Sai Nataraj Marvin Itzep Miguel Valencia Daanyaal Syed Dustin York Ec CAR3 Advisors: Yuqing Zhu, Luis Campos

-Jaya Nataraj Introduction/Background

Welcome to EcoCar3: The latest U.S. Department of Energy (DOE) Advanced Vehicle Technology Competition (AVTC) series. This is the first year of competition and consists various technical goals to enhance the Chevy Camaro.

To create an embedded system (not related to powertrain). To replace all physical buttons in the center control area with one display unit. To constantly display battery state of charge, temperature, and current. To create a framework for a navigation system that tracks the EcoCar3 fleet in real time. To create a framework for implementing functions of a police laptop. Project Requirements

Allow the user to easily control and monitor basic car functions. Provide future EcoCar3 teams with a reusable framework. Minimize changes needed for integration with the car. Design Objectives

Software Design

Detail Software Design

Design & Functionalities -Marvin Itzep

Challenges:  Take control of the most important functionalities of car.  Radio, AC, Temperature and more.  Make it appeal to most drivers.  Attractive and Efficient  Reduce time that it takes to go from setting to setting.  Balance between innovation and safety  How did we tackle these challenges?

Design & Functionalities Sleek Design and Custom made buttons. Fast and easy to use menu interface. Includes all the basic car functionalities. Favorites and smart shortcuts to a specific functionalities. ArcGIS Maps.

2014 Camaro Navigation System  Annoying Knobs  Unnecessary Scrolling  Distracting  Boring Design

Access to main car functionalities

Keep track of the car status

Take control of your music

Navigation and ArcGIS -Miguel Valencia

Functions  Navigation  GIS vehicle tracking and communication with ArcGIS  Fuel Routing

 GIS is a Geographical Information System  Navigation will be done through GIS  User can Input desired destinations Navigation

 Provides real time tracking of the EcoCar fleet with GPS location  Data will be pulled from the vehicle using the CAN bus  Data will be transmitted through a cellular hotspot Tracking

Software and Hardware -Daanyaal Syed

Hardware Standalone board Touchscreen display Future: CAN Connection using OBD-II

CAN Bus: Controller Area Network  Enables electronic vehicle control  Connects to the car using OBD-II  Connects to the board using USB  Signals sent/received using a Linux driver (SocketCAN)

Programming Languages  Qt  "Cross Platform" Application-framework  C++  QML  Qt Meta Language  JavaScript-based  UI Markup Language

Software OS: Linux/Windows ArcGIS +(SDK for Qt) Easy to integrate maps

Special Thanks To: Yuqing Zhu, Luis Campos Raj Pamula, Ph.D Advisor Point of Contact Chair Department of Energy General Motors

DEMO TIME -Dustin York