Boston Robot Hackers' August meetup dives deep into kinematics math
Learn forward/inverse kinematics from a PhD, plus puppy robot demos.
Boston Robot Hackers is gathering on August 6, 2026, from 7:00 PM to 9:00 PM at Artisans Asylum in Allston, Boston, for a monthly meeting focused on the mathematical backbone of robotic manipulation. The main talk, "Forward & Inverse Kinematics: The Math: From Joint Angles to End-Effector Poses," will be delivered by Shivam Chopra, PhD. Chopra will introduce the core concepts, explain why kinematics is critical across robotics applications, and walk attendees through the technical details of applying the math and how it actually works. This is aimed at ROS developers and robotics enthusiasts who want to move beyond black-box control into understanding how joint movements translate into precise end-effector positions.
The meetup will also feature two lightning talks. The Pupper Project team will present their latest progress on the open-source quadruped robot and hopefully demonstrate their "puppy" live. Additionally, Beaver Works Summer Institute will share highlights from this summer's program, offering a look at how students are engaging with hands-on robotics. Attendees are encouraged to register in advance through brh.eventbrite.com. While not a product launch or corporate announcement, this meetup reflects the grassroots energy driving robotics innovation in the Boston areaβa community that actively discusses topics like implementing forward/inverse kinematics on the AgileX PiPER arm using Eigen linear algebra libraries, as seen in recent forum threads.
- Shivam Chopra, PhD, will teach forward and inverse kinematics, covering joint-to-end-effector math in depth.
- Event runs August 6, 2026, 7-9 PM at Artisans Asylum, Allston, Boston, with free registration via Eventbrite.
- Lightning talks include a Pupper Project quadruped demo and Beaver Works Summer Institute program highlights.
Why It Matters
Understanding kinematics is fundamental for robotics engineers; this meetup offers hands-on knowledge and community networking.