As a recent graduate with hands-on experience in Biomedical Engineering and Business, I am eager to progress my career as a Biomedical Engineer. Through practical application and real-world projects, I have developed a comprehensive understanding of biomedical principles and acquired valuable skills in communication and problem-solving. With a proven track record of success in applying engineering principles to address healthcare challenges, my ultimate objective is to utilise my expertise to drive innovation in the biomedical field and make a positive impact on global health outcomes.
Proficient in engineering and programming tools to optimise processes and solve complex challenges
Equipped with transferable skills essential for effective team collaboration and leadership
Expert in combining technical acumen with business insights across various industries
I practiced collaborative leadership at Optik, promoting open communication, clear goal-setting, and fostering an environment that motivated the team to contribute their best.
During the prosthetic arm project, we faced difficulties integrating EMG signals with our hardware. We overcame this by continually refining our algorithms and performing thorough testing, demonstrating perseverance and problem-solving skills.
Effective time management is key. I prioritize tasks based on importance and urgency, set a timeline, and conduct regular progress checks. Team communication and efficient task allocation further support timely project completion.
I am driven by the potential of biomedical engineering to improve health outcomes and enhance quality of life. The opportunity to apply engineering principles to solve complex health problems and make a positive impact on people's lives is what motivates me in this field.
I believe in open communication, mutual respect, and collaboration. I learned the importance of teamwork during my academic projects and have applied these principles to my professional work.
My dual-degree program has equipped me with a strong theoretical knowledge base, technical skills, and hands-on experience in Biomedical Engineering, while the Business aspect developed my understanding of working in teams, leadership, and project management.
My proficiency in Python extends to data and image analysis, hardware integration, and automation tasks. I've also used SolidWorks for 3D modelling and Arduino for hardware actuation, demonstrating a versatile skill set in programming.
I have presented my projects to diverse audiences, including non-engineers. I focus on explaining the problem, the importance of the solution, and the impact of the work, using clear and accessible language.
I view failure as a learning opportunity. If a project doesn't go as planned, I analyze what went wrong, learn from my mistakes, and apply these lessons to future projects.
I regularly read scientific journals, attend webinars, and participate in relevant online communities. This helps me stay informed about the latest research and technological advancements in the field.