Advanced Navigation has revealed the appointment of Maximilian Doemling as Head of Product Management, emphasising the company’s continued dedication to driving innovation in autonomous systems across various sectors.
In his new role, Maximilian will oversee the development and lifecycle management of Advanced Navigation’s product portfolio, collaborating with teams across research, development, and go-to-market functions.
His leadership will be pivotal in aligning the company’s products with the needs of key sectors, including defence, aerospace, mining, agriculture, transportation, marine, and space, the company said in a media release.
Chris Shaw, CEO of Advanced Navigation, expressed confidence in Maximilian’s appointment, stating, “Max’s arrival comes at a pivotal time for Advanced Navigation. His strategic direction and extensive experience in shaping product ecosystems is the exact skillset required to expand our portfolio and meet the demands of the growing autonomous systems market.”
Shaw added that the company is excited to work with Maximilian to continue pushing the boundaries of what’s possible in navigation and robotics.
Maximilian brings over 15 years of experience leading complex projects across the defence, space, and automotive sectors, with significant expertise in East Asia and Germany.
His most recent role at Woven by Toyota saw him contribute to the company’s shift to a software-first mobility provider, combining systems engineering with agile practices.
Before that, he played a key role in the product development of BMW’s automated driving programs, helping the company become the first foreign OEM to secure a Robotaxi test licence in East Asia.
Maximilian’s deep understanding of product roadmaps, systems design, and international team leadership will be essential in driving Advanced Navigation’s growth and innovation.
Reflecting on his new role, he emphasised the importance of cutting-edge technology in autonomous systems, stating, “Inertial and photonic sensors are foundational technologies for autonomous systems. Developing deep technology demands relentless innovation at the cutting edge, where breakthroughs must outpace complexity to stay ahead of the curve.”
