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UID:20260802T111548Z - 24522@am531a.odoo.com
DTSTART;TZID=America/New_York:20260706T090000
DTEND;TZID=America/New_York:20260710T130000
CREATED:20260802T111548Z
DESCRIPTION:<a href="https://www.mad-hobbies.com/event/rc-engineering-acade
 my-2026-1">RC Engineering Academy 2026</a>\nMAD Hobbies RC Engineering Aca
 demy1-Week STEM Curriculum Overview The MAD Hobbies RC Engineering Academy
  is a hands-on STEM enrichment program designed for students ages 12–16.
  Over the course of one week\, students build\, test\, and race a 1/10 sca
 le radio-controlled vehicle while learning core principles of physics\, me
 chanical engineering\, electrical systems\, and design thinking. The progr
 am emphasizes project-based learning\, critical thinking\, and real-world 
 application of STEM concepts.Program Structure Duration: 1 Week (Monday–
 Friday) Daily Schedule: 4 hours per day Format: Instruction + Hands-On Bui
 ld + Testing ActivitiesCurriculum BreakdownDay 1: Introduction to Engineer
 ing & Mechanical Systems Students are introduced to fundamental engineerin
 g concepts and the structure of mechanical systems. Instruction covers for
 ce\, torque\, and rotational motion\, with a focus on how gear systems tra
 nsfer power. Hands-on Application: Students begin assembly of the vehicle 
 chassis and drivetrain components.Day 2: Drivetrain Systems & Vehicle Dyna
 mics Students explore how power is distributed through a vehicle\, includi
 ng gear trains and differentials. Concepts such as friction\, traction\, a
 nd weight transfer are introduced. Hands-on Application: Assembly of diffe
 rential systems and suspension components.Day 3: Electrical Engineering Fu
 ndamentals Students learn the basics of electrical systems\, including cur
 rent\, voltage\, and resistance\, as well as how electric motors convert e
 nergy into motion. Hands-on Application: Installation of motor\, electroni
 c speed controller (ESC)\, servo\, and receiver. Students complete basic w
 iring and system integration.Day 4: Energy Systems & Aerodynamics Instruct
 ion focuses on battery technology\, energy storage\, and efficiency\, as w
 ell as the role of aerodynamics in vehicle performance. Hands-on Applicati
 on: Final vehicle assembly\, body [...]
DTSTAMP:20260802T111548Z
LOCATION:MAD Hobbies\, 7310 West McNab Road\, Suite 207\, Tamarac FL 33321\
 , United States
SUMMARY:RC Engineering Academy 2026
X-ALT-DESC;FMTTYPE=text/html:<a href="https://www.mad-hobbies.com/event/rc-
 engineering-academy-2026-1">RC Engineering Academy 2026</a>\nMAD Hobbies R
 C Engineering Academy1-Week STEM Curriculum Overview The MAD Hobbies RC En
 gineering Academy is a hands-on STEM enrichment program designed for stude
 nts ages 12–16. Over the course of one week\, students build\, test\, an
 d race a 1/10 scale radio-controlled vehicle while learning core principle
 s of physics\, mechanical engineering\, electrical systems\, and design th
 inking. The program emphasizes project-based learning\, critical thinking\
 , and real-world application of STEM concepts.Program Structure Duration: 
 1 Week (Monday–Friday) Daily Schedule: 4 hours per day Format: Instructi
 on + Hands-On Build + Testing ActivitiesCurriculum BreakdownDay 1: Introdu
 ction to Engineering & Mechanical Systems Students are introduced to funda
 mental engineering concepts and the structure of mechanical systems. Instr
 uction covers force\, torque\, and rotational motion\, with a focus on how
  gear systems transfer power. Hands-on Application: Students begin assembl
 y of the vehicle chassis and drivetrain components.Day 2: Drivetrain Syste
 ms & Vehicle Dynamics Students explore how power is distributed through a 
 vehicle\, including gear trains and differentials. Concepts such as fricti
 on\, traction\, and weight transfer are introduced. Hands-on Application: 
 Assembly of differential systems and suspension components.Day 3: Electric
 al Engineering Fundamentals Students learn the basics of electrical system
 s\, including current\, voltage\, and resistance\, as well as how electric
  motors convert energy into motion. Hands-on Application: Installation of 
 motor\, electronic speed controller (ESC)\, servo\, and receiver. Students
  complete basic wiring and system integration.Day 4: Energy Systems & Aero
 dynamics Instruction focuses on battery technology\, energy storage\, and 
 efficiency\, as well as the role of aerodynamics in vehicle performance. H
 ands-on Application: Final vehicle assembly\, body [...]
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