Robotics Dog – Hands-on & Technical Session
The IEEE Signal Processing Society, JUIT Student Branch Chapter organized a two-day Robotics Dog Event from 11–12 August 2026 as a promotional and technical awareness initiative for IEEE SPS JUIT. The event featured the Unitree Go2 EDU, providing students with an opportunity to experience advanced quadruped robotics through hands-on practice and a detailed technical session.
The first day, 11 August 2026, focused on hands-on interaction with the robotic dog, including its basic operation, movement, navigation, and control. The second day, 12 August 2026, featured a technical session covering the robot's construction, working principle, components, sensors, actuators, navigation, AI capabilities, and practical applications. The technical session concluded at 7:30 PM.
The event aimed to introduce students to the practical integration of robotics, electronics, signal processing, artificial intelligence, sensing, and control systems, while creating awareness about the activities and opportunities offered by IEEE SPS JUIT.
Date and Time
Location
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- Jaypee University of Information Technology
- solan, Himachal Pradesh
- India 173234
- Building: Academic Block
- Room Number: LT 2, Drobotics LAB
- Click here for Map
- Starts 10 August 2026 02:30 PM UTC
- Ends 11 August 2026 11:30 AM UTC
- No Admission Charge
Agenda
Day 1 – Hands-on Practice
11 August 2026 | 8:30 PM – 10:00 PM
- Introduction to the Unitree Go2 EDU
- Live demonstration of the robotic dog
- Hands-on interaction and basic operation
- Demonstration of movement and locomotion
- Practical exploration of navigation and control
- Understanding basic sensing capabilities
- Student interaction and practical discussion
Day 2 – Technical Session
12 August 2026 | 5:00 PM – 7:30 PM
- Introduction to quadruped robotic systems
- Construction and mechanical structure of the robotic dog
- Overview of major components and subsystems
- Working principle of the locomotion system
- Motors and actuators used for movement
- Sensors and perception mechanisms
- Navigation and control systems
- AI and intelligent robotic capabilities
- Role of signal processing in robotics
- Applications of quadruped robotic systems
- Technical interaction and discussion
- Closing session and IEEE SPS JUIT awareness