Scientist ll- Cement

As a Scientist II - Cement at Sublime Systems, your main responsibilities will involve conducting research aimed at improving the performance of Sublime Cement, executing experiments, analyzing data, and presenting your findings. You will also develop new experimental methods and tools, prioritize research activities, and contribute to the overall technology advancement through literature reviews and expert interviews. Additionally, you'll be pivotal in writing reports and patent applications, supporting a safety-first culture, and nurturing an inclusive and innovative work environment.

To be eligible for the Scientist II - Cement position at Sublime Systems, candidates should possess either industry experience working with cementitious or similar construction materials or hold a Master’s or Ph.D. in materials science, materials chemistry, civil engineering, or a related field. A deep understanding of inorganic materials science and proficiency in physical and chemical characterization techniques are also critical. Strong communication skills and the ability to balance detailed research work with broader project goals are essential for success in this role.

The Scientist II - Cement plays a crucial role at Sublime Systems by driving innovation in the development of decarbonized cement solutions. Your research and experimental findings will inform technical strategies that not only enhance the performance of our products but also support our overarching mission of creating sustainable construction practices. By improving our cement formulations, you will directly impact our partnerships with general contractors and concrete producers, paving the way for a cleaner, more efficient future in the industry.

Sublime Systems fosters a dynamic work environment where creativity and collaboration are at the forefront. As a Scientist II - Cement, you will work in a shared laboratory setting, collaborating with experts in various fields to explore innovative solutions in cement manufacturing. The company emphasizes safety and inclusivity, ensuring that all team members feel supported and valued in their contributions. Flexibility in remote work is also prioritized as necessary, depending on team and project needs.

A Scientist II - Cement at Sublime Systems should be well-versed in a variety of experimental techniques used for the characterization of cement and construction materials. This includes methods like laser diffraction, thermal gravimetric analysis (TGA), X-ray fluorescence (XRF), X-ray diffraction (XRD), BET surface area analysis, optical microscopy, and scanning electron microscopy (SEM). Mastery of these techniques will aid in accurately measuring physical and chemical properties critical to cement performance enhancement.

When answering this question, highlight any direct experience you have researching or developing cementitious materials. Discuss specific projects, the methodologies you applied, and any results you achieved. Be sure to emphasize your understanding of cement's physical and chemical properties and how they relate to its performance in construction.

Speak about the various physical and chemical measurement techniques you are familiar with, such as TGA, XRF, and SEM. Explain when you would use each technique and how they contribute to understanding cement performance. Provide examples of past experiences where you applied these techniques successfully.

Describe your approach to organizing and prioritizing research tasks based on project timelines, team requirements, and strategic goals. Emphasize your organizational skills and any tools you use for effective project management. Illustrate with examples of how you've balanced multiple projects in the past.

Discuss your methodology for designing experiments, including how you formulate hypotheses, determine variables, and establish controls. It’s important to show a systematic and analytical mindset, highlighting any statistical tools or software you use to analyze your findings.

Demonstrating your communication skills is key here. Discuss strategies such as using visual aids, simplifying jargon, and relating findings to real-world applications. Share experiences where you successfully communicated technical information in a digestible manner.

Talk about the importance of safety culture in the lab. Reference specific protocols you follow, such as proper handling of chemicals, wearing personal protective equipment, and maintaining a clean workspace. Providing examples of how you’ve implemented or adhered to safety protocols enhances your response.

This is an opportunity to show resilience. Discuss a specific setback, the lessons you learned from it, and how you adapted your approach moving forward. Emphasize your problem-solving skills and willingness to learn from challenges.

Share what motivates you about the field of material science, particularly regarding sustainable practices. Discuss your commitment to advancing technologies that have a positive environmental impact and how that aligns with Sublime Systems' mission.

Highlight teamwork and collaboration. Discuss past projects where you successfully worked with diverse teams, emphasizing your role, communication style, and how you contributed to the project's success. Mention the importance of a supportive team culture.

Mention your values and how they align with Sublime Systems' emphasis on inclusivity, support, and innovation. Discuss how you can contribute through active participation, mentoring others, or leading discussions that boost team morale and collaboration.