Asha Abdirahman

Final-year Biotechnology student with a strong academic background in microbiology, molecular biology, and biochemistry. Experienced in applying core laboratory techniques, maintaining aseptic conditions, and delivering reliable results through course-based practical work, careful observation, and precise execution. Skilled in organizing and managing laboratory tasks to meet deadlines efficiently. Possess prior experience as a production team manager, with developing skills in teamwork and communication, and a strong willingness to continuously improve. Eager to apply scientific knowledge in real-world settings, contribute to research and innovation, and gain valuable industry experience through an internship opportunity.

Volunteer, CSR community service| April, 2023

• Participated in fundraising activities, successfully raising funds to purchase food supplies for distribution to the needy.
• Contributed to Muhibah initiatives, providing essential food items and clothing to underprivileged communities.

Volunteer, ESG global Symposium 2025 | July 2025

• Assisted in organizing and facilitating conference activities, providing on-site support to participants and speakers.
• Managed event photography, capturing key moments for documentation and promotional use.
• Helped attendees with registration, directions, and general assistance to ensure a smooth conference experience.

Member, Biotech Club – Inti University | April 2023 – Present

• Participates in club activities and events with growing involvement in biotechnology-related discussions and initiatives.

Studen Ambassador Member | Inti University |2024- present 

• Supports outreach and student engagement initiatives, including welcoming new students and helping organize campus events. Currently building confidence in public speaking, teamwork, and event coordination through hands-on involvement.

Final Year Project Achievement
Title: The Correlation of Cutibacterium sp. Phylotypes with Antibiotic Susceptibility Profile

• Collected and processed Cutibacterium acnes isolates from facial swab samples of Malaysian patients.
• Performed multiplex PCR to classify isolates into phylotypes (IA1, IA2, IB, IC, II, III).
• Found that phylotype IA1 was the most prevalent among the samples and showed high clindamycin resistance rates.
• However, no statistically significant correlation was observed between phylotype IA1 and the overall antibiotic resistance profile, suggesting that resistance may be distributed across multiple phylotypes.
• Utilized agarose gel electrophoresis for genetic analysis and antibiotic susceptibility testing for phenotypic profiling.

Benefit & Impact:

• Contributes to the understanding of C. acnes genetic diversity and its antibiotic resistance patterns in the Malaysian population.
• Provides local epidemiological data to guide more effective acne treatment strategies and antibiotic stewardship.
• Supports dermatologists and clinical microbiologists in making evidence-based decisions for acne management, reducing the misuse of antibiotics, and combating resistance development.