MSD1 WEEK 3 REVIEW By: Group P15462. AGENDA  About Team P15462  Underlying Mission  Existing Systems  Project Background  Problem Statement  Deliverables.

Slides:



Advertisements
Similar presentations
BRIAN CHURCH ANTHONY SALMIN TYLER BREITUNG ROSS BLUTH MICHAEL OPLINGER STEPHEN MROZ P15318: Gaseous Mass Flow Rate Controller Week 3 Problem Definition.
Advertisements

MSD 11209: WOCCS: Long-Range RF Module Meet the Team Danelle Grabski- Electrical Engineering Jacky Ng- Electrical Engineering Josh Doolin- Electrical.
National Soaring Museum Glider Simulation Zeb Ford-Reitz Chris Guy Matt Mullin Karen Roth Stefan Schmid Faculty Coach: Professor Hawker Sponsors: National.
EDGE™ Project P09122: MAV Control System Erik Bellandi - ME Ben Wager - ME Garrett Argenna - ME Tahar Allag - EE Michael Pepen - EE Stephen Nichols - CE.
EDGE™ Project Status Update P09141 – Thermal Heater Control System Anthony Berwin (Mechanical Engineer)
METEOR BACKGROUND This is a foundation project in an ambitious endeavor to provide the RIT research community with a means to conduct near space.
EDGE™ Project Status Update P09141 – Satellite Thermal Heater Control System Anthony Berwin (Mechanical Engineer)
P14311: PCB Isolation Routing System Problem Definition Review.
Kyle Ball Matthew Douglas William Charlock Single Line Tethered Glider Jon Erbelding Paul Grossi Sajid Subhani 9/9/2013 Problem Definition Presentation.
AAT Injector Nozzle Test Chamber P15681 Calibration Fluid Exhaust System.
Underwater Robotic Fish Week 3 Review Presentation Project #15029 Multidisciplinary Senior Design Rochester Institute of Technology Phase II: Buoyancy.
INCOSE 1 st reactions. One other area that struck me has the sheer number of levels of proficiency—in ours we are going with 5 and the first one is limited.
PEV Performance Verification System - Team Kristeen Yee - Team Leader, Stephanie Zambito, Soham Chakraborty, Leslie Havens, Danielle Koch, Mike Allocco,
Single Line Tethered Glider Team P14462 Sub-System Level Design Review Jon Erbelding Paul Grossi Sajid Subhani Kyle Ball Matthew Douglas William Charlock.
9/30/2013 Systems Level Design ReviewP14462 Single Line Tethered Glider Team P14462 Sub-System Level Design Review Jon Erbelding Paul Grossi Sajid Subhani.
Motorized Pediatric Stander P15045 Sarah Hill Jon Greene Candice Matthews Courtney Getman Chris Wendel Peter Sevich George Day Snug Seat Rabbit Product.
Charging Dock & Power Control Sustainable Energy Systems for Education P The Portable High-Power Density Energy System project (P11401), which preceded.
AIRBORNE WIND TURBINES Sean Metcalf Special Thanks: Sam Musa, Joshua Owens, and Greg Hutcheson OBJECTIVE: Determine the feasibility of using Airborne.
Voice of the Engineer R15901: AIRBORNE WIND ENERGY BASE STATION.
Company Name Business Plan. Mission Statement Inspire Web Design is committed to providing high- quality Web design services, full support and maintenance.
P15462 – TETHERED WIND ENERGY PLANE Devin Bunce Matthew Kennedy Matthew Maginn Carl Stahoviak Matthew Zebert.
Motor Assisted Wheelchair Design Review 09/10/15.
Digital Microfluidics Control System II P Agenda ● Introduce Team ● Background ● Problem Statement ● Stakeholders ● Use Scenario ● Customer Requirements.
R15901: airborne wind energy plane
P15741: Air Table Mover Photo: Newport.com. Team Members Cameron Young – Team Leader Daniel Miller – Lead Mechanical Engineer Nicholas LeBerth – Edge.
 RoboFish 3.1: Navigation and Tail Redesign MSD Team Week 3 Review Presentation.
Requirements Development in CMMI
SPX Data Acquisition PROBLEM DEFINITION REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz.
Marcos Esterman, Associate Professor Industrial and Systems Engineering Department Rochester Institute of Technology Multidisciplinary.
P16453 Problem Definition Review Kris Kidder | John Dolan | Shay Stanistreet | Anthony Miuccio.
MSD 1 WEEK 6 SYSTEM DESIGN REVIEW Team Rochester Institute of Technology College of Engineering P /2/
P15462 – TETHERED WIND ENERGY PLANE Devin Bunce Matthew Kennedy Matthew Maginn Carl Stahoviak Matthew Zebert.
Tethered Glider - Base Station Group P16462 Sarah Collmus Laura Arciniegas Kevin Collins Aleksandr Kim Michael Ostaszewski Kevin Larkin Sukmin Lee Design.
P16462: Wind Energy Base Station Sarah Collmus // Laura Arciniegas // Kevin Larkin // Kevin Collins // Suk Lee // Aleksandr Kim// Michael Ostaszewski.
P15080: Flow Culture System Multi-Disciplinary Senior Design Problem Definition Review September 11, 2014 Collin Burkhart – Lead Mechanical Engineer Katelyn.
Team P15441 Mini Air Daniel Probst Usama Haq Nathan Serfass Joshua Erbland Alexander Cornell 2/10/15P
Clear Project Management Stakeholder Meeting Project: Project Manager: Date dd-mmm-yyyy Version 1.0.
Tethered Glider P14462 Project Review
P15051: Robotic Eye Project Definition Review TIM O’HEARNANDREW DROGALISJORGE GONZALEZ KATIE HARDY DANIEL WEBSTER.
MSD 1 WEEK 3 REVIEW Team Rochester Institute of Technology College of Engineering P154629/11/
P16104 Microfluidic Spectroscopy for Proteins within CubeSats.
MSD 1 WEEK 6 SYSTEM DESIGN REVIEW Team Rochester Institute of Technology College of Engineering P /2/
Smart Power Supply Test Bench P16203 ANDRE PELLETREAU, KERRY OLIVIERA, JEREMY WILLMAN, RADOSLAW MASLANKA, VINCENT STOWBUNENKO.
Tim Southerton Brian Grosso Matthew Morris Lalit Tanwar Kevin Meehan Alex Reid.
Wind Turbine Power Plant. Sources ●
P16462: Wind Energy Base Station MSD II Phase I Update 2/5/2016 Team Members Aleksandr Kim Laura Arcinegas Kevin “KC” Collins Sarah Collmus Kevin “Kevlar”
Project Agenda Intro Problem Background Problem Statement and Deliverables Stakeholders Use Scenarios Prioritized List of Needs Engineering Requirements.
What has been accomplished at the end of MSD 1 & 2?
EDGE™ Final Project Plan Presentation P09001 – RFID Reader & Active Tag Philip Davenport (Industrial and Systems Engineering)
Allen Luccitti (ME). Mission Statement Product Description ▫ Test stand consisting of a centrifugal pump, closed loop flow system with control through.
P Tethered Glider ACKNOWLEDGMENTS INTRODUCTION TEAM MEMBERS
P16512 – 3D Printing Ink Development Test Rig
Single Line Tethered Glider
MSD 1 Week 6 System design Review
Provide, Tethered, Continuous, Recorded Flight
Single Line Tethered Glider
A short introduction Jaap ’t Hooft
WIND TURBINE GENERATORS.
Collisionless Rimless Wheel (wired)
P16462: Wind Energy Base Station MSD II Phase 5 Review 5/6/2016
P16462: Wind Energy Base Station MSD II Phase 4 Review 4/15/2016
Problem Definition Review
Group #1 – Artifact Concept Model AUG 2018
Mission Statement Vocabulary Ideas
Project Readiness Review P10029 – Air Muscle Artificial Limb
Wednesday, February 16, 4:00-6:00PM
Project
P18325: Automated Breast Pump Cleaning System (Team ABC’s)
P15661 Reciprocating Friction Tester Base Subsystem Problem Definition Review Matt.
Requirements Development in CMMI
Presentation transcript:

MSD1 WEEK 3 REVIEW By: Group P15462

AGENDA  About Team P15462  Underlying Mission  Existing Systems  Project Background  Problem Statement  Deliverables  Use Scenarios/ Stakeholders  Risk Assessment  Projection for Systems Design

ABOUT US CustomerGuide Dr. Mario Gomes RIT Professor Professional Engineer Edward Hanzlik Devin Bunce – Matthew Zebert – Matthew Kennedy – Matthew Maginn – Carl Stahoviak

UNDERLYING MISSION  To harvest energy from high altitude winds  Concept of the Airborne Wind Turbine (AWT) was developed 250m 100m 250m

EXISTING SYSTEMS  These AWTs can take the form of a powered glider, or kite. Companies such as Makani, Ampyx Power, and KiteGen have all developed commercialized versions of these systems  Also, Senior Design team P14462 (our predecessor) attempted to develop a glider and successfully created a base station.

PROJECT BACKGROUND  Also, Senior Design team P14462 (our predecessor) attempted to develop a glider and successfully created a base station.

PROBLEM STATEMENT  The goal of this project is to design, build, and reliably test a powered, human-controlled tethered glider specifically for use as an airborne wind energy system (or AWT)  Tethered glider capable of continuous circular flight  Integration with current base station  30 trials of 3 min continuous circular flight with tether tension and glider position recorded  Functional simulation of flight path

PROJECT DELIVERABLES

USE SCENARIOS/ STAKHOLDERS

HOUSE OF QUALITY

KEY CONCERNS

MOVING FORWARD