International Graduate Story: Ahmed Nusaim

Posted on: 22 April 2025 by Olga Chatzidaki in Graduate stories

M.Sc. Biotechnology graduate Ahmed Nusaim shares how a master's research project in antimicrobial resistance at the University of Liverpool led to a career-launching research role.

What do you like the most about Liverpool?
Liverpool is a lively city with rich history, a beautiful waterfront, and a strong football and music culture. The University of Liverpool is prestigious, diverse, and offers great student life. A fantastic place to study and explore.

What is your graduate journey and how did you land on your current job or Postgraduate degree?
I completed my B.Sc. in Advanced Zoology and Biotechnology from Loyola College, Chennai, India, which sparked my interest in biotechnology and research. To further deepen my knowledge, I pursued an M.Sc. in Biotechnology at the University of Liverpool, where I gained expertise in microbiology, molecular biology, proteomics, metabolomics, bioimaging, and data analysis.

For my master's research project, I worked in the field of antimicrobial resistance (AMR), which became a pivotal point in my career. Recognizing the significance of my work, my supervisor applied for funding to support a research technician position based on my project. Once the funding was approved, I was appointed as a Research Technician at the Department of Biochemistry, Cell and Systems Biology, Center for Metabolomics Research, University of Liverpool.

This position, initially a fixed-term contract for one year, has the potential for extension, allowing me to continue contributing to impactful research while expanding my expertise in metabolomics and antimicrobial resistance.

How did the University of Liverpool help you in terms of transition?

The University of Liverpool played a crucial role in my transition from postgraduate studies to my current research position in several ways:

Cutting-Edge Curriculum & Research Exposure – The M.Sc. Biotechnology program provided me with in-depth knowledge in microbiology, molecular biology, proteomics, metabolomics, and data analysis, equipping me with essential research skills.

Hands-On Research Experience – My master's project in antimicrobial resistance (AMR) allowed me to work on real-world scientific challenges, preparing me for a research-driven career.

Supportive Academic Environment – My supervisor recognized the potential of my research and applied for funding, which ultimately led to my current position as a Research Technician.

Access to World-Class Facilities – Working at the Center for Metabolomics Research exposed me to advanced technologies and interdisciplinary collaborations, strengthening my expertise in the field.

Career Development Opportunities – The university’s professional development resources, networking events, and research community helped me transition smoothly into a research role.

Overall, my time at the University of Liverpool not only enhanced my academic and technical skills but also provided the right platform and opportunities to secure my current role

What are your advice for current students and graduate?
Here’s some advice I could give to current students and graduates based on my experience:

1. Make the Most of Your Research Opportunities
Engage actively in your projects, as they can open doors to future roles.

Seek hands-on experience in lab work and data analysis to build strong technical skills.

2. Network with Professors and Researchers
Maintain good relationships with your supervisors and faculty—they can guide you towards job opportunities and research funding.

Attend university seminars and workshops to connect with experts in your field.

3. Develop Strong Analytical & Computational Skills
Biotechnology is becoming increasingly data-driven, so improving your skills in bioinformatics, statistical analysis, and programming (e.g., Python, R) can give you an edge.

4. Stay Updated and Keep Learning
Follow the latest advancements in biotechnology, metabolomics, and antimicrobial resistance.

Consider additional certifications or courses to stay competitive in your field.

5. Be Open to Opportunities & Funding
If you’re interested in research, explore funding options and discuss them with your professors.

Be flexible—sometimes temporary positions can lead to long-term roles.

6. Plan for Your Next Step
If you’re considering a Ph.D. or an industry role, start planning early by researching potential opportunities and aligning your skills accordingly.

Gain experience in writing research proposals and papers—it can be valuable for both academia and industry.