Young Engineers Mobile STEM Lab

ROK Blocks Engineering Pathways Advanced Projects SnapStack Young Engineers

Supplemental Lab

Young Engineers Mobile STEM Lab

Image of Young Engineers Mobile STEM Lab Kit
Image of kids around an Engineering Pathways Lab Kit building in middle school
Image of a student working with her STEM mentor with a STEM kit
Image of Young Engineers STEM kit Inventory and Organization Guide
Image of Young Engineers Mobile STEM Lab Kit
Image of kids around an Engineering Pathways Lab Kit building in middle school
Image of a student working with her STEM mentor with a STEM kit
Image of Young Engineers STEM kit Inventory and Organization Guide

The Young Engineers Mobile STEM Lab can be paired with the ROK Blocks Lab for the Elementary School (PK-5) STEM Program. This combo supports additional mechanical and structural engineering while deferring programmable robotics coding to middle school.

The Young Engineers Lab goes beyond a one-time-use STEM kit: it supports regular, ongoing, and deep exploration of engineering and robotics, all without requiring a computer or any programming. Lessons introduce students to the design and engineering cycle, the six simple machines, mechanisms, mechanical structural engineering, applied mathematics, CAD and 3D printing, and robotic movement. These lessons build students’ confidence to practice engineering concepts while preparing them for future studies of programmable robotic systems.

Resources for this lab include access to the Kid Spark STEM curriculum and online teacher STEM learning library, teacher lessons plans, student curriculum packets & workbooks, and a digital 3D parts library.

  • The Kid Spark curriculum follows the NGSS Three Dimensions of Science Learning: Crosscutting Concepts, Science and Engineering Practices, and Disciplinary Core Ideas

  • One STEM lab serves 4 students

  • Multiple STEM kits can be stacked on a single rolling base

  • Ideal for extending an elementary engineering program to explore remote control robotics, movement, simple & compound machines without introducing coding

Less than 5% of the materials in any lab will need to be replaced at the end of a school year.

Replacement Parts

Supports these learning phases:

Applications in Design & Engineering

  • Kid Spark Basics (Available Mid 2019)
  • Simple Machines
  • Compound Machines

Systems of Technology

  • Rapid Prototyping & 3D Printing (Available Late 2019)

STEM Fundamentals

  • Mechanisms & Movement
  • Applied Mathematics (Available Mid 2019)

Need help figuring out which labs you need?

Plan Your Program

35059
Young Engineers Mobile STEM Lab
$499.99
35057
Rolling Base
$59.99

We're here to help!
 888-476-5265 or  Email us

Class Size Labs Rolling Bases
16 4 2
24 6 3
32 8 4

Each lab serves 4 students
Stack up to 2 per rolling base

Mobile STEM Lab Specifications
Dimensions 19”x17”x13”
Shipping Dimensions 20”x18”x20”
Rolling Base Specifications
Dimensions 19"x18"x8"

 

STEM concepts are all around us

Why do we roll a heavy load up a ramp instead of climbing stairs? How does a fragile looking construction crane lift heavy loads to build a skyscraper? How can we lift a car with a tiny screw jack to change a tire? The STEM lessons and design projects in Young Engineers give students deep insight into how the manufactured world works.

Image of ROK Reactor Challenge - Students working collaboratively
Image of students working on simple machines from a STEM kit
Image of kids working with a STEM education kit with computers and a mechanical wheel.

Remote control robotics and compound machines

How do you get kids excited about robotics and computer science? Start with a remote. The Engineering Pathways Lab contains an easy-to-use remote-controlled robot that makes it fun to study motorized mechanisms and machines. The programmable ROKduino introduces students to coding, sensors, and autonomous robotic design.

 

Image of a group of students enjoying building a machine from a STEM kit

The ROK Reactor Challenge

This fast-paced challenge puts students' design and engineering skills to the test. Using their knowledge of simple machines, they work in small teams to race against the clock to create custom compound machines. The challenge promotes creative thinking, problem-solving, innovation and invention, and an applied learning experience for all STEM program students.

Purchase orders for educational institutions

To process your purchase order for payment on Net 30 terms (upon credit approval) please complete the following steps:

  1. Create an account here on the Kid Spark site and place items you wish to purchase in your cart.
  2. Complete the checkout page with your delivery and billing information.
  3. Print your checkout page.
  4. Please sign and fax your checkout page to 858.259.4430 or take a screen capture of your checkout page and email to contact@kidsparkeducation.org
  5. For orders shipping to CA or IN that are exempt of sales tax, please include proof of tax-exempt status.

If you have any questions please let us know by emailing contact@kidsparkeducation.org or calling 1-888-476-5265