As the Chief Technology Officer (CTO) at SMARTSKY ENGINEERING, I lead the charge in steering our geotechnical consulting office towards cutting-edge technological advancements. With a proven track record in implementing innovative solutions, I am at the forefront of leveraging technology to enhance our geotechnical engineering services.My role involves spearheading the integration of state-of-the-art tools and methodologies into our projects, ensuring efficiency, accuracy, and a competitive edge in the industry. From pioneering geotechnical monitoring systems to harnessing the power of artificial intelligence in data analysis, I am committed to driving technological excellence in every facet of our operations.Collaborating closely with our talented team of engineers, I foster an environment that encourages experimentation and embraces emerging trends in geotechnics. Together, we strive to not only meet but exceed client expectations, delivering solutions that stand the test of time.Passionate about staying ahead of the curve, I continually explore and implement the latest advancements in geotechnical technology, positioning SMARTSKY as a trailblazer in the geotechnical consulting landscape.Let's connect to explore synergies, share insights, and discuss how we can shape the future of geotechnical engineering through technology.

As an Associate Professor specializing in Geotechnical Engineering, my current role involves a dynamic array of tasks and activities aimed at advancing knowledge and fostering innovation within the field:- Exploring Sustainable Solutions: Investigating and implementing creative applications of green technologies in geotechnical engineering, with a focus on initiatives like slope planting and soil bio-cementation using MICP/EICP to promote sustainability in our practices.- Leading Innovative Research: Initiating and spearheading research projects at the forefront of geotechnical engineering, particularly those centered on integrating Artificial Intelligence (AI) to enhance and revolutionize engineering practices.- Cutting-edge Technology Deployment: Developing and deploying cutting-edge remote sensing equipment, utilizing drones for continuous monitoring of geotechnical structures to ensure precision and real-time data analysis.- Instructional Leadership: Conducting instructional sessions on soil reinforcement and improvement, as well as delivering courses covering unsaturated soil mechanics. These sessions aim to impart practical insights and foster a deep understanding of geotechnical principles among students.- Comprehensive Teaching: Offering a diverse range of geotechnical engineering courses to provide students with a well-rounded and thorough knowledge base in the field.These tasks contribute to the academic excellence and progressive nature of our geotechnical engineering program. I'm enthusiastic about the ongoing advancements in the field and welcome opportunities to connect with fellow professionals, researchers, and students who share a passion for geotechnical engineering. Let's engage in meaningful discussions and explore collaboration possibilities.

In my previous role as an Assistant Professor in Geotechnical Engineering, I contributed significantly to the advancement of knowledge and practical skills within the field. Key highlights include:- Innovative Soil Reinforcement: Pioneering the use of Microbially Induced Calcite Precipitation (MICP) soil reinforcement to effectively address drying-related cracking issues in fine soils. This innovative approach showcased my commitment to sustainable and practical solutions in geotechnical engineering.- Diverse Course Instruction: Instructing a range of geotechnical engineering courses to nurture a comprehensive understanding among students. This included courses on soil mechanics, soil reinforcement and improvement, monitoring technologies in geotechnical engineering, and concrete design structures.- Specialized Expertise: Demonstrating expertise in diverse geotechnical structures, notably contributing to the evaluation and diagnostics of underground structures in the intricate Paris subway system. Additionally, I played a key role in assessing buildings facing excessive settlements, showcasing a practical application of geotechnical principles.These experiences have not only enriched my understanding of geotechnical engineering but have also allowed me to impart valuable knowledge to aspiring engineers. I continue to be passionate about the intersection of innovation and education within the field.

In my role as a Postdoctoral Researcher at Ecole des Ponts Paristech, I spearheaded innovative research initiatives focusing on the intricate behaviors of geo-materials. Key highlights include:Micro-Cracking in Geo-Materials:Investigating the multifaceted causes of micro-cracking in geo-materials, particularly clayey soils and concrete. This research delved into the complexities arising from the heterogeneity of material properties and the hydric stresses induced by wetting and drying cycles. Utilizing experimental approaches, including optical and X-ray micro-tomography, I aimed to enhance our understanding and prediction of cracking mechanisms at the microstructural level.Additional Research Projects:- Conducting groundbreaking research on soil reinforcement through Enzyme Induced Calcite Precipitation (EICP).- Contributing to the development of new Artificial Intelligence tools for the detection of slope sliding using Drone photogrammetry.Teaching Contributions:In addition to my research endeavors, I actively engaged in the education and mentorship of aspiring engineers through teaching various courses, including:- Soils and Rocks Mechanics- Stability of Underground Structures- Design of Special Foundations- Design of Geothermal FoundationsThese experiences at Ecole des Ponts Paristech not only broadened my expertise in geo-materials but also allowed me to share knowledge and insights with the next generation of engineering professionals.

During my tenure as a Ph.D. student, my research focused on the advancement of soil mechanical behavior through biological calcification, particularly in the application of this innovative technique to hydraulic earthen structures. The key aspects of my doctoral work included:Research - Improvement of Soil Mechanical Behavior by Biocementation:Exploring the potential of biocementation for reinforcing hydraulic structures susceptible to internal erosion and liquefaction of their foundations. This groundbreaking technique involves the precipitation of calcite catalyzed by bacteria, necessitating in-situ injection solutions with selected microorganisms and chemical reagents. My research aimed to establish the applicability conditions and validate the effectiveness of this process in terms of mechanical behavior.- Conducting an experimental study on the mechanical behavior of biocemented sand through triaxial tests.- Employing advanced imaging techniques such as x-ray 3D microtomography for a microstructural and micromechanical study of biocemented sand.- Investigating the chemical durability of the biocementation process through laboratory tests and in-situ observations using x-ray technology.Teaching Contributions:In addition to my research commitments, I actively participated in teaching various courses, including:- Retaining Walls Design- Soil Reinforcement Techniques- Foundations Design- Applied Mathematics- Material Resistance- Soils and Rocks MechanicsThese experiences have not only enriched my academic journey but have also equipped me with the skills to contribute effectively to both research and education within the field of geotechnical engineering.

During my tenure as a Master's student, I delved into the intricate world of granular soils, prevalent in various civil engineering and geo-mechanical projects. Recognizing the susceptibility of these soils to crushing in certain scenarios, I embarked on a research internship with the following objectives:Research Focus - Evolution of Mechanical and Hydraulic Behavior:My primary goal was to explore the dynamic changes in the mechanical and hydraulic behavior of a sand-laden high load. This exploration involved subjecting a sand sample to oedometric conditions under high axial stress, with a keen focus on understanding the impact on material properties.- Conducting oedometric tests alongside evaluating particle distribution before and after loading.- Utilizing advanced methods, such as tensiometer and porosimetry, to measure the distribution of pore sizes.- Performing permeability measurements at different levels of loading to comprehensively assess the hydraulic properties.This research culminated in the publication of a scientific paper, contributing valuable insights to the field of granular soil mechanics.These experiences during my Master's program not only expanded my understanding of granular soils but also allowed me to actively contribute to the body of knowledge in civil engineering and geo-mechanics.

During my tenure at the Directorate of Public Works (DTP), a pivotal governmental body overseeing transportation projects, including roads and airports, I served as a Project Manager contributing to the development of essential infrastructure. Key responsibilities encompassed:Project Management Expertise:- Implementation of comprehensive project controls to ensure the successful execution of infrastructure projects.- Serving as the administrative engineer representative in various projects, facilitating seamless communication and coordination.Strategic Economic Studies:- Conducting in-depth economic studies for projects, providing crucial insights for informed decision-making in the development of basic infrastructure.Technical Proficiency:- Demonstrating proficiency in economic studies, strategic planning, and addressing administration and technical challenges that arise during project execution.Collaborative Leadership:- Fostering a strong team spirit to promote effective collaboration and a positive working environment.This role equipped me with a diverse skill set, blending technical acumen with strategic project management, and emphasized the importance of cohesive teamwork in achieving successful outcomes.

In my prior role at LGCR, a distinguished Geotechnical Laboratory and Consulting Office specializing in tackling geotechnical challenges and offering design solutions for road and construction projects, I served as an Assistant Engineer within the laboratory. Key responsibilities included:Project Monitoring and Resolution:- Vigilantly monitoring the progress of road projects to ensure adherence to quality standards and timelines.- Proactively addressing in-situ geotechnical issues as they arose, demonstrating a hands-on approach to problem-solving.Contribution to Geotechnical Studies:- Conducting in-depth studies related to roads and structures, aiming to enhance the understanding and optimization of geotechnical aspects in project development.Technical Proficiency:- Overseeing and managing laboratory tests to ensure accuracy and reliability in geotechnical assessments.- Offering effective solutions to diverse geotechnical challenges, showcasing proficiency in design control software.Human Skills:- Cultivating a culture of curiosity within the team, fostering an environment where innovative solutions are encouraged.- Leveraging interpersonal skills to facilitate seamless communication and collaboration within the laboratory setting.- Demonstrating autonomy in task execution, ensuring efficiency and effectiveness in project contributions.My experience at LGCR enriched my technical expertise, honed problem-solving skills, and underscored the significance of interpersonal dynamics in achieving successful project outcomes.

My previous role at SAETI, the Algerian Company of Technical Studies of Infrastructure, involved serving as a Training Engineer specializing in geotechnical engineering for a new town project. The key responsibilities encompassed:Project Supervision and Oversight:- Supervising and overseeing critical earthworks and concreting activities to ensure compliance with engineering standards and project specifications.- Implementing rigorous quality control measures to maintain the integrity of the construction processes.Laboratory Test Conduct:- Conducting a variety of laboratory tests to assess and analyze different soil types, contributing to the development of robust geotechnical solutions.Technical Expertise:- Leveraging expertise in earthworks methods tailored to diverse soil compositions, demonstrating adaptability to varying project requirements.- Ensuring quality control through a comprehensive understanding of soil types, reinforcing the reliability of geotechnical assessments.My tenure at SAETI equipped me with hands-on experience in geotechnical engineering, emphasizing the importance of meticulous project oversight and technical precision.

During my tenure as an Assistant Engineer at LBTP, a versatile geotechnical and geomaterial laboratory, and consulting office specializing in road project design, my responsibilities comprised:Road Design Expertise:- Contributing to the road design process, ensuring the implementation of innovative and effective solutions aligned with project objectives.Project Oversight:- Providing technical oversight throughout project progress, ensuring adherence to design specifications and quality standards.Technical Proficiency:- Demonstrating proficiency in utilizing various road design software such as Piste, Covadis, and Autocad Civil 3D. This experience at LBTP not only honed my skills in road design but also provided exposure to the intricacies of overseeing technical aspects in project development.

During my summer position at the school library, I had the opportunity to contribute to various aspects of library operations, including:Library Resource Management:- Assisted in the organization and management of library resources to enhance accessibility for library patrons.- Played a key role in ensuring the efficient shelving and cataloging of books and materials.Patron Assistance:- Provided support to library patrons by offering assistance in locating resources, answering queries, and facilitating a conducive learning environment.Library Services Operations:- Contributed to the day-to-day operations of library services, ensuring a seamless and positive experience for library users during the summer period.This summer job not only allowed me to actively engage with library operations but also fostered skills in customer service and resource management.