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Balsawood Bridge

Jeremy, Anthony, Leo, Calvin, Isabella, Brian

Task

  • Create a 4 ft long balsawood bridge
  • Create a Vex Car that can travel across the bridge carrying 3 bricks either autonomously or by remote control

Task

Truss Bridge

  • Forms triangular units
  • Transfers load from one point to a wider area

Truss Bridge

Vex Car

  • Built using Vex materials
  • Programmed to be autonomous using ROBOTC

Vex Car

Branches of Engineering

Branches of Engineering

Mechanical Engineering

  • Engineering, Physics, Materials Science
  • Design, analyze, manufacture, and maintain mechanical systems

Industrial Engineering

  • Eliminate waste of time, money, materials, man hours, machine time, energy that do not generate value
  • Efficiency

Civil Engineering

  • Build structures that meet function, cost, and reliability specifications
  • Plan, design, and supervise construction of transportation systems, water systems, and communication networks
  • Solve local and regional pollution or environmental issues

Design Process

Vex Car: Leo, Jeremy, Calvin

Bridge: Tony, Brian, Isabella, Calvin, Leo, Jeremy

Prezi/Web Portfolio: Jeremy, Isabella, Brian

Design Process

  • Bridge Design
  • Scale Drawing/Model
  • Programming Vex Robot
  • Building
  • Testing

Scale Drawing and Model

Scale Drawing and Model

Simulation

Simulation

  • https://scratch.mit.edu/projects/167475819/

  • West Point Bridge Designer 2016

Programming

  • Programmed to move forward, turn, then go back
  • ROBOTC

Progress

Final Product

OBSTACLES

  • Materials
  • Car Parts

Obstacles and Improvement

IMPROVEMENTS

  • Conserving materials
  • Attention to detail

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