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Soccer & STEM Winter Break Camp February 17th-21st Dekalb (Brookhaven)

Soccer & STEM Winter Break Camp February 17th-21st Dekalb (Brookhaven)

Regular price $300.00 USD
Regular price Sale price $300.00 USD
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Winter Break Camp

Monday February 17th - Friday February 21st

8:00 am - 6:00 pm

Pre-K - 8th Grade 

Camp Highlights:

  • STEM Projects: Students will have a choose to Design and build models like an Oil Field Pumping Station, Wind Power Station, Vacuum Cleaner, Flame Sensing Fan, or  Earthquake Alarm. See Hands on Project Examples Below
  • Soccer Skills:  Soccer instruction is provided by

    STANLEY NYAZAMBA

    2008 Major League Soccer (MLS) champion with Columbus Crew, as well 2008 United Soccer League (USL) rookie of the year is testament of Stanley's dedication to excellence. Check out their site: 

    https://www.kidznkicks.com/

Lunch Menu

Monday Cheese or Pepperoni Pizza 

Tuesday Chicken Tenders or Veggie Tacos

Wednesday Chicken Tenders & Salad

Thursday Hot Dogs w/ Toppings 

Friday Hamburgers w/ Toppings 

Sides: Apples and Mandarins 

 

Why Choose Us?

  • Expert instructors in both STEM and soccer
  • Fun, hands-on learning experiences
  • We provide lunch 
  • A well-rounded camp that combines education, physical activity, and creativity

Limited Spots Available! Don’t miss out on this exciting opportunity for your child to explore new interests, make new friends, and have fun. Sign up today and watch your child grow in confidence and knowledge! 

Location: Briarwood Community Center
2235 Briarwood Way 1
Atlanta , GA 30329

If you intend to utilize our included extended hours you MUST put it on your registration form. Extended hours are drop off between 8:00 - 8:30 am and Pick up 5:30 pm - 6:00 pm

Any pick ups after 6:00 pm will be charged an additional $35 

 

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Wind power station

A wind power station converts the kinetic energy of wind into electrical energy. The wind causes the blades of a wind turbine to rotate, which turns a shaft connected to a generator. The generator then converts the rotational mechanical energy into electrical energy, which can be used to power devices like a light bulb.

Vacuum cleaner

The high-speed rotation of the motor drives a fan, creating suction by reducing the air pressure inside the vacuum cleaner. This pressure difference between the inside of the vacuum cleaner and the external environment generates the suction force, allowing the vacuum cleaner to draw in dust and debris.

Oil field pumping unit

The powerful motor drives the crank and connecting rod mechanism, causing the "donkey head" (or beam) of the pumping unit to move up and down. This motion drives the plunger of the downhole oil pump, which lifts crude oil from the well to the surface continuously.