Sabrina Zahra Azizul

Highly motivated chemical engineering professional with a strong desire to contribute skills and knowledge to company success. Known for hardworking nature and exceptional organizational abilities. Eager to make a positive impact and continuously learn about engineering aspects of problem-solving and idea development. Seeking new job opportunities to utilize and further develop expertise for organization benefit.

Head of Welfare and Public Relations, Chemical Engineering Undergraduate Club (CEUC) - UM
2023

• Engaged with 30+ companies to secure sponsorships for student initiatives.
• Organized an annual event for students and lecturers to discuss academic and student welfare issues.

Marketing Division, Industrial Engagement Month, CEUC - UM
2022

• Sourced potential sponsors and invited companies to participate in a booth session for student engagement.

Public Relations Executive, Regional Chemical Engineering Undergraduate Conference (RCEUC)
2022

• Identified and secured speakers and judges for the conference to evaluate final-year Chemical Engineering projects.

Final Year Project: Solar Vapour Generation System for Clean Water Production

2024

• Developed a solar vapour generation system using carbon-coated paper and expanded polystyrene foam.
• Achieved 99.91% salt removal efficiency at a 15° inclination, significantly reducing salinity and total dissolved solids (TDS) from seawater.
• Demonstrated system efficiency in producing clean water from various seawater sources, meeting drinking water standards.

Project: Design of Multi-Tubular Plug Flow Reactor for Biodiesel Production

2024

• Instrumentation Control: Designed an advanced control system to optimize flow rate, pressure, and temperature for enhanced reactor efficiency.
• Inherent Safety Design (ISD): Applied ISD principles to minimize hazards through strategic layout and material selection.
• Sustainability: Incorporated energy-efficient technologies and eco-friendly processes to reduce the environmental impact of biodiesel production.
• Cost Optimization: Optimized costs through the use of stainless steel 304 and process design, ensuring high production capacity with reduced operating costs.