ADITYA MUSADDI AERONAUTICAL ENGINEER amusaddi@umich.edu. | +1 (734) 209 0510. | 1161 McIntyre Drive, Ann Arbor, MI-48105. | LinkedIn December 21, 2024 Dear Hiring Representative, I am excited to apply for the Mechanical Engineering Internship programme for Summer 2025 at Redwood Materials. As a Master’s student in Aerospace Engineering at the University of Michigan, specializing in Structures and Materials, and a graduate of the Madras Institute of Technology, Anna University, I am eager to channel my technical expertise and hands-on approach into advancing Redwood’s mission of creating a sustainable, circular supply chain for electric vehicle and clean energy products. My prior internship at MAHLE Engine Components (Chennai, India) gave me a deep appreciation for high-level troubleshooting and continuous improvement frameworks in a fast-paced production environment—insights that I believe can be invaluable to Redwood’s pilot and commercial-scale operations. I contributed to optimized quenching processes to mitigate contamination of casted pistons, developed a cooling enclosure to manage thermal stresses, and oversaw dimensional tolerances on pre-machined components. By contributing to a 40% reduction in decay of salt rings and a nearly 20% improvement in Overall Equipment Effectiveness, I learnt to meticulously map out critical process points, refine workflows and reinforced my commitment to data-driven problem-solving, proactive rootcause analysis, and strict adherence to quality standards—approaches that align closely with Redwood Materials’ need to ensure efficiency and reliability in mechanical processing equipment and manufacturing facilities. At Warsaw University of Technology (Warsaw, Poland), I leveraged Simulation and Dynamic Stability Analysis (SDSA) software to perform advanced analyses of non-linear aircraft motion models, enhancing predictive accuracy by almost 20% and contributing to improved safety protocols in aeronautical design. Additionally, I collaborated with cross-disciplinary research teams to research and diagnose, and resolve malfunctions in CNC and robotic platforms, optimizing system performance, reducing downtime, and reinforcing my ability to apply analytical and technical expertise in diverse engineering environments. In collaborating with diverse research teams, I strengthened my cross-disciplinary communication skills, which align with Redwood’s emphasis on mentoring, teamwork, and building solid relationships across all levels of the manufacturing process. Additionally, my hands-on experience in diagnosing and resolving CNC and robotic malfunctions honed the troubleshooting skills essential for improving uptime and supporting Redwood’s pilot and commercial-scale production operations. In my current research at the Aerospace Materials Laboratory at the University of Michigan, I engineered a 12-ply IM7-8552 composite laminate to achieve a specified flexural modulus while optimizing material efficiency. Utilizing the Tsai-Hill Failure Criterion, I performed iterative failure analysis to refine the layup design, ensuring structural integrity under loading conditions. This process demanded advanced mechanical aptitude, expertise in material testing standards, and strong analytical skills to align experimental results with theoretical predictions. This precise integration of theoretical prediction with experimental validation resonates with Redwood Materials’ commitment to innovation and sustainability, especially as we seek to develop and deploy new processes and prototypes for recycled and reclaimed materials in the battery supply chain. As an aerospace and a mechanical engineer, I am drawn to Redwood Materials’ entrepreneurial mindset, commitment to a sustainable future, and willingness to innovate at every level of the organization. Thank you for your consideration, and I look forward to the opportunity to discuss how my experience and enthusiasm can support Redwood Materials’ transformative work in the circular battery supply chain. Sincerely Aditya Musaddi Sincerely Aditya Musaddi
