About the Role

We are seeking an innovative Robotics Team Lead to drive our Mobile Manipulation project focused on advanced pick and place operations, (de)palletizing, and autonomous navigation. The ideal candidate will combine deep expertise in mobile robotics and manipulation with exceptional leadership skills to guide a multidisciplinary team through the full development lifecycle from concept to industrial deployment.

Key Responsibilities

• Lead the development of integrated mobile manipulation systems for logistics automation

• Architect comprehensive solutions combining SLAM, navigation, and manipulation technologies

• Oversee the design and implementation of high-speed pick and place operations

• Direct (de)palletizing system development with emphasis on accuracy and reliability

• Manage technical teams across robotics, software, and mechanical engineering disciplines

• Define technical requirements, milestones, and performance benchmarks

• Implement accurate SLAM and navigation capabilities in dynamic environments

• Drive innovation in motion planning for mobile manipulators

• Collaborate with stakeholders to align technical solutions with operational needs

• Develop robust testing procedures for complex mobile manipulation tasks

• Create and execute training programs for junior team members

• Establish career development pathways for engineers at various experience levels

• Provide regular technical mentoring and growth opportunities for the team

Required Qualifications

• MS or PhD in Robotics, Computer Science, Mechanical Engineering, or related field

• 6+ years of experience in robotics, with at least 3 years leading technical teams

• Extensive knowledge of mobile robot navigation and SLAM algorithms

• Strong background in manipulation systems and end-effector design

• Proven expertise in motion planning for complex pick and place operations

• Experience with palletizing/depalletizing automation systems

• Proficiency in ROS, navigation stacks, and manipulation frameworks

• Programming skills in C++/Python for real-time robotic applications

• Demonstrated success implementing mobile robots in industrial settings

• Experience with AMRs (Autonomous Mobile Robots) and their integration with manipulators

• Track record of mentoring and developing junior engineers

Preferred Skills

• Experience with high-speed picking operations

• Knowledge of optimization techniques for path planning and task allocation

• Background in visual servoing and dynamic object tracking

• Expertise in sensor fusion for robust environmental perception

• Understanding of fleet management systems for multiple mobile robots

• Experience with industrial safety standards for mobile manipulation

• Familiarity with simulation environments for testing complex robot behaviors

• Experience developing custom end-effectors for varied manipulation tasks

• Teaching or educational experience in robotics-related fields

Personal Attributes

• Exceptional problem-solving skills and technical creativity

• Strong communication abilities across technical and non-technical audiences

• Excellent project management and team coordination capabilities

• Patient and effective coaching style for technical knowledge transfer

• Commitment to continuous improvement and innovation

• Ability to balance long-term vision with pragmatic implementation

• Dedication to fostering an inclusive and collaborative team environment

What We Offer

• Competitive compensation package

• Opportunity to lead cutting-edge mobile manipulation technology development

• Collaborative work environment with high-caliber engineering talent

• Professional development and industry conference participation

• State-of-the-art robotics laboratory and testing facilities

• Structured mentorship program with resources for career advancement

• Budget for team training and skills development