Mechanical Engineering
Through interactive projects and teamwork, students discover how mechanical engineering powers everything from robotics to renewable energy.
Gear Up for the Future.
Explore core principles like motion mechanics and structural design through hands-on projects and engaging activities. Students uncover the science behind everyday objects, from the gears in simple machines to the innovations driving advanced technologies, building a strong foundation in how things move, work, and are built.
Mechanical Engineering Project
Hydraulic Robot Arm Challenge
In this hands-on mechanical engineering project, students design and build a hydraulic robot arm with six degrees of motion. They’ll explore robotics, fluid mechanics, and precision control as they assemble, test, and refine their arm to lift objects and perform complex tasks. It’s an exciting deep dive into real-world engineering that sparks creativity and problem-solving.
Learning Objectives
01
Mechanical Engineering Principles
Apply fundamental principles of mechanical engineering, such as force, motion, and leverage, to design, build, and operate a functional hydraulic robot arm.
02
Understanding of Mechanical Systems
Gain a deeper understanding of how mechanical components work together to create a complex system.
03
Engineering Design Process
Experience the iterative design process firsthand, learning to design, prototype, test, and refine their robot arm based on their observations and results.
04
Teamwork and Collaboration
Work together in teams, communicating effectively, delegating tasks, and collaborating to achieve a common goal.