- Gained knowledge of ADNOC plants (Habshan, Asab, Bu Hasa) with a focus on AGRU (H₂S, CO₂ removal), molecular sieve dehydration, and sulfur recovery and gas separation processes (methane, ethane)- Worked on the P5 project with Wood, focusing on process optimization and simulations to improve operational efficiency of ADNOC's AGRU systems and NGL extraction- Conducted HYSYS simulations with other trainees to optimize temperature and pressure conditions for effective amine solvent performance in AGRU unit- Theoretically calculated and compared flow rates of amine solvents between Open Art AGRU and Licensed AGRU in the Habshan 5 MERAM plant- Worked on pump calculations and line hydraulics for Absorber Unit in Habshan 2

- Proficiently prepared comprehensive Terms of Reference (ToR) documents and detailed reports for a range of process safety workshops, aligning all deliverables with stringent ISO standards and guidelines- Provided integral support for diverse process safety workshops, including HAZID, ENVID, OHID, HSEIA Screening, HAZOP, SIMOPS, SIL, PHA, Constructability Review, and PHSER, ensuring meticulous documentation and reporting throughout- Ensured strict adherence to ISO standards, maintaining up-to-date knowledge of industry regulations and guidelines to guarantee workshop outputs were consistently compliant and reflective of best practices- Skillfully scribed workshop proceedings, capturing critical discussions, findings, and action items accurately, facilitating post-workshop analysis and enhancing decision-making processes

- Supported the HSE team in developing and implementing HSE programs and initiatives in alignment with industry best practices and regulatory requirements for hazard identification, emergency response procedures, and occupational health practices- Assisted in conducting HSE assessments and audits, analyzing workplace hazards, and identifying areas for improvement to enhance overall safety performance- Participated in incident investigations and root cause analysis activities, gathering and analyzing data to identify underlying causes of incidents and near misses

- Conducted a variety of second and third-year chemistry experiments, such as titration, calorimetry, and chromatography tests - Demonstrated proficiency in performing second and third-year physics experiments, including experiments related to optics, refraction, projectile motion analysis and pendulum oscillations- Maintained a systematic and organized approach to data recording, ensuring the accuracy and completeness of experimental data for subsequent analysis and reporting- Created comprehensive video documentation of select experiments, providing a valuable resource for students- Prioritized laboratory safety protocols and best practices, by participating in safety briefings, equipment maintenance, and the implementation of safety measures

- Conceptualized the proposal of a moisture sensor design for fire-protective clothing, incorporating a hydrolytic-sensitive polymer for enhanced safety measures- Demonstrated precision in fabric sample preparation by employing a hand-operated circular fabric cutter, ensuring the accuracy and consistency of samples required for fabric conditioning and characterization- Employed advanced manufacturing techniques, including the utilization of a heat press machine at 300°C, to craft precision Poly Lactic Acid (PLA) films using ISO 527 molds for the moisture-sensitive polymer layer, optimizing sensor performance- Delivered regular progress presentations, fostering transparent communication with the team and skillfully incorporated constructive feedback to drive continuous improvement in project execution

- Demonstrated advanced skills in modeling thermal plasmas for arc welding, including TIG welding, utilizing MATLAB to analyze and simulate complex data sets- Applied thermal plasma modeling techniques to specifically address TIG weld characteristics such as arc stability, heat distribution, and weld bead quality- Created detailed simulations for various arc welding scenarios, including TIG welding, allowing for the prediction of plasma behavior, temperature distribution, and weld pool dynamics to optimize welding outcomes- Fostered strong working relationships with CWB (Canadian Welding Bureau) researchers, sharing findings that were incorporated into their thesis work on thermal plasmas, contributing significantly to the overall research project

- Conducted comprehensive soil and water analyses, including precise titration of water samples sourced from prominent companies like Oasis, Masafi, Al Ain, Evian, Nestle, Aquafina, Arwa, and Mai Dubai- Utilized High-Performance Liquid Chromatography (HPLC) for the quantification of specific compounds in water and soil samples, enhancing the accuracy of analytical results- Demonstrated proficiency in Gas Chromatography-Mass Spectrometry (GC-MS) for in-depth analysis of water samples, allowing for the identification and quantification of complex compounds. - Additionally, applied Liquid Chromatography-Mass Spectrometry (LC-MS) techniques to evaluate soil samples, providing valuable insights into the composition and contaminants present- Meticulously recorded and managed spectroscopy data obtained from GC-MS and LC-MS analyses, ensuring the integrity of critical analytical information essential for decision-making and research purposes- Effectively employed LabX software for titration experiments, optimizing the accuracy and efficiency of data collection and analysis, while maintained strict adherence to standard operating procedures (SOPs) and laboratory best practices throughout the process