in production automation, circular economy, and smart manufacturing. His ongoing research contributes to bridging the gap between industry and academia, driving advancements in resource-efficient production systems and sustainable industrial practices.
Awards
Nelson Martins’ dedication to excellence in engineering and research has been recognized with several prestigious accolades. He was honored with the Eng. AntĆ³nio Pascoal Prize, awarded to the best engineering student at the University of Aveiro, reflecting his outstanding academic and research capabilities. His contributions to process engineering, industrial digitalization, and lean management have positioned him as a leader in manufacturing innovation, reinforcing his impact in the field.
Publications š
Tracking Secondary Raw Material Operational FrameworkāDataOps Case Study (2025) ā Ceramics Journal š¬
DOI: 10.3390/ceramics8010012 | Cited by: 12
Tracking Secondary Raw Material Operational Framework ā DataOps Case Study (2024) ā Preprint š
DOI: 10.20944/preprints202412.2007.v1 | Cited by: 8
Conclusion
Nelson Correia Martins exemplifies research excellence, industrial leadership, and innovative thinking in process engineering and industrial sustainability. His strong academic foundation, extensive experience, and impactful research contributions make him a standout candidate for the Best Researcher Award. His work in DataOps frameworks, lean manufacturing, and sustainable industrial processes showcases his commitment to advancing cutting-edge solutions for modern manufacturing challenges.
While his publication record is growing, expanding his academic research collaborations and high-impact journal contributions would further solidify his stature as a leading researcher. With his visionary leadership, commitment to innovation, and industry-driven research, Nelson Martins is well-positioned to continue making groundbreaking contributions to industrial engineering and sustainable manufacturing.