Mrs. Bertha Akagbue | Nanoscale | Best Researcher Award
Marshall University | United States
Mrs. Bertha Akagbue is an accomplished professional in civil and environmental engineering with expertise in hazardous waste management, contaminated sediment remediation, and sustainable development practices. She has significant experience in occupational health and safety, quality assurance systems, and the integration of eco-friendly engineering solutions into infrastructure and industrial projects. Her research focuses on advancing sustainable methods that protect public health, improve environmental standards, and foster safer communities.
Professional Profile
Orcid
Education
Mrs. Bertha Akagbue holds a strong academic background spanning environmental health, civil engineering, and quality management. She earned a Master’s degree in Environmental Health and Safety from Marshall University, focusing on occupational health, safety systems, and sustainable environmental practices. She completed a Certificate in Hazardous Waste Management from IHE Delft in the Netherlands, gaining expertise in waste treatment and pollution prevention. Additionally, she pursued professional diplomas in Quality Control and Quality Assurance from NILEM, India, which equipped her with advanced knowledge of standards, inspection techniques, and regulatory compliance. Her academic journey began with a Bachelor’s degree in Civil Engineering (Public Engineering Option) from the Federal University of Technology, Owerri, Nigeria, where she developed strong technical and analytical skills in engineering design and infrastructure. She further expanded her expertise through a certificate program in Remediation and Handling of Contaminated Sediments at UNESCO-IHE, Delft, which strengthened her proficiency in environmental remediation and restoration.
Experience
Mrs. Bertha Akagbue has built a distinguished career at the intersection of civil engineering, environmental health, and safety management. She has held key roles in both public and private sectors, contributing her expertise to environmental protection, occupational health, and sustainable development. With a background in civil engineering, she has been actively involved in infrastructure projects, public engineering solutions, and environmental remediation initiatives. Her work emphasizes hazardous waste management, contaminated sediment remediation, and the implementation of safety standards in industrial and community settings. In addition, she has extensive experience in quality control and assurance, ensuring compliance with international standards and best practices across diverse projects. Through her leadership and technical contributions, she has played a pivotal role in advancing safer, healthier, and more sustainable environments within her field.
Research Interests
Mrs. Bertha Akagbue’s research interests lie in the areas of civil engineering, environmental health, and sustainable development. She is particularly focused on hazardous waste management, contaminated sediment remediation, and the development of eco-friendly engineering solutions to address environmental challenges. Her work also explores occupational health and safety practices, quality assurance systems, and the integration of sustainable methods into infrastructure and industrial projects. With a strong commitment to advancing environmental protection, she is interested in innovative approaches that promote public health, safety, and sustainable engineering practices for community and industrial applications.
Publication
Potentially Toxic Elements in Local Cigarettes and Marijuana Leaves of Bauchi State, Nigeria: Public Health and Environmental Implications
Conclusion
Mrs. Bertha Akagbue is a strong candidate for the Best Researcher Award, with an impressive combination of academic achievement, professional certifications, and applied expertise in environmental health and radiation safety. Her dedication to advancing safe practices in engineering and health sciences, alongside her leadership role at Marshall University, demonstrates her significant contributions to research environments. With continued efforts to expand her academic publications and international collaborations, she holds great potential to make even greater impacts in her field, making her a deserving nominee for this award.