Structural Design of Force and Torque Sensing (Electronics) for Industrial Robots
To determine the geometry of a beam structure which is used to make a single axis and a 6-axis force torque sensor which can be incorporated into a robot joint or at the tip of the arm. Strain gages mounted on the beams reflect the deflection of the beam which is a measure of the force/torque applied on the beam. The design should be compact, light-weight but rigid, and provide sufficient sensitivity to measure the applied forces/torques.
Responsibilities – Structural design of beam assembly, material selection, strain analysis using CAD software, engineering design of module
Qualifications – Preferred bachelors/masters in computer science, mechanical engineering, electrical engineering
Key skills –
Mechanical design
Applied mechanics
Structural analysis (FEM or Geometric Modeling)
Analytical skills
Start date – September 2020
End-effector integrated vision for Industrial Robots
Responsibilities – Work with the tech team in developing algorithms, integrating with existing software and testing the product in customer locations.
Qualifications – Engineering degree with programming experience and experience working with Robot Operating System (ROS) with Python.
Key skills –
Strong expertise in Python
Ability to design conversations through NLP engine
Ability to build software features with European customer behaviour in mind
Start date – September 2020
Systemantics is an Industrial Robots Maker based out of Bangalore, India. They provide “Sensible Robotics” that changes the economic paradigm & simplifies user experience through patented design innovations.
