Construction Kits

Our construction kits are an activity designed to emphasize creativity and flexibility in fulfilling a design task.  Their goal is to allow children to design structures that fulfill certain requirements as a way of introducing them to engineering design.  Meanwhile, they teaches children something about structural properties and material selection, as well as rewarding teamwork and originality.

What Is This Activity?
    In this activity, children are given the opportunity to build some structure using a variety of parts, then adapt and improve the structure to meet added constraints.

What Do The Children Do?
    This project is geared towards letting children decide how they want to do things on their own.  Children will work in groups of 3 or 4 with a box of pieces.  Each group then has a choice of a number of different structures to build using these parts.  Initially, the children only have to build a very simple structure.  However, once this is built, additional constraints or requirements are added to the problem.  The children are then free to decide how best to meet the new requirements, by modifying the original structure, building a new but similar structure, or starting from scratch.

What Engineering Will They Learn?
    This project is a very simple design and analysis process.  The goal is for the children to learn about generating ideas at the beginning of the process, then look at what they've done and change it as they learn about its limitations and advantages.  In the meanwhile, the various structures should also involve choices of materials, knowledge of structurally sound arrangements, general problem solving, and teamwork.

How Will They Learn It?
    In generating ideas and attempting to put them into practice at the beginning of the project, children will learn about engineering design.  They will need to use their own knowledge and set of materials to create the initial structure.  When they build the structure, they will learn what works and what doesn't, and use this to meet new constraints place upon their product.  This will teach them how to analyze their structures in a rudimentary way in order to make improvements and changes.  During the entire time, they will have to make decisions about where to use their various materials, learn what structures and shapes are strong and what aren't, solve problems, and work as a team.  It will largely be a process of trial and error, where the children get to try ideas themselves to see what works.

What Are These Structures And What Are These Constraints?
    At this point, we have ideas for three choices of structures:  bridge, tower, or boat.
    The increasing constraints on each structure so far are:
 
    Bridge 1.  First, just build anything that will cross certain distance (we hope to actually have a tray of water to cross)
                2.  Now, create or modify a bridge so that a toy car can travel the length of it
                3.  Now strengthen the bridge to support a weight

    Tower  1.  Freely enclose an object
                2.  Build to a certain height
                3.  Support a load

     Boat    1.  Build a floating boat
                2.  Make it float carrying a load
                3.  Add a sail without unbalancing the boat

What Materials Will Be In The Box?
    So far, we would like to include metal blocks, plastic blocks, foam blocks, popsicle sticks, pipe cleaners, toothpicks, clay, rubber bands, dowels, cardboard, paper, paperclips and string.

What Age Is The Activity Aimed Towards?
    We believe this activity is best suited for students around fifth grade.

Does The Activity Teach Something About Engineering And What Engineers Do?
    Yes.  As stated before it introduces children to the process of generating ideas and learning from those ideas to make improvements and changes.

Who does the Activity Appeal To?
    This activity is designed  to give children a number of choices.  Furthermore, it is goal-oriented rather than competitive
and encourages children to use their imaginations to solve a problem however they want.

Can The Activity Engage A Large Number Of Children?
    By breaking into groups with their own structures, this project can accomodate 30 children simeultaneously.

Is It Safe And Durable?
    The parts are small, non-toxic parts that are safe under usual circumstances and relatively strong.

Is The Activity Transportable?
    The pieces can easily be stored in a small amount of space.