1. Mike Menos, Michael Caicedo, & Jean-Pierre Sorondo EML 4551 Ethics and Design Project Organization FIU Department of Mechanical & Materials Engineering

2.  What is Formula SAE?  Vehicle Systems  Engine Package Development  Economics & Sponsorship  Engineering Standards  Global Learning

3. Competition Categories:  Static Events Design Cost  Dynamic Events Tech Inspection Race

4. Engine Drive Train Chassis Suspension Electrical Aerodynamics Ergonomics

6.  Measure Engine Airflow Needs  Simple Model: Excel  Advanced Model: Ricardo wave  Correlation  Design in Solid Works  Solid Works CFD  Rapid Prototype-Toyota  Vehicle Validation

8.  Cost Event  Viability for mass production

9.  Parker O-Ring manual  SAE 30R9 Gates Fuel Injection Hose  AISI Standard for 304/304L Stainless Steel  SAE J429 Rated Fasteners

11. Problem Statement The Formula SAE competition is an international student design challenge in which teams design, build, and race an F1 style vehicle. The 2015 FIU formula car will require a complete engine package that conforms to a series of competition rules. It must also integrate well with the rest of the vehicle systems and perform reliability and safely throughout the rigorous timed race events. Problem Statement The Formula SAE competition is an international student design challenge in which teams design, build, and race an F1 style vehicle. The 2015 FIU formula car will require a complete engine package that conforms to a series of competition rules. It must also integrate well with the rest of the vehicle systems and perform reliability and safely throughout the rigorous timed race events. Goals and Objectives Rank with in the top 50 teams Complete all dynamic events Goals and Objectives Rank with in the top 50 teams Complete all dynamic events Design Specs & Constraints Engine Specifications Displacement 450 cc Weight 82.4 lbs Horse power 38.5 hp @ 8200 Torque 23.57 ft*lbs @ 7800 Fuel Deliver injection Design Constraints Displacement limit 600cc Configuration piston only Intake restrictor diameter 20mm Fuel type Gasoline(91,93), E-85 Design Specs & Constraints Engine Specifications Displacement 450 cc Weight 82.4 lbs Horse power 38.5 hp @ 8200 Torque 23.57 ft*lbs @ 7800 Fuel Deliver injection Design Constraints Displacement limit 600cc Configuration piston only Intake restrictor diameter 20mm Fuel type Gasoline(91,93), E-85 Target Outputs Simulated Engine Model Complete Engine Package Experimental Validation Target Outputs Simulated Engine Model Complete Engine Package Experimental Validation Team Members Michael Jean-Pierre Mike Caicedo Sorondo Menos Project Timeline Team Member Responsibilities