Noura Sleiman

– Completed targeted certifications in Life Cycle Assessment (LCA) for Materials and Google Project Management, strengthening skills in project coordination, strategic planning, and sustainability-focused problem solving. – Pursued Business Development fundamentals to prepare for client-facing and strategic roles. – Undertook a skill assessment and self-reflection exercises to identify my strengths, values, and ideal career direction, ensuring a purposeful transition toward Business Development, Project Management, and Product Management. – Launched a voice-over personal project, building skills in communication, creative storytelling, and presentation. – Participated in numerous webinars, online courses, and professional conferences to stay up-to-date with trends in innovation, sustainability, project management, and business strategy. – Applied my learning in personal projects and simulations, improving practical expertise in team collaboration, project execution, and actionable problem-solving. – This intentional phase allowed me to strengthen my technical and strategic understanding, refine my communication and coordination skills, and deepen self-awareness, preparing me to take on roles where I can create impact, drive innovation, and deliver meaningful solutions.

– Develop a functional experimental device capable of evaluating the resistance of ceramic coatings to acoustic cavitation. – Study the market to determine the most used alloys by contacting more than 10 traders. – Analyze the acoustic cavitation damage of 15 samples (different types of materials and coatings) and characterize them by several techniques: digital optical microscopy, SEM/EDS, AFM, DRX, mechanical profilometer and interferometer.

– Perform delicate experimental measurements of over 100 Sonoluminescence spectra under frequency modulated sonication and interpret them using Origin. – Collect and analyze acoustic spectra and digital images of Sonochimiluminescence using MATLAB® and Excel. – Analyze the effect of irradiation by HIFU transducers on the surface properties of metallic materials with several characterization methods. – Improve preliminary results by 4 times less erosion.

– Perform delicate experimental measurements of over 100 Sonoluminescence spectra under frequency modulated sonication and interpret them using Origin. – Collect and analyze acoustic spectra and digital images of Sonochimiluminescence using MATLAB® and Excel. – Analyze the effect of irradiation by HIFU transducers on the surface properties of metallic materials with several characterization methods.

– Perform delicate experimental measurements of over 100 Sonoluminescence spectra under frequency modulated sonication and interpret them using Origin. – Collect and analyze acoustic spectra and digital images of Sonochimiluminescence using MATLAB® and Excel. – Analyze the effect of irradiation by HIFU transducers on the surface properties of metallic materials with several characterization methods.

– Develop a desalination system (capacitive deionization) conducted by a study (+6 parameters). – Determine suitable porosity materials by BET test and contact angle test. – Improve absorption and selectivity of target ions measured by IC ion chromatography.

– Information collection and georeferencing of 125 maps of Lebanese regions by Arc GIS.

– Intensive relocated field course to study the geological formations of Cyprus and their dynamic processes. – Focusing on engineering, modeling and reservoir characterization. – The intensive course was given by professors from LU, L-NCSR, ENSG France, CGSD France.