Introduction
My name is Irene Ingabire, I am from Rwanda. Growing up, I had a fascination with the mysteries of the universe and sought to understand how and why things work the way they do. This curiosity led me to a love of sciences. In high school, I delved into the fundamentals of physics, chemistry, biology, and math, spending a lot of time in the school library, honing my analytical and problem-solving skills.
Upon graduation, amidst the COVID-19 pandemic, I faced a challenging job market. After several months of job searching, I landed a position as a test engineer at a medical device company, where my physics background proved invaluable. In this role, I tested product specifications and performed data collection and analysis. Currently, I work as a quality control analyst at Akston Biosciences. I am responsible for conducting various tests on raw materials, in-process samples, and finished products to ensure they meet quality standards.
Transitioning from physics to biotech involves a steep learning curve. Though I had a solid sciences background, I needed to get up to speed with biological concepts, laboratory techniques, and regulatory compliance that were not part of my physics curriculum. Luckily, my employers made sure I received the necessary training, as is the case for most entry-level positions.
Biophysics Fellow
career options
Biophysics is an interdisciplinary science that applies physics theories and practices to study biological systems. It seeks to understand how biological molecules, cells, and systems function by examining their physical properties, structures, and interactions. Biophysicists employ techniques such as spectroscopy, X-ray crystallography, molecular dynamics simulations, and electrophysiology to analyze complex biological phenomena at the molecular or atomic level.
Biophysics Fellow
skills
What are the main hard skills you use on a daily basis in your current job?
Proficiency in analytical techniques such as HPLC, ELISA, and PCR, along with experience in microbiological assays, sterility testing, and endotoxin testing. I acquired these skills through training and hands-on experience at my job, where I use them for protein identification and quantification.
Operation, maintenance, and troubleshooting of lab instruments are key aspects of my job. I have a solid understanding of calibration and validation processes, as maintaining and troubleshooting lab equipment is crucial. Since procedures vary between labs and instruments, it is essential to have a thorough understanding of the Standard Operating Procedures (SOPs) implemented by the lab. Staying up to date with manuals and technical guides provided by instrument manufacturers is also vital to ensure accurate and efficient operation.
Understanding of regulatory guidelines like GMP, GLP, ICH, and ISO standards. Knowledge of FDA, EMA, or other regulatory agency requirements. I studied regulatory guidelines through initial job training and continued to learn during various lab activities. Most guidelines, such as GMP and ISO, are standardized and can be accessed online. It is good practice to do independent studying of the guidelines, obtaining certifications if necessary.
Data analysis skills are crucial in biotechnology and biomedical engineering, allowing for interpreting and extracting insights from complex datasets. Proficiency in statistical analysis, knowledge of data analysis techniques, and familiarity with software and statistical packages commonly used in these fields are essential for effective data analysis.
What are the main soft skills you use on a daily basis in your current job?
Evaluating test outcomes and troubleshooting inconsistencies. My undergraduate education in a STEM field provided a great opportunity to engage in problem-solving activities and participate in research projects that required data analysis and interpretation. This has made it easier for me to evaluate test outcomes in the lab and identify potential sources of error in my role as a Quality Control Analyst.
Ability to detect deviations or errors in test results or procedures. This is a skill I developed by carefully following lab protocols and procedures. I practiced reviewing my work and my peers' for accuracy, making it easier to detect errors over time.
Clear communication of findings to cross-functional teams and working cohesively with colleagues to maintain quality standards. Participating in group projects and presentations in school was a great way to practice communication and effective teamwork.
Adjusting to new technologies, processes, or regulatory requirements. Remaining calm and efficient under tight timelines or in response to unexpected challenges.
Staying updated on advances in biotechnology and quality control methodologies can be achieved by subscribing to scientific journals, attending seminars and conferences, and joining professional organizations. I also learned a lot from my peers by asking questions and seeking guidance when necessary.
Irene
’s personal path
Tell us about your personal journey in
Biophysics Fellow
:
My career journey has been somewhat unconventional. When I started college, I was unsure of my major but committed to keeping an open mind, exploring various interests, and seizing every opportunity. I ultimately chose Physics in my sophomore year because I loved it, despite not knowing where it would lead. I continued to be curious, taking classes in Economics, Computer Science, and Acting.
I embraced every opportunity to learn something new. One summer, I attended a French summer school in Paris, which was both enjoyable and a chance to challenge myself and immerse myself in a new culture. My sophomore summer, I taught high school students to code. The following summer, I worked with a professor analyzing dark matter behavior using Python. These experiences equipped me with interdisciplinary communication, project management, and data analysis skills, which were crucial during my job search.
Graduating during the pandemic after completing my senior year online was challenging. The uncertainty of the time made my job prospects and future ahead daunting. I relied on my school career education office, alumni network, past professors, and anyone willing to help. I sought support for resume crafting, LinkedIn profile updates, cover letter editing, and mock interviews. After several months of searching, I secured a position with a medical device company, which introduced me to the biotech world. The knowledge and connections I gained there were instrumental in obtaining my current role as a Quality Control Analyst.
Throughout this journey, I learned the importance of adaptability and resilience. Embracing uncertainty and being open to new experiences allowed me to develop a diverse skill set. Building a strong network and seeking support from others proved invaluable.
What would you tell your younger you regarding building your current career?
If I were to advise my younger self about building my current career, I would say: be curious and explore your interests, don’t be afraid to dive into different subjects. Cultivate the love for continuous learning by embracing the mindset that learning never stops, staying open to new knowledge and enjoying the process of growth. Learning new skills takes time, and patience. Invest in yourself and build a strong network, connect with peers, mentors and professionals in your field. Take advantage of every opportunity, a chance to learn, grow, and advance your career, no matter how small, can contribute to your success.
Final thoughts & tips
In conclusion, commit to continuous learning and explore your interests. Take advantage of available opportunities and embrace unconventional paths. Your career may not follow a linear trajectory, so be adaptable and flexible. Accept challenges and build a supportive network, as it will be invaluable throughout your journey.
Resources to dig in more
Endpoints News
Endpoints is a free website that gives you all the latest information in biopharma. Also have a newsletter you can subscribe to to get updates in your inbox.
The Biophysical Journal
The Biophysical Journal is free online and offers the best biophysics research. The journal spans a wide range of subjects and disciplines that provide quantitative insight into fundamental problems at the molecular, cellular, systems, and whole-organism levels.
Institute for Broadening Participation (IBP)
The Institute for Broadening Participation has a mission to increase diversity in the Science, Technology, Engineering and Mathematics (STEM) workforce. It connects underrepresented students with STEM funding and research opportunities.
