Robotics is often discussed in terms of software, artificial intelligence, and automation, yet every robotic system still depends on physical design. A robot can only move, grip, balance, lift, or survive real operating conditions if its mechanical foundation is sound.
That includes structure, joints, transmissions, materials, thermal behavior, durability, and manufacturability. In other words, robotics may look digital from the outside, but it still relies heavily on mechanical engineering underneath.
That reality becomes even more visible in modern development teams. A startup may bring in a mechanical engineer freelancer to solve a gripper problem or redesign a compact housing, while a larger company may rely on global team management services to coordinate robotics design work across several countries and disciplines. [Read more…] about Mechanical Engineering in Robotics: Challenges and Benefits