What’s Happening
What’s Happening
The Evolution of Humanoid Robots: From Science Fiction to STEM Education
Living Near the Nation's Cyber Corridor Gambrills sits close enough to Fort Meade and the broader Baltimore-Washington tech and cybersecurity corridor that a fair number of families here already work in fields built around code, systems, and security. That context makes a hands-on robotics program feel less like an extracurricular novelty and more like a natural extension of what a lot of local parents already do for a living. Programming an Actual Humanoid Robot At iCode Gambrills, students work directly with the Unitree R1 EDU, a 25-kilogram humanoid robot with up to 40 degrees of freedom, an onboard NVIDIA Jetson Orin AI computer running at 100 trillion operations per second, and 3D LiDAR paired with depth cameras for real-time sensing. Students write the controlling code themselves in Python and C++ through ROS 2 — a professional robotics framework, not a simplified classroom substitute. Not Taught by the Robot It's worth saying clearly: the robot does not teach itself to students. An instructor does — walking through the code line by line, explaining how the mechanical gears and linkages convert that code into movement, and showing how the electronics connect the sensors to the onboard computer. The robot is the material…
Why Learning Robotics Today Can Help Students Prepare for Tomorrow’s Careers
The future workforce will likely include more automation, artificial intelligence, and intelligent technologies than ever before. As industries continue evolving, many Gambrills parents are looking for educational opportunities that help students build future-ready skills while exploring emerging technologies. This summer, students at iCode Gambrills will have the opportunity to work with Unitree R1 humanoid robots arriving on campus. The Unitree R1 introduces students to real-world robotics concepts through interactive STEM learning experiences that combine coding, engineering, automation, and AI. Understanding the Technology Behind Tomorrow's Careers Many future careers will involve working alongside intelligent systems. Robotics education helps students explore concepts connected to: Artificial intelligence Automation Engineering Robotics programming Computational thinking Technology innovation Students gain exposure to technologies that are increasingly influencing industries worldwide. Learning Through Experience Robotics programs encourage active participation and experimentation. Students learn how to: Solve challenges Test solutions Improve outcomes Work collaboratively Think critically These experiences often help students become more confident and adaptable learners. Why Future-Ready Skills Matter Employers continue emphasizing the importance of: Critical thinking Problem solving Communication Collaboration Adaptability Robotics projects naturally help students develop these valuable abilities. Why Families in Gambrills Are Choosing STEM Education Parents across Gambrills are increasingly interested in programs…
How Structured Minecraft and Roblox Programs Help Kids Build Healthy Screen Habits
Screen time is one of the biggest concerns for parents today. The question is no longer just how much time kids spend on devices. It is how they are using that time. At iCode Gambrills, we work with families across Gambrills and nearby communities like Odenton, Crofton, and Bowie who are looking for better ways to manage their child’s screen time. Most parents are not trying to eliminate screens completely. They want their child’s screen time to feel more productive and less like a daily struggle. Structured programs built around platforms like Minecraft and Roblox are helping make that shift possible. Not All Screen Time Is the Same There is a clear difference between passive and active screen time. Passive screen time includes watching videos or scrolling endlessly. Active screen time involves creating, building, and solving problems. Minecraft and Roblox, when used in the right way, fall into the active category. Instead of just consuming content, kids are making decisions, experimenting, and building something of their own. Turning Screen Time Into Purpose Driven Learning In a structured environment, kids are not simply playing without direction. They are working toward clear goals. Inside structured programs, students: Complete guided challenges Build their…
