Sponsor a Table and/or Supplies
Play an Integral Part at Our Events
Starting at $20,000
Sponsor A STEM Table/Activity That Aligns With Your Corporate Mission
With over 60+ different STEM tables, your company can sponsor a STEM activity table(s) that engages kids and also meets your corporate and community engagement goals!
Table Sponsorship Includes
- Organization’s logo on tablecloth at events throughout the year
- Company’s display, model or replica on display table
- Opportunity for employees to participate as volunteers at events
Sponsorship recognition and logo on all print collateral: programs, posters, etc. - Logo on STEM NOLA website and social media pages (Facebook, X, Instagram) for one year
- Acknowledgement of Sponsorship during STEM Day event
- Recognition in Annual Report
Tables & Activities You Can Sponsor
From 3D Printing to Levees to Wind Tunnels… Over 60+ Engaging Activites that you can sponsor!
3D Printing – Students will learn about circuit board kits that can connect objects to a computer
Alternative Energy – Students will be able to identify the benefits of solar energy _ explain how energy travels to residential buildings.
Alternative Energy – Students will be able to identify the benefits of solar energy _ explain how energy travels to residential buildings.
Alternative Energy – Students will be able to identify the benefits of solar energy _ explain how energy travels to residential buildings.
Alternative Energy
Architectural Engineering
Aviation Challenge – Students will build paper airplanes using principles of design to create models that fly the farthest and fastest
Aviation Tunnel – Students will build paper airplanes using principles of design to create models that fly the farthest and fastest.
Buoyancy and Density – For students to make their own sailboats using pool noodles, a popsicle stick, and a foam sheet.
Buoyancy and Density – For students to make their own sailboats using pool noodles, a popsicle stick, and a foam sheet
Buoyancy and Density
Buoyancy and Density
Buoyancy and Density
Cookie Paleontology – Students identify what a paleontologist is and model the use of tools used in the field of archeology.
Cranes – Students examine multiple model cranes to analyze the pulley system of simple machines.
Derby Cars and Track
Derby Cars and Tracks – Students learn how to build a racetrack and test their cars on the track.
Derby Racetrack – Students will learn how to build a racetrack and test their cars on the track.
Derby Track – Students will learn how to build a racetrack and test their cars on the track.
Derby Track – Students will learn how to build a racetrack and test their cars on the track.
Drone – Students will learn the mechanics behind many radio-controlled toys and how to control them.
Earthquake – Students create structure and then observe and analyze the effects after an earthquake hits.
Elephant Toothpaste – Students calculate the measurements of various substances that cause a reaction to occur and analyze the scientific principles that cause that reaction.
Euler Disk – The potential energy is given to the disk when it is placed upright on its side. The kinetic energy is given to the disk when it is spun on the mirrored base.
Euler Disk – The potential energy is given to the disk when it is placed upright on its side. The kinetic energy is given to the disk when it is spun on the mirrored base.
Excavation Floor – Student sanalyze sedimentary rock and compare type, size, and distributions of sediment and fossil
Excavation Floor – Students analyze sedimentary rock and compare type, size, and distributions of sediment and fossil
Excavation – Students analyze sedimentary rock and compare type, size, and distributions of sediment and fossil
Floor Piano – Students use the piano to produce different pitch and frequency of sound.
Gumdrop – The student will critically create a construction plan to build a durable enough bridge to hold as much weight as possible.
Hovercraft – Students will be able to ride a hovercraft and understand the mechanisms by observing how friction can be reduced by blowing air
Humanoid – Students will be able to observe how coding dictates the movement of a robot.
Hydrodynamic Factory – Students learn how buildings are made and how chemical plants operate.
Hydrodynamic Factory – Students will learn how buildings are made and how chemical plants operate.
KNex Tekton Towers – An educational building set for the design and construction of buildings. The pieces encourage architectural designs.
Levee Simulator – Students will be able to analyze levee systems similar to the artificial levees in New Orleans.
Lung Simulator – Students examine a model of a human lungs and make conclusions about how these organs contribute to survival.
Magnets – Students learn about magnets and build a magnetic structure.
Makerspace Cars – Describe how a propeller works to convert torque into thrust
Model Engine – Students learn about engines take fuel and turn them into mechanical energy
Newton’s Cradle – Students experiment with a Newton’s Cradle to determine how energy is transferred between stationary and moving objects
Raspberry Pi – Students learn about a circuit board kit that can connect objects to a computer
Robotic Arm – Students will learn about circuit board kits that can connect objects to a computer
SLIME – In this activity students will create polymers by mixing monomers and other polymers
Sound Bowl – Students learn about friction, sound, and vibration.
Steam Engine – Students learn about how to convert steam into energy
Structures
Tumbling Towers – Students engage in a challenging fine motor activity while applying the principles of force and motion to a tower of wooden blocks
VAN de Graaff – Students determine whether the accumulated charge is positive or negative, and show a basic method of how the device charges
Virtual Reality – Students learn about Virtual and Augmented Reality
Wind Tunnel – Students use wind tunnels to learn about the movement of air
Wooden Plank Structures – Students will be able to identify the shapes that lend to sturdy architectural design
Address
4910 Drexel Drive
New Orleans, LA 70125
Office Hours
Mon – Sat : 8am - 6pm
Sun : Closed
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STEM NOLA (501c3 organization) is committed to serving all children of the community regardless of socioeconomic status.
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