SITI NURSYAZWA MOHD TARMIZI

Hardworking, diligent, and a fast learner with a strong enthusiasm for growth. Possesses excellent interpersonal abilities, including communication, teamwork, and leadership. Skilled multitasker with superior work ethic and good teamwork, problem-solving and organizational skills. Willing to take on any task to help team. Reliable and dedicated team player with hardworking and resourceful approach.

• Dean's List, Semester 1, 2020/2021 in Bachelor of Mechanical Engineering
• Dean's List, Semester 2, Year 2020/2021 in Bachelor of Mechanical Engineering
• Dean's List, Semester 2, Year 2021/2022 in Bachelor of Mechanical Engineering
• Dean's List, Semester 1, Year 2022/2023 in Bachelor of Mechanical Engineering
• Dean's List, Semester 2, Year 2022/2023 in Bachelor of Mechanical Engineering
• Dean's List, Semester 1, Year 2023/2024 in Bachelor of Mechanical Engineering
• Dean's List, Semester 2, Year 2023/2024 in Bachelor of Mechanical Engineering
• Dean's List for Diploma in Corporate Management (2020-2024)
• Dean's List for Foundation Studies (Engineering) (2019-2020)

• Treasurer, Ihtifal Institut Pengajian Tinggi Kebangsaan (2024)
• Participant, Non-Destructive Testing (NDT) Practical Demonstration Program, Malaysian Nuclear Agency (2024)
• Vice President II, Club Sahabat Pusat Islam UNITEN (2023)
• Vice Director, Ihtifal Institut Pengajian Tinggi Kebangsaan (2023)
• Ping Pong Athlete for UNITEN, MASISWA Zon Tengah (2023 & 2024)
• Ping Pong Athlete for UNITEN, Higher Education Sport Fest (2023)
• Participant, Designing with PowerPoint Program (2023)
• Participant, UNITEN Arduino Workshop (2023)
• Student Representative for UNITEN, Tahsin Al-Quran with Sanad Program in Egypt (2022)
• Deputy Leader, Exco Multimedia, Club Sahabat Al-Quran (2021)
• Participant, IET Workshop: Creo For All (2021)
• Program Bureau for Tunas Azam Camp, organized by Yayasan Peneraju Pendidikan Bumiputera & Tabung Amanah Zakat UNITEN (2019)

INVESTIGATION ON THE EFFECT OF VOLTAGE ON CHEMICAL OXYGEN DEMAND REDUCTION AND HYDROGEN PRODUCTION IN MICROBIAL ELECTROLYSIS CELLS

• Conducted research on wastewater treatment using Microbial Electrolysis Cells (MECs), focusing on the conversion of organic matter in Palm Oil Mill Effluent (POME) into hydrogen gas.

DESIGN AND DEVELOPMENT OF SELF-CLEANING LEAF FILTRATION SYSTEM FOR RAINWATER HARVESTING

• Conducted research on rainwater harvesting systems.
• Designed and developed an innovative self-cleaning leaf filtration system.

Willing To Relocate: True