ISE – Systems Design Review

Slides:



Advertisements
Similar presentations
Making e-books easy (or trying to!)
Advertisements

Ninth Lecture Hour 8:30 – 9:20 pm, Thursday, September 13
Automation (21-541) Sharif University of Technology Session # 5
Dynamic Systems Development Method (DSDM)
Lab/Sessional -CSE-374. SYSTEM DEVELOPMENT LIFE CYCLE.
EDGE™ Concept Level Project Plan P08210/11 – Ruggedization of a Data Recorder for a Forklift Truck Shadle Stewart ME Rick Chadwick ME.
IE673Session 4 - Customer Relationships1 Customer Relationships (The Voice of the Customer)
7.2 System Development Life Cycle (SDLC)
R I T Team Members: Dan Lester → Team Lead Chris Feuerstein → Lead Engineer/Electrical Lead Mike Schwec → Electrical Support Jacob Hillmon → Electrical.
Design Reviews.1 KGCOE Multidisciplinary Sr. Design Borkholder 2006 R I T Design Reviews Objectives of the Design Review Participants for a successful.
LSU 10/09/2007System Design1 Project Management Unit #2.
Planning. SDLC Planning Analysis Design Implementation.
Engineering Systems of.
Introduction to Computer Technology
System Design/Implementation and Support for Build 2 PDS Management Council Face-to-Face Mountain View, CA Nov 30 - Dec 1, 2011 Sean Hardman.
Bicycle Harvesting Waste Energy: Bicycle Power Generation MSD-I RIT-Systems Design Review Winter/Spring P12414 January 13, 2012 Group # P12414.
Module 3 Develop the Plan Planning for Emergencies – For Small Business –
Describing Methodologies PART II Rapid Application Development*
Chapter 14 Information System Development
Chapter 7: A Summary of Tools Focus: This chapter outlines all the customer-driven project management tools and techniques and provides recommendations.
Piezoelectric Energy Harnessing Thomas Radziewicz Ryan Wilson Mike Itenburg.
Robotic Sensor Network: Wireless Sensor Platform for Autonomous Topology Formation Project: Sponsored By: Advisor: Dr. S. Jay Yang, CEManager: Steven.
Preliminary Detailed Design Review P15080 Flow Culture System November 13, 2014.
J1879 Robustness Validation Hand Book A Joint SAE, ZVEI, JSAE, AEC Automotive Electronics Robustness Validation Plan The current qualification and verification.
through Introduction  Particle Imaging Velocimetry (PIV) uses a sheet laser beam to illuminate particles that cross the sheet.  The particles.
Connecting with Computer Science2 Objectives Learn how software engineering is used to create applications Learn some of the different software engineering.
P16221 – FSAE Shock Dynamometer Preliminary Detailed Design Review November 13, 2015.
Path The purpose of this project is to design a universal data recording device to monitor the health of a Dresser-Rand compressor during operation. In.
THROUGH NERANJAN DHARMADASA JAMES BROWN P09451: Thermo-Electric Module for Large Scale Systems.
Managing Challenging Projects Presented to the class of: Dr. Jane Mackay M.J. Neely School of Business.
Chapter 11  2000 by Prentice Hall System Analysis and Design: Methodologies and Tools Uma Gupta Introduction to Information Systems.
Athletic Field Management System Faculty Advisors: John Lamont Ralph Patterson Tom Baird Project Client: Mary Beth Chinery Boone Area Recreation Department.
 Mechanical Components have been ordered and should arrive by Week 1 of winter quarter  Outstanding electrical components dependent on varying mechanical.
Energy System Design: A Look at Renewable Energy Summary Lecture.
12/07/2006Iowa State University Evaluation of Alternative Energy Sources EE / CprE 491 May Christina Erickson Daniel Harkness Matt Kuker Parker Lohrenz.
P12441: Thermoelectric Power Pack Andrew Phillips Colin McCune Lauren Cummings Xiaolong Zhang.
P10203 LV1 MOTOR CONTROLLER FINAL REVIEW MAY 14, 2010 Electrical: Kory Williams, Adam Gillon, Oladipo Tokunboh Mechanical: Louis Shogry, Andrew Krall.
Erik Shearer, Professor of Art, Accreditation Faculty Co-chair
Corporate Presentation
Chapter 1 The Systems Development Environment
Information Systems Development
Chapter 1 The Systems Development Environment
P07203 Dynamometry Laboratory Infrastructure
Chapter 1 The Systems Development Environment
Chapter 1 The Systems Development Environment
Description of Revision
Chapter 1 The Systems Development Environment
Operational and Postimplementation
ECE 477 Design Review Team 8  Spring 2007
SUPPLIER PARTNERSHIP 2.
Regional Architecture Development for Intelligent Transportation
CLINICAL INFORMATION SYSTEM
J1879 Robustness Validation Hand Book A Joint SAE, ZVEI, JSAE, AEC Automotive Electronics Robustness Validation Plan Robustness Diagram Trends and Challenges.
P16680: AATech Universal Oil and Bag System
Chapter 2: Operating-System Structures
Team P15441 Mini Air Sub-System Design Review
Heart Pump and the Circulatory System P17080
LO2 – Understand Computer Software
Final Status Update P09006 – Upper Extremity Exerciser
Final Project Plan P09004 – Eye Movement Tracking Device
Energy and Circuits Energy
Chapter 1 The Systems Development Environment
Chapter 2: Operating-System Structures
P17250: Robofish Charging Station
Project Management Unit #2
Introduction to Project Management
Accounting Discipline Overview
{Project Name} Organizational Chart, Roles and Responsibilities
System Analysis and Design:
UML Design for an Automated Registration System
Presentation transcript:

ISE – Systems Design Review 12402 ISE – Thomas Mittner 12401 ISE – Erik Hilley MSD I - Fall Quarter, 2011

Norms & Values 12401 & 12402 share the same set of written values as shown on EDGE. For interfacing and budget sharing purposes, this will be mutually beneficial. When there is communication from both teams, it is important to be thorough, accurate, professional and committed. 12401 & 02 will elaborate later on.

Mission Profile 12401 is responsible for building a wind turbine that will harvest wind energy which in turn will generate electric energy. This energy will be stored within a controlled storage device. 12402 must be able to accept the energy, regulate and convert it into useable power for charging batteries. 12402 must be able to accept up to ten, 7.2V batteries and charge anywhere from one to all ten batteries within four hours. The dock is theoretically capable of charging one of these empty batteries in 1.5 hours, and the full set will be dependent upon the power being generated from 12401 and how the power is transmitted from generation phase to individually battery charging phase.

Mission Profile cont. The battery charging unit should take users no longer than minutes to understand what it is, how its used, and how to tell the status of the batteries. The dock must be operable in certain weather requirements, as batteries will often be charged outdoors, subjected to the elements of Rochester. The dock should be robust as to work for as long as the LVE program needs to run for.

System Plan Overview

Efficiency Spreadsheet

Preliminary Budgeting

12402: Thomas Mittner As the systems engineer, I will be in charge on ordering the parts for the CDPC 12402 group. We will use some teamwork to determine the vendors to quote and then make a decision on where the parts will be ordered from. I will also deal directly with the personnel responsible for writing up the reqs to ensure that our ordering process goes smoothly. I will also maintain the budget and keep track of the cost/log book. We currently have $500 dedicated to group 12402, however I will converse with Erik (12401 ISE) if either his or my group have trouble with funds, or to see if funds need to be reallocated in some fashion. In addition to costs, quotes, and budgeting, I will be in charge of maintaining an interfacing notebook to ensure that our product will conform to specs and that all components and areas of our project will fit together seamlessly. This will take efforts from both the EE and ME interfacing managers within my group (Ryan and Matt O. respectively), as well as communications with the 12401 interfacing manager, Erik. There should be no surprises in the next phase of the project (detailed design or looking past that, creating and assembling), and maintaining the log as previously stated will prove critical to that.

12401: Erik Hilley

Interfacing Electrical interfacing in 12041 Mechanical interfacing in 12401 Electrical interfacing in 12402 Mechanical interfacing in 12402 Electrical interfacing between 12401/02 Mechanical interfacing between 12401/02

Looking Towards Detailed Design As we plan to move forward into the detailed design phase, we plan on implementing a variety of strategies to ensure our products are meeting the needs of our customers and are conforming to our engineering metrics. Items we will be working on include, but are not limited to... Flow charts, feasibility analysis, failure modes and effects analysis (FMEA), and quality function deployment (QFD).