Things that go bump

Design and construct a car and program it to travel in a straight line until it hits a wall. Once it hits the wall, program the car to reverse direction and continue until it hits another wall at which point it stops.   Tip: What sensors can be used to detect collisions between objects? Resources […]

Continue reading "Things that go bump"

Voting booth

Think of an intelligent way to set up a “voting booth” to gather data, and plot this data on a graph for analysis.    Tip 1: What sensor can you implement for collecting this data? Touch sensor? IR sensor? Resources Lesson plan: Voting booth – NXT + ROBOLAB (PDF) Lesson plan: Voting Booth – RCX […]

Continue reading "Voting booth"

NXT-A-Sketch

Just like its little red counterpart, the Etch-A-Sketch®, the NXT-A-Sketch lets you turn two knobs to draw your picture. However, rather than using a stylus and aluminum powder, the LEGO NXT model is entirely digital, making use of the Servo motors and the LCD display. Building To build the NXT-A-Sketch, two motors are attached to […]

Continue reading "NXT-A-Sketch"

Real World Engineering: Using the NXT to break apart blood clots

OmniSonics Medical Technologies, Inc. is a medical device start-up corporation located in Wilmington, Massachusetts, and was established in 1997. OmniSonics has developed a product that can be used in the treatment of vascular occlusive conditions such as blood clots. Blood clots, also known as “thrombus,” can block blood supply to the heart, brain, lungs, or limbs or […]

Continue reading "Real World Engineering: Using the NXT to break apart blood clots"

Survival of the fittest: NXT style

A group of Tufts University students stand around a squared-off area of linoleum cheering fervently. They scream things like “Go Moosie!” and “Your buzzard’s knocking my penguin!” The whole scene seemed somewhat out of place; after all, this was an engineering lab. It all makes sense when you realize that Moosie, Buzzard,  and Penguin are […]

Continue reading "Survival of the fittest: NXT style"

NXT science / engineering fair experiments

The NXT brick is a great tool for more than just robotics. It can handle data logging for a variety of sensors over long periods of time and can run programs that will simulate large-scale experiments. The following are some cool ideas for science/engineering fair projects using the NXT Education kit (9797) and LabVIEW Education […]

Continue reading "NXT science / engineering fair experiments"

Motor vs Move – Part II: Action

In Part I of Motor vs. Move, we looked at how the Move block incorporates a control algorithm to help robots move more accurately. What else is different between the Motor and Move block in NXT-G? Motor The Motor block has an “Action” panel which includes a drop-down menu pertaining to how the robot’s motor […]

Continue reading "Motor vs Move – Part II: Action"

Motor vs Move – Part I: The Control Algorithm

If you are programming a robot with NXT-G, you may be wondering what’s the difference between the Motor and Move blocks? The answer to this question has a significant impact on how your robot will move. The LEGO MINDSTORMS Education NXT software (NXT-G) includes these two blocks for motor control. While the Motor and Move […]

Continue reading "Motor vs Move – Part I: The Control Algorithm"

Tips for using LEGO materials with young children

Getting started with LEGO materials in the classroom with young children can be exciting and challenging. This article gives you some tips for making it easier and more effective. LEGO materials are a great platform for introducing young children (ages 5-8) to science and engineering concepts. However, as a popular option during choice time or […]

Continue reading "Tips for using LEGO materials with young children"