Antwerp, Flemish Region, Belgium
Civil Engineer | Urban and road infrastructure projects | Resource allocation optimization | Collaborative | Project goals | Adaptability | Risk mitigation | Chain of communication | Problem-solving | OpenRoads | AutoCAD Civil3D | Experienced Civil Engineer with a proven track record spanning across four countries, showcasing a strong proficiency in urban and road/railway infrastructure projects. Proactive and outcome-oriented, I had the privilege of collaborating for 8 years with esteemed public and private entities in Brazil on more than 150 road designs and 60 lots of feasibility studies within the federal network. Completing my master's degree in Urban Engineering in Portugal has significantly strengthened my expertise through a multidisciplinary curriculum, exposing me to urban planning, expansion, and complex road/railway infrastructure. Furthermore, my journey as a Ph.D. researcher at the University of Antwerp in Belgium and a visiting researcher at the prestigious Royal Melbourne Institute of Technology in Australia has cultivated a strong technical foundation and a passion for sustainable infrastructure solutions. These immersive experiences have adeptly bridged the gap between theoretical research and practical implementation.
• Coordinating and preparing large-scale earthworks within one of Belgium’s most complex infrastructure projects. • Managing the reassessment (herijking) of soil movements, volumes, and balances to optimize logistics, costs, and sustainability. • Analyzing soil data, excavation quantities, and reuse possibilities in compliance with environmental and regulatory requirements. • Translating design updates and execution strategies into clear, workable earthworks plans for construction teams. • Collaborating closely with engineers, site managers, contractors, and environmental experts to align planning and execution. • Monitoring progress of earthworks and adjusting planning based on execution feedback and changing project conditions. • Supporting decision-making by preparing scenarios, calculations, and risk analyses related to ground movement and logistics. • Ensuring efficient coordination between excavation, transport, temporary storage, and reuse or disposal of soil. • Contributing to cost control and sustainability goals by maximizing reuse of excavated materials within the project. • Working within a multidisciplinary project environment with high safety, quality, and environmental standards.
• Specialized in earthworks optimization through advanced 3D modeling tools, including Civil 3D, Revit, and Navisworks, to enhance precision in terrain modeling and interdisciplinary coordination. • Developed expertise in digital design and BIM integration for infrastructure projects, improving efficiency, cost-effectiveness, and sustainability in construction processes. • Utilized experience in bridging engineering design and technology to implement innovative solutions in infrastructure development, reducing material waste and optimizing earthwork operations. • Conducted clash detection to improve project planning, ensuring seamless execution and risk mitigation in large-scale infrastructure projects. • Engaged in development initiatives focused on enhancing efficiency in digital modeling to refine digital modeling.
• Developed expertise in advanced, sustainable asphalt technologies through extensive research, contributing to improved performance and reduced emissions in asphalt mixtures. • Gained advanced technical skills and in-depth knowledge in sustainable infrastructure solutions, with a strong emphasis on improving asphalt technology and minimizing environmental impact. • Utilized experience in bridging academic research with practical applications to support cutting-edge research and development initiatives, influencing the future of sustainable infrastructure in the construction industry. • Supervised and mentored graduate students in the BIM course, providing guidance, support, and expertise to enhance their learning and project outcomes. • Authored and co-authored multiple peer-reviewed journal articles on innovative materials and sustainable infrastructure practices, contributing to the advancement of knowledge in the field. • Conducted research focused on developing sustainable solutions by using end-of-life tire rubber from Belgium to enhance base binder performance and reduce emissions in asphalt mixtures. • Executed extensive laboratory experiments and collaborated with industry partners, research institutions, and governmental bodies to explore practical applications of crumb rubber modified bitumen. • Bridged the gap between academic research and real-world implementation through active engagement with various stakeholders, fostering valuable knowledge exchange and innovative solutions.
• Awarded a scholarship and grant for a research stay, recognizing dedication to academic excellence and knowledge advancement in the field. • Conducted in-depth research on the impact of UV-aging on crumb rubber modified bitumen. • Focused on evaluating the reduction of volatile organic compounds (VOCs) and polycyclic aromatic hydrocarbons (PAHs) emissions in bituminous samples through the application of emission reduction agents.
• Head of the Earthwork Sector, managing soil and rock manipulation projects. Oversaw 150+ road and railway designs for public agencies, ensuring compliance with engineering standards, budget constraints, and project timelines. • Proficient in design software: OpenRoads/MicroStation, Civil3D, AutoCAD, and Infraworks. Applied diverse design guidelines and collaborated with the geotechnical department on innovative solutions. • Collaborated with cross-functional teams, including environmental experts, urban planners, and construction managers, to integrate multidisciplinary inputs into cohesive project plans. • Ensured adherence to industry standards and best practices throughout all project phases. • Conducted quality compliance checks, fostering a culture of excellence and continuous improving and implemented tools and processes that reduced rework by 75%. • Performed site inspections and assessments to monitor project progress and ensure adherence to design specifications. • Participated in technical, environmental and feasibility studies, evaluating over 21,000 km of roads by conducting on-site data collection to assess highway conditions and identify improvement areas. • Managed projects remotely while pursuing a master’s degree in Urban Engineering (Portugal), ensuring smooth execution and open communication.
• Gained hands-on experience in soil analysis, foundation design, and site investigation. • Utilized industry-standard tools and software for technical drawing (CAD and BIM), contributing to various infrastructure projects. • Applied theoretical knowledge to real-world scenarios, supporting the development of safe and sustainable engineering solutions. • Collaborated with experienced professionals, demonstrating a strong eagerness to learn and grow in the infrastructure field.
• Conducted an instrumental study and developed a comprehensive checklist for visual inspections of dams, contributing to the company's operational protocols. • Provided key support in the development of my Graduation Thesis on the instrumentation of Concrete Face Rockfill Dams, enhancing both academic and practical knowledge in the field. • Gained valuable experience in dam inspection methodologies, with a focus on improving safety and maintenance practices.