Engineering a structural redesign of an AeroVironment drone chassis reduced weight by fifteen percent while increasing flight endurance by twelve minutes, a direct result of applying advanced FEA analysis to mitigate vibration failure in high wind conditions. My experience as a Senior Robotics Hardware Engineer has focused on solving these types of complex mechanical bottlenecks. Skydio leads the industry in autonomous flight software and hardware integration, and my background in optimizing physical payloads to match advanced flight algorithms makes me a strong contributor for your upcoming hardware development cycle for autonomous aerial platforms.
During my tenure at Boston Dynamics, I utilized SolidWorks to design robotic limb interfaces that achieved a forty percent improvement in torque efficiency during motion testing. I managed the end to end PCB design and layout for sensor arrays, ensuring low latency signals critical for precise PID tuning in high speed maneuvering. At AeroVironment, I spearheaded rapid prototyping initiatives using additive manufacturing that cut development time by three weeks per iteration. My proficiency with ROS 2 allows me to bridge the gap between firmware performance and hardware constraints effectively during complex prototyping phases.
Skydio represents the pinnacle of autonomous navigation through its sensor fusion capabilities and commitment to proprietary hardware excellence. My technical foundation in mechanical design and system integration aligns perfectly with your focus on high fidelity drone architecture. I bring a unique combination of structural engineering rigor and firmware agility that ensures hardware components can withstand the demands of intense autonomous operations. By aligning my hardware expertise with your advanced motion planning needs, I can help accelerate the transition from initial hardware concept to a stable, production ready aerial system.
Applying a disciplined engineering approach to the intricate challenges of autonomous robotics has been the hallmark of my career. My experience across diverse mechanical environments, from Boston Dynamics to my current projects at AeroVironment, provides the necessary perspective to tackle the complex integration challenges inherent in the Skydio platform. I look forward to discussing how my mechanical design skills and experience with robotics software stacks can contribute to your engineering objectives. Please review my attached portfolio detailing several key designs I developed during recent testing phases to further demonstrate my technical alignment.
Best regards,
Hannah Mueller