Manal Ammar

Highly skilled Biochemical Biotechnology Engineer but in search of an experience in biochemical process development, bioprocess optimization, and bioengineering research. Proven track record in designing and implementing innovative solutions to enhance productivity and efficiency in biotechnological applications. Adept at working in multidisciplinary teams and equipped with strong analytical and problem-solving abilities.

• Community Emergency Response Team (Volunteer) - Sorted things out to give to flood victims
• Head of Welfare Bureau in Biochemical-Biotechnology Engineering Students' Associatian (BESTA 21/22) - Provide weekly hadith for the students, Iftar program, Ramadhan hadith
• Mentor-mentee for core subject - Mentoring for students in bio fundamental subject to provide them a much more understanding about this subject
• Rumah Orang Tua (Volunteer, Catering) - Helped the old people to do some daily routines and made an awareness for the children

• Integrated Design Project: Production of 206 Tonne per Year of Hydrogen From High Density Polyethylene Using Chemical Recycling Technology: Researching on literature review, Design mode of operation, construct BFD, calculated mass and energy balance and simulate the entire operation using Symmetry software
• Final Year Project: Enhancement of Biodegradation of Fats, Oil and Grease Efficiency Using Bio Balls: Conducting experiments on determining the efficiency of biodegradation of FOG using consortium of bacteria on bio balls. Investigate the optimum concentration of bacteria to be immobilised on bio balls to degrade FOG
• Internship at Sapura: Provide literature review for article on GFET for biosensor device, Conducted experiments like CVD, synthesis of TiO2-rGO and coating

• Conducted comprehensive literature reviews on Graphene Field-Effect Transistors (GFET), summarizing key advancements and identifying potential areas for further research.
• Mastered and applied advanced techniques such as Chemical Vapor Deposition (CVD) and spin coating in the laboratory, ensuring precise execution and reproducibility of experiments.
• Successfully synthesized Titanium Dioxide-Reduced Graphene Oxide (TiO2-rGO) composites, contributing to the development of novel materials with enhanced properties.
• Analysed experimental data accurately and effectively communicated findings through detailed reports and presentations, aiding in the progression of ongoing research projects.
• Collaborated effectively with senior researchers and team members, contributing valuable insights and supporting collective goals.
• Identified and resolved technical challenges during experiments, demonstrating strong problem-solving skills and attention to detail.