• Utilizing Piping and Instrumentation Diagrams (P&IDs), Engineering Drawings, and CAD Models to optimize
asset tagging and classification procedures.
• Delivering projects within the demanding oil and gas industry, specializing in offshore oil rigs and marine
terminals.
• Process Design & Simulation.
• Leveraging cutting-edge technologies, including LIDAR scans, 3D imaging, and point cloud data, to
meticulously categorize and tag assets, ensuring strict adherence to industry standards.
• Verifying Process and Instrumentation Diagrams (P&IDs) for industry giants such as Chevron and Exxon
Mobil.
• Conducting asset tagging for intricate systems using Abyss Fabric, a state-of-the-art web application for
condition monitoring.
• Developed advanced technical tools and concepts including redlining, line tracing via PID and CAD models,
digital twin technology, and point cloud data analysis.
• Performing rigorous quality control (QC) assessments of work to ensure precision and adherence to
established standards, thereby optimizing team efficiency and output.
• Conducting comprehensive analysis of flare stack corrosion.
• Employing innovative methodologies to mitigate potential risks and extend equipment lifespan, thereby
ensuring seamless plant operation.

• Conducted research in the Process Engineering Lab, focusing on projects such as sorption-enhanced
gasification of biomass and production of acrylonitrile via the Sohio process.
• Performed experiments, collected and analyzed data, and contributed to the development of novel
technologies in chemical engineering.
• Participated in courses under the professional development program, enhancing skills in process design,
simulation (using Aspen Plus), risk and safety management, occupational health, behavioral-based safety,
industrial instrumentation, and carbon footprint analysis.
• Collaborated with interdisciplinary teams, ensuring the successful integration of carbon capture and storage
(CCS) in gasification technologies for clean hydrogen production.
• Engaged in the life cycle assessment of biofuel blends, studying alcoholysis of biomass for sustainable
production.
• Demonstrated proficiency in automated reaction engineering for future chemical processes.
• Contributed to projects focusing on the fate of engineered nanoparticles, particle collision, and
agglomeration in turbulent flows.
• Explored processing routes for recycling batteries to promote sustainable high-value mineral recovery.

• Utilized software tools such as AUTOCAD, ASPEN PLUS, and HYSYS for process modeling, simulation, and
optimization.
• Gained hands-on experience in pipeline design, ensuring compliance with industry standards and
regulations.
• Conducted simulations to analyze fluid flow, pressure drops, and heat transfer within pipelines.
• Collaborated with senior engineers to contribute to the design and optimization of industrial processes.
• Collected and analyzed data from experiments and simulations to identify areas for process improvement.
• Utilized statistical methods to interpret results and conclude process optimization.
• Generated technical documentation, including reports and presentations, to convey project status and
outcomes.
• Conducted thorough reviews of process designs to ensure accuracy and adherence to quality standards.

• Acquired in-depth knowledge of the chemical products offered by Scientific Laboratory Supplies Ltd (SLS).
• Conducted regular training sessions to stay updated on new products and industry developments.
• Engaged with customers to understand their specific laboratory requirements and challenges.
• Provided expert advice on suitable chemical products, addressing technical inquiries and concerns.
• Developed and delivered compelling sales presentations to showcase the features and benefits of chemical
products.
• Prepared accurate and competitive quotations for chemical products based on client requirements.
• Developed detailed proposals outlining product specifications, pricing, and delivery terms.
• Provided ongoing