In one of our most successful projects, fourth-grade students took on the role of structural engineers during an earthquake design unit. They researched the effects of earthquakes on buildings and then designed, built, and tested model structures. After each test, teams analyzed the outcomes, identified weaknesses, and redesigned their structures using the engineering design process. Students discovered that failure is a crucial part of innovation, developing resilience, collaboration, and critical thinking as they refined their designs. Our fifth-grade students delved into computer-aided design and additive manufacturing by creating personalized 3D-printed projects. They learned to use professional design software to turn their ideas into digital models, considering measurements, functionality, and aesthetics. They experienced the full design cycle—from brainstorming and prototyping to preparing files for 3D printing—acquiring valuable skills in design thinking, precision, and problem-solving. Our second-grade students integrated coding with computational thinking through robotics challenges. Using age-appropriate robots, they learned sequencing, debugging, and logical reasoning while completing collaborative missions linked to classroom learning. Instead of merely programming a robot to move, students learned to test solutions, identify errors, revise their code, and persist until they achieved their objectives. In every project, students were encouraged to ask questions, take creative risks, collaborate with peers, and view challenges as learning opportunities. These experiences have built confidence and equipped students with the communication, creativity, critical thinking, and problem-solving skills essential for future success.