Analytical Lab Technician

As an Analytical Lab Technician at Charm Industrial, your main responsibilities include conducting in-house analytical tests on bio-oil, biomass, and biochar samples, as well as contributing to research and development efforts. You will assist with sample registration, data entry, and maintain cleanliness and organization within the lab. Regular maintenance of analytical instruments and managing laboratory supply inventory are also key components of this role.

To qualify for the Analytical Lab Technician position at Charm Industrial, candidates must hold a Bachelor’s degree in chemistry or a related lab-based discipline. A minimum of 4 years of experience working in laboratory settings and at least 2 years of relevant work experience are required. Strong attention to detail, proficiency in spreadsheets, and the ability to adapt quickly in a fast-paced environment are essential for success in this role.

Yes, the Analytical Lab Technician position at Charm Industrial is a temporary contractor role with an open-ended duration based on business needs. While this role does not come with benefits, it provides a unique opportunity to contribute to groundbreaking work in carbon removal and renewable energy solutions.

An ideal Analytical Lab Technician at Charm Industrial should be familiar with various analytical techniques, including Karl Fischer, elemental analysis, gas chromatography (GC), and rheology. Experience with these methods will enhance your contribution to our research and development efforts as we strive to advance our carbon removal technology.

Charm Industrial is deeply committed to its mission of reducing carbon in the atmosphere, while fostering a workplace culture that values psychological safety, collaboration, and continuous learning. The company embraces diverse backgrounds, encouraging a range of perspectives and expertise to tackle climate challenges. Employees are empowered to take risks and learn from mistakes, all while working towards achieving transformative environmental goals.

Certainly! When discussing your experience with gas chromatography, highlight specific projects where you utilized this technique. Emphasize your familiarity with instrumentation, sample preparation, and data analysis. Don't forget to mention any challenges faced and how you overcame them, demonstrating your problem-solving skills.

To ensure accuracy in lab results, I implement meticulous calibration and maintenance of instruments, followed protocols strictly, and conduct thorough checks of samples and data. I also review my results with peers or supervisors to validate findings, maintaining a collaborative approach to quality control.

My process for maintaining cleanliness involves adhering to a strict cleaning schedule, properly labeling and storing samples, and ensuring all equipment is cleaned and stored correctly after use. I believe an organized lab not only promotes safety but also enhances efficiency and accuracy in testing.

In a past role, I encountered a scenario where new analytical equipment was introduced mid-project. I quickly took initiative by attending workshops and learning from experts to adapt. This proactivity helped me seamlessly integrate the new technology into my workflow, which ultimately improved our testing efficiency.

I follow a structured approach to data analysis by initial data cleansing, followed by the use of appropriate statistical techniques and software tools for interpretation. I ensure to compare my findings against standards and reference data, cross-checking with peers to validate my conclusions.

I prioritize tasks by assessing their urgency and impact, making use of checklists. I communicate openly with my team about deadlines and collaboratively adjust priorities to ensure all critical tasks are completed efficiently and timely.

In a previous lab position, I faced a significant bottleneck due to unexpected equipment failure. I quickly assessed the situation, coordinated with maintenance, and implemented backup protocols to facilitate testing with alternative methods while keeping transparency with my team. This experience taught me the importance of contingency planning.

My motivation stems from a deep commitment to sustainability and climate action. Knowing that my work contributes to a larger goal of making the environment healthier fuels my passion. I am eager to leverage my skills towards innovative solutions for pressing environmental issues.

I stay updated by subscribing to relevant scientific journals, attending webinars, and participating in workshops related to analytical chemistry. Networking with industry professionals also provides insights into current trends and best practices.

I am drawn to Charm Industrial because of its innovative approach to carbon removal and its clear commitment to sustainability. The company aligns with my personal values, and I admire its bold mission to address climate change head-on while fostering a collaborative and forward-thinking workplace culture.