Anode R&D Intern (Summer 2025)

The Anode R&D Intern position at Redwood Materials involves supporting R&D efforts, conducting chemical and metallurgical analyses, and assisting with the setup and testing of pilot and commercial scale equipment. Interns will gain hands-on experience in laboratory testing and contribute to important projects aimed at enhancing the sustainability of battery supply chains.

To qualify for the Anode R&D Intern role at Redwood Materials, candidates should be pursuing a B.S. or advanced degree in mechanical engineering, chemical engineering, or a related field. A background in data analysis, programming, and signal processing is also beneficial, along with a strong passion for sustainability.

Yes, the Anode R&D Internship at Redwood Materials is a full-time paid position. The compensation will depend on the intern's level of experience, providing a valuable opportunity to gain industry insights while being fairly compensated.

The Anode R&D Internship at Redwood Materials is located in the Reno or Carson City, Nevada area. Depending on team placement, the exact location may vary, so candidates should be prepared to make their own housing and transportation arrangements.

The Anode R&D Internship at Redwood Materials offers flexible start dates, including May 19th, June 2nd, and June 23rd, 2025. Candidates can select from these dates when applying, depending on their availability.

Interns at Redwood Materials will gain valuable hands-on skills in chemical and metallurgical analysis, equipment testing, and data analysis with programming languages like Python. This experience will be instrumental for anyone looking to advance their career in sustainable technologies.

The Anode R&D Internship directly contributes to Redwood Materials' mission of creating a circular supply chain for electric vehicles and clean energy products. By working on innovative projects aimed at recycling and enhancing the materials used in batteries, interns play a crucial role in fostering sustainability in the tech industry.

Certainly! The anode is the electrode where oxidation occurs during the electrochemical reaction in a battery. It is crucial for energy storage and contributes to the overall efficiency and life cycle of the battery. When discussing this in an interview, focus on the biochemical processes and how materials can impact performance.

In my studies and previous projects, I have employed tools such as Python for data visualization and analysis of experimental results related to materials performance. It's important to highlight any specific projects or results you achieved through your analysis during the interview.

One significant project involved analyzing different alloy compositions to determine their strength and conductivity for battery applications. Be sure to detail the methodologies used, the results obtained, and any adjustments made during the testing phase, showcasing your problem-solving skills.

I prioritize tasks based on project deadlines and urgency, while also considering the impact of each task on overall project success. I believe in creating detailed timelines and regular check-ins to ensure everything stays on track, which helps in managing overlapping responsibilities effectively.

Redwood Materials aims to create a circular supply chain that reduces waste and promotes recycling of battery materials for electric vehicles. Understanding their commitment to sustainability not only reflects your alignment with their mission but demonstrates your enthusiasm for making a positive impact through your work.

I am very comfortable! My academic experiences have provided me with substantial hands-on practice using various types of laboratory equipment, and I enjoy the challenges that come with troubleshooting and maintaining them. Providing specific examples of equipment you've used will strengthen your response.

I am proficient in Python and have used it primarily for data analysis and visualization purposes in my coursework. For instance, I developed scripts to analyze experimental data, which enhanced my team's understanding of our findings. Don't forget to connect your experience back to the potential work you may do at Redwood Materials.

During a group project, I identified an efficiency issue with our experimental design. I took the initiative to propose a modification, which led to more accurate results and improved our project's overall quality. Sharing this type of story will effectively showcase your proactive nature.

Safety is my top priority in the laboratory. I always adhere to established protocols, regularly check safety equipment, and ensure that the workspace is organized. During interviews, highlighting any specific safety training you've undergone can demonstrate your commitment to a safe working environment.

I'm drawn to Redwood Materials because of its innovative approach to sustainability in battery technology. Your commitment to a circular economy aligns with my personal values, and I am eager to contribute my knowledge and passion to help further these efforts in my desired area of expertise.