Introduction
Hello everyone, my name is Gauri Kulkarni. I embarked on my academic journey in India with a clear vision and passion for the research industry. While my peers aspired to become doctors, I knew that my calling lay in the world of scientific exploration and discovery. This led me to pursue a Bachelor of Engineering in Instrumentation and Control with a major in Biomedical Engineering.
During my undergraduate years, I developed a solid understanding of engineering principles. In my final year, I had the incredible opportunity to work on a project aimed at developing a device to detect Parkinson’s disease. This experience ignited a deep interest in neurodegenerative diseases, propelling me towards a future focused on understanding and finding solutions for these conditions.
To further my education and delve deeper into the field of Biomedical Engineering, I knew that pursuing a Master’s degree was essential. I soon realized that gaining admission to reputable schools in the United States without work experience would be challenging. Determined to acquire practical skills and knowledge, I decided to work for a year in a pharmaceutical company in India. This invaluable experience provided me with hands-on exposure to a wet lab environment and allowed me to work with cutting-edge analytical lab equipment.
In 2018, I made the decision to pursue my Master’s degree in Biomedical Engineering in the United States. I was accepted into Binghamton University, where I immersed myself in my studies. With a particular focus on neurodegenerative diseases, I continued my research, eager to contribute to the growing body of knowledge and make a tangible impact in this field. I focused on detecting Alzheimer’s disease using digital biomedical engineering techniques. This research not only deepened my understanding of the field but also exposed me to various programming languages and software tools, enhancing my technical skills.
During my Master’s program, I also had the opportunity to collaborate with a PhD student. This collaboration sparked my initial interest in the field of oncology, as I witnessed the profound impact that research could have on improving cancer treatments and patient outcomes.
Upon completing my Master’s degree, I secured a job as a biomedical engineer. In this role, I primarily worked in process development, applying the engineering principles I had learned throughout my education. After a few months, I realized that my true passion lay in the research aspects of my work, particularly in the field of immuno-oncology.
Motivated by my passion for research and the desire to contribute to cutting-edge advancements in cancer treatment, I made the decision to join as a research associate in a biotechnology industry company. Here, I have been fortunate to work on groundbreaking research aimed at developing transformative cancer treatments for patients. Along the way, I have gained valuable skills, both technical and interpersonal, that have furthered my growth as a researcher.
Throughout my journey, I have come to realize that my training in engineering has been instrumental in my ability to excel in the research field. The problem-solving mindset, analytical thinking, and attention to detail that I developed during my engineering education have proven to be invaluable assets in my research endeavors.
As I look back on my experiences and the skills I have acquired, I am grateful for the opportunities that have shaped my path. With each step, my passion for research and dedication to improving patient outcomes in the field of immuno-oncology continue to drive me forward. From my beginnings in India to pursuing my passion in a foreign land, I have encountered numerous challenges along the way. But my determination and unwavering commitment to making a difference have propelled me forward.
Molecular Biology Fellow
career options
The biotechnology and biomedical engineering fields offer a wide range of career options for individuals interested in applying science and technology to improve human health and advance medical research. These fields involve the use of biological systems, engineering principles, and technology to develop innovative solutions and products. The different careers offer opportunities for research, development, manufacturing, and consulting in various sectors such as pharmaceuticals, biotechnology companies, research institutions, and medical device companies.
The field of biotechnology and biomedical engineering is vast, with many diverse career paths. A few options have been described below, but these only encompass some career paths.
Molecular Biology Fellow
skills
What are the main hard skills you use on a daily basis in your current job?
Aseptic techniques in the biotechnology industry are essential for maintaining the sterility and integrity of biopharmaceutical products. These techniques involve creating a sterile environment, ensuring personnel are properly trained, sterilizing equipment, and performing aseptic manipulations. Regular monitoring and validation are also crucial to ensure the effectiveness of these techniques. By implementing aseptic techniques, biotechnology companies can prevent contamination and ensure the quality and safety of their products, meeting regulatory requirements and maintaining product integrity.
Cell culture is a fundamental practice in the biotechnology industry that involves growing and maintaining cells in vitro. It serves as a basis for various applications, including tissue culture, tissue engineering, and stem cell industry. Cell culture allows for studying and manipulating cells in a controlled environment, enabling advancements in research, drug development, and regenerative medicine.
Multi-parameter flow cytometry is a powerful technique used in the biotechnology industry to simultaneously analyze multiple characteristics of cells. It involves labeling cells with fluorescently tagged antibodies or dyes to measure proteins and identify specific cell populations. This technique requires careful experimental setup, panel design, and specialized data analysis to ensure accurate results and interpretation.
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?
Effective communication skills are crucial in various aspects of life, including work, education, and personal relationships. These skills involve exchanging ideas, thoughts, and information clearly and purposefully through verbal and non-verbal means. Active listening is also an important aspect of effective communication, as it involves understanding not just the words being said but also the emotions and intentions behind them. By developing effective communication skills, individuals can express themselves clearly, understand others better, and build stronger connections in different settings.
Research scientists in the biotechnology field need to possess strong problem-solving and critical thinking skills to tackle complex scientific challenges and interpret experimental results effectively. Critical thinking is at the heart of scientific inquiry, and a good scientist continuously questions why and how things happen. By actively engaging in critical thinking, scientists can identify problems, ask relevant questions, evaluate information, and draw conclusions based on evidence.
Organizational skills are highly important in the biotechnology industry. They enable scientists to handle various tasks effectively, support the growth of biotech companies, and facilitate the successful execution of scientific work. Time management and attention to detail are particularly crucial for scientists in maintaining productivity and ensuring accuracy in their work.
Gauri
’s personal path
Tell us about your personal journey in
Molecular Biology Fellow
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When I first started applying for jobs, it was in the middle of the COVID-19 pandemic, which made it more complicated than usual to land an interview. I had to apply to multiple jobs daily before getting a single interview. For many companies, I did not get past the screening call to the next stage of the interview process. After passing the screening call, I had to go through the more difficult phase of interviewing with different team members, which is always a little daunting. After weeks of interview processes, I finally got an offer letter for my first job. But my first job was neither my dream nor a job I was passionate about. A few months after working, I realized that I have to keep applying for jobs until I find one that truly excites me and one I am passionate about. I, therefore, started applying for jobs once again. That is when I came across my current position as a Senior Research Associate. After interviewing for the position, I realized that I was excited about the job, and the team and culture were also extremely welcoming. For you to succeed at your job, it is crucial not only to have a job that matches your skills and career development goals but also a solid team that will help your career growth. As both these aspects aligned, I accepted the offer letter for the Senior Research Associate position. Getting your dream job is something that takes time and effort. It is important not to get discouraged if companies don’t always respond to your job applications. The key is to be persistent and keep applying to positions. Another thing to remember is that technical skills, though extremely important, are not the only deciding factor. Companies will also see how well you blend in with the team and the work culture; they always look for good team players. Not giving up is crucial while you are applying for jobs, and eventually, you will find the company and the team that is the perfect fit for you!
What would you tell your younger you regarding building your current career?
The first advice I would give to my younger self is not to give up and never settle for something you are not passionate about. Your passion for your work is what will be the most significant driving force daily and what will get you excited about the work you are doing. The second advice I would give my younger self is not to be afraid to change career paths. If you find the right mentor, you can change paths at any stage during your career and still excel in the chosen field. Finally, I would explain to my younger self the importance of professional networking. Making and maintaining new professional connections proves to be extremely helpful while you are job searching, as people who have been through similar experiences can provide valuable guidance.
Final thoughts & tips
A career in biotechnology or biomedical engineering is gratifying as you get to work on cutting-edge research and technology that will directly or indirectly impact the lives of patients and their outcomes. If you have a passion for this field and a willingness to put in the required effort, you will most definitely excel in these fields!
Resources to dig in more
Biospace
A resource to help you stay up to date in the biotech industry.
Nature Biotechnology
A resource where all recent and high value research in the biomedical and biotechnology field is published.
Biomedical Engineering Society
A professional hub for all biomedical engineers with additional resources available.
American Institute for Medical & Biological Engineering
A non-profit organization representing accomplished individuals in fields of medical and biological engineering.
