Sr. Manager​/Director of Robotics Architect team

About the Role

We are seeking a visionary and technically strong Sr.
Manager/Director
of Robotics Architect team to define, develop, and lead advanced semiconductor-based system solutions for next-generation robotics applications
. In this role, you will shape system architectures that address the evolving needs of intelligent robotic systems across industrial automation, mobile robots, collaborative robots (cobots), humanoids
, and other autonomous platforms.

Working at the intersection of market needs, customer applications
, and product engineering
, you will ensure our semiconductor technologies deliver optimized performance, real-time capabilities, safety, and system-level integration for advanced robotic platforms.

• Define and architect system-level solutions for robotic applications—including humanoids
  , AMRs
  , cobots
  , and industrial robots
  —using MCUs, SoCs, power ICs, sensors, actuators
  , and connectivity components
  .
• Translate robotics-specific needs (e.g., motion control, perception, autonomy, safety) into system requirements and contribute to product definitions and technology roadmaps
  .
• Align with Product Groups (PGs) and collaborate cross-functionally with solution marketing, application engineering, and R&D to ensure system consistency and customer value.
• Specify HW/SW partitioning
  , sensor fusion
  , motor and servo control strategies
  , real-time communication protocols
  , and power management
  .
• Develop solution specifications
  , system requirement documents (SRDs), simulations, and reference designs tailored to robotic system architectures.
• Perform system-level modeling and simulation using tools such as Simulink, PLECS, SPICE
  , and thermal/magnetic analysis as applicable.
• Lead or support customer engagements
  , co-development projects
  , and advanced robotics proof-of-concept (PoC) initiatives.
• Ensure adherence to robotics-relevant standards
  , including functional safety
  , real-time control
  , and diagnostics
  .
• Track robotics technology trends (e.g.,
  collaborative robotics
  , humanoid mobility
  , AI at the edge
  , ROS 2) and integrate relevant insights into solution strategies.
• Develop and maintain application roadmaps aligned with customer problems
  , robotics market trends
  , and PG strategies
  .
• Collaborate with internal and external partners to evaluate technology fit and develop reference use cases
  .
• Organize internal trainings and knowledge-sharing sessions focused on robotics systems and emerging technologies.
• Engage with startups
  , research institutes
  , and robotics ecosystems to explore emerging requirements, co-develop prototypes, and influence future product directions.

• Master’s or Ph.D. in Electrical Engineering
  , Mechatronics
  , Robotics
  , or a related field.
• 12+ years of experience in embedded systems or semiconductor-based solution development, with a strong focus on robotics applications
  .
• Proven experience in system architecture
  , motion control
  , sensor integration
  , and embedded design for robotics platforms—preferably including humanoids or highly dynamic autonomous systems.
• Deep understanding of real-time control
  , motor drives
  , robotic communication protocols (e.g., Ether
  
  CAT, CANopen, ROS 2, TSN), and safety standards (e.g., IEC 61508, ISO 13849).
• Proficient in system modeling tools such as MATLAB/Simulink
  , PLECS
  , or equivalent.
• Familiarity with RTOS
  , robotics middleware (e.g., ROS/ROS
  2),
  firmware architecture
  , and AI/ML integration at the edge
  .
• Excellent communication skills and ability to interface with customers, business leaders, and multidisciplinary technical teams.

• Experience with humanoid robots
  , AI-enhanced robotics
  , visual SLAM
  , or sensor fusion algorithms
  .
• Background in digital twin modeling
  , real-time simulation
  , or cyber-physical systems
  .
• Hands-on experience with robotics platforms
  , development kits
  , or prototyping frameworks
  .

• Opportunity to lead cutting-edge robotics system development
  , including work on humanoid and next-gen autonomous platforms
  .
• A collaborative and dynamic environment where your architecture decisions shape real-world robotic systems.
• Flat hierarchies, strong technical ownership, and global visibility.
• Competitive compensation, flexible…