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Maryam Kardan, Lead Engineer at Vitl©️ G&H#ShePersisted: an Interview with Maryam Kardan, Lead Engineer at G&H for International Women in Engineering Day
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“We must have perseverance and, above all, confidence in ourselves. We must believe that we are gifted for something and that this thing must be attained.”
Marie Curie, pioneer physicist and chemist in radioactivity, the first woman to receive a Nobel Prize, two-time laureate of the Nobel Prize in Physics and Chemistry.
As we celebrate International Women in Engineering Day (INWED) on June 23rd, 2024, we want to take the time to highlight the remarkable achievements of our women engineers at G&H. This day serves not only as a special opportunity to champion the contributions of women in the engineering field. It should also act as a source of inspiration the next generation of women and girls to pursue careers in STEM (Science, Technology, Engineering, and Mathematics). By promoting gender diversity and inclusivity, we pave the way for continued innovation and excellence in engineering. We sat down with Maryam Kardan, Lead Engineer at Vitl, a distinguished subsidiary of G&H | ITL, to learn more about her role at G&H and what this day means to her.
Lu-mini Vitl Life Sciences Solutions luminometer©️ G&H
Can you tell us about your role at Vitl and what has defined your career so far?
My career is marked by a relentless pursuit of excellence in the design and innovation of high-precision, high-impact electronic systems. At Vitl, I lead and mentor other women engineers in my team, particularly in the realm of cutting-edge laboratory equipment.
One important research area you are focusing on is innovating real-time PCR machines. Can you elaborate on the significance of your work within this branch?
The real-time PCR (Polymerase Chain Reaction- qPCR) machines are groundbreaking in several fields. Their significance extends beyond the COVID-19 pandemic, impacting molecular biology, genetics, medicine, forensics, environmental science, and agriculture. These machines are indispensable due to their versatility, sensitivity, and specificity, making them crucial tools for research, healthcare, forensic analysis, and various industrial sectors. Having the chance to perfect them with my team at G&H | ITL automatically translates into more and better facilitated results for those who will be using them. Since their scope includes such a variety of fields, you can imagine the exponential impact of such a solution.
Lu-mini Vitl Life Sciences Solutions luminometer©️ G&H
What challenges did you face during your work on the real-time PCR machines, and how did you overcome them?
What happened is that this important project took place during the COVID-19 pandemic, throughout lockdown. That meant the entire workflow had to be adapted to the new set of guidelines and regulations that were officially being communicated in the United Kingdom. As such, I had to get creative with my work by embarking on a journey of remote design and innovation, creating the blueprint for a next-generation PCR machine from my fiancé's dining room in Dorset. This experience highlighted resilience and adaptability, showcasing the ethos of innovation amidst adversity. I believe this mindset is very important when you are looking at performance, especially in science and technology.
Beyond PCR machines, you’ve also worked on Vitl's single-tube, bench-top Luminometer. What can you tell us about that?
That is right, I oversee the complete lifecycle of Vitl's luminometer. Leveraging my expertise in electronic design, firmware development, and software integration, we have infused our luminometers with features such as Bluetooth Low Energy and Wi-Fi connectivity. This is important because that gives people instant and easy access to actionable data. Through meticulous refinement and calibration, I ensure these luminometers meet stringent industry standards, providing scientists and researchers with unparalleled precision, reliability, and connectivity.
Vitl Life Sciences Solutions luminometer©️ G&H
How have these luminometers impacted the scientific community?
Absolutely! And this is, honestly, one of my favorite parts about my job. In 2023, our luminometers have assisted over 100 scientific teams globally. They play vital roles in safeguarding food safety, monitoring environmental pollutants, advancing medical diagnostics, and enhancing industrial quality control. These instruments are stalwarts of scientific inquiry, illuminating pathways to discovery and innovation. Knowing that, together with my brilliant team, I had a role in all of that brings a smile on my face and makes me excited for our upcoming projects at Vitl.
What does your journey symbolize for women engineers and the broader scientific community?
My journey symbolizes the symbiotic relationship between innovation and impact. It champions women engineers everywhere. Through pioneering technology, dedication, and an indomitable spirit of inquiry, I aim to push the boundaries of scientific instrumentation in molecular biology, diagnostics, and beyond. I know I have been inspired by other women who were trailblazers in their specific scientific field. If my example can serve the same purpose for others, in particular regarding my obsession for high quality results, then I couldn’t feel more honored.
Maryam Kardan’s journey stands as a powerful example of what can be achieved through dedication, innovation, and a strong passion for engineering. Her work at Vitl & G&H | ITL, particularly during the challenging times of the COVID-19 pandemic, underscores the important role that women engineers play in advancing technology and improving our world. On this INWED, let us celebrate the achievements of women like Maryam and encourage more women to join this dynamic and impactful field.
