Tell us about a problem you encountered during a project and how you resolved it.

During a project I worked on in my previous role, I encountered a problem when our experiment results did not match our expected outcomes. This was a challenge because it meant we had to re-evaluate our approach and find a solution. To resolve the problem, I took the initiative to conduct a thorough analysis of the experiment procedure and identified a possible source of error. I then proposed a revised experimental design to my team, which was based on my analysis and additional research. We implemented the new design and conducted the experiment again, this time yielding the expected results. This experience taught me the importance of thorough analysis and problem-solving skills in resolving unexpected challenges during a project.

During a project I worked on in my previous role, we faced a problem when the yield of our desired compound was lower than expected. To understand and resolve this issue, I first reviewed the experimental procedure and data, looking for any anomalies or errors. I noticed that one step in the procedure involved a specific temperature range, and upon further investigation, I found that the equipment used to maintain this temperature was malfunctioning. I immediately informed my team and we decided to replace the equipment. After the replacement, we ran the experiment again and achieved the expected yield. This experience highlighted the importance of attention to detail, critical analysis, and quick problem-solving in resolving issues during a project.

During a project I worked on in my previous role, we encountered a problem with the stability of an enzyme in a bioreactor system. The enzyme was crucial for the bioconversion of a specific substrate into a valuable product. We noticed that the enzyme activity was decreasing over time, leading to lower product yields. To tackle this issue, I conducted a comprehensive literature review to understand the factors that could affect enzyme stability in a bioreactor. Based on my findings, I proposed the addition of a stabilizing agent into the reaction mixture to mitigate the enzyme degradation. I collaborated with our team's biochemists to design and optimize the stabilizer concentration and treatment strategy. We also implemented regular monitoring of enzyme activity and stability throughout the project to ensure sustained performance. As a result of this solution, we were able to maintain high enzyme activity and achieve the desired product yields. This experience showcased my ability to research, analyze scientific literature, collaborate effectively, and implement practical solutions to complex problems.