Team 22 Aeroponic Growth Chamber Team: Daniel Wright – CprE/EE Chris Reeve – CprE Mohammed Rahim – EE Zach Davis – CprE Advisor/Client: Professor Tim Bigelow.

Slides:



Advertisements
Similar presentations
Pulan Yu School of Informatics Indiana University Bloomington Web service based Varuna.Net.
Advertisements

Vehicle Tracking Remote Control & Monitoring System.
1 iHome Automation System Home Automation System Team: Million Dollar Contingency Regiment Adam Doehling Chris Manning Ryan Patterson.
Total HVAC Control from anywhere Easy control that can save a fortune
Embedded DSP Spectrum Analyzer May 0104 April 25, 2001 Teradyne Corp Julie Dickerson Bill Black Prihamdhani AmranEE Ryan ButlerCprE Aaron DelaneyEE Nicky.
P OSEIDON P OOL C ARE Calvin College Senior Design Team 11 Aaron Maley Jeff Overweg Simeon Eisen Jacob VanderWall.
Team 7 / May 24, 2006 Web Based Automation & Security Client Capstone Design Advisor Prof. David Bourner Team Members Lloyd Emokpae (team Lead) Vikash.
Exhaust Emissions Analyzer Introduction In a day when global CO 2 levels are one of the greatest concerns of society, surprisingly few advances have been.
Computer Monitoring System for EE Faculty By Yaroslav Ross And Denis Zakrevsky Supervisor: Viktor Kulikov.
Greenhouse Monitoring using Wireless Sensor Networks (GWSN) Sponsored by INNOVA Rongo Rongo.
Rongo Rongo Rongo Rongo. » Team Members » Problem Definition » Purpose of the Project » Market Research » Project ˃Hardware ˃How it works ˃Target » What.
A Project Team Members: Shamlan AlbaharRifaah Alkhamis Doug BloomquistChris Deboer.
Students: Asulin Ofir Heller Itai Supervisor: Mony Orbach In association with: June 16, summer 2006.
4/28/2004Optical Tape Measure Optical Tape Measure May Team Members: Faculty Advisors: Nick Freese (EE) Dr. Aleksander Dogandzic Bruce Fu (EE) Dr.
Energy Smart Room GROUP 9 PRESENTERS DEMO DATE SPECIAL THANKS TO ADVISOR PRESENTERS Thursday April 19, 2007 Department of Electrical and Systems Engineering.
Team May1310 Team Members: Taylor Bouvin – CPRE Kok Aun Chee (Kodi) – EE Anna Grimley – EE Mike Kinsella – CPRE Jake Kyro - EE Advisor: Professor Wang.
Parts of a Computer.
Stand-Alone and Mesh Networks of Dissolved Oxygen (DO) Monitors Sd-May11-20 Betty Nguyen Scott Mertz David Hansen Ashley Polkinghorn Advisors Joseph Shinar.
ECE 477 Design Review Team 7  Spring 2011 Paste a photo of team members here, annotated with names of team members. Stuart Pulliam Will Granger Linda.
LUMEN ALARM & LIGHTING SYSTEM Artem Aginskiy, Grayson Carr, Yinuo James Chen, Andrew McDowell.
PROJECT OMNIGLEAN Team Members: Kenny Trytek Derek Woods Abby Birkett Joe Briggie Advisor: Simanta Mitra Client: Kingland Systems.
Group 16 – Efficient HVAC System Daniel Galarza – CpE Chung Chien Hsia – EE Marvin Fernandez – CpE Kevin Ivy – EE William Carson Sr. – Mentor, owner of.
A modern NM registration system capable of sending data to the NMDB Helen Mavromichalaki - Christos Sarlanis NKUA TEAM National & Kapodistrian University.
Humanoid Robot Head May Team Members: Client/Faculty Advisor: Dan Potratz (CprE) Tim Meer (EE) Dr. Alex Stoytchev Cody Genkinger (CprE) Jason Pollard.
Bi-Directional RF Data Communication A Robot Control Device Team BDRFC.
DEC0905 Remote Control of Home Appliances ABSTRACT The objective of this project is to enable users to remotely control home appliances and systems over.
ABSTRACT The purpose of this project is to continue to perfect the Nintendo Entertainment System (NES) emulation on an FPGA that would showcase Iowa State.
Flatiron Mobile Device Security Monitor Thomas Horacek Lucas Greve.
Abstract Other Resources Financial Resources Project Schedule Personnel Efforts Item DescriptionCost STK300 Microcontrollerdonated (Kanda) GM28 Cellular.
Pump Controller Team Number: May06-12 Team Members Dwayne Stammer CprE Francois Munyakazi EE Dan Paulsen CprE/EE Faculity Advisor Nicola Elia Client Viking.
Team 22 Aeroponic Growth Chamber Team: Daniel Wright – CprE/EE Chris Reeve – CprE Mohammed Rahim – EE Zach Davis – CprE Advisor/Client: Professor Tim Bigelow.
Team 15. Code Modules Web Server Interface and Operating Parameters Chemical Level Detection Calibration Routine Adjusting Agent Calculation Chemical.
Project: Weather Video Sat 4/2/04 Mesa State College, Grand Junction.
Home Automation Right arrow to continue. What Is It? Turning devices on and off remotely Scheduling devices to operate according to a pre-programmed routine.
Team 15. PSSCs An ability to measure chlorine concentration, water temperature, and pH with an accuracy of ±5% An ability to dispense measured amounts.
Aquatic Spectrometer & Turbidity Meter ECE 4007 L1, Group 8 Paul Johnson Daniel Lundy John Reese Asad Hashim.
Ashley Montebello – CprE Katie Githens – SE Wayne Rowcliffe – SE Advisor/Client: Akhilesh Tyagi.
Problem StatementProblem Statement  Difficult to track patients  Knowing location of patients  Patient data  A need for  Real-time patient information.
Team 22 Aeroponic Growth Chamber Team: Daniel Wright – CprE/EE Chris Reeve – CprE Mohammed Rahim – EE Zach Davis – CprE Advisor/Client: Professor Tim Bigelow.
Remote Control of Home Appliances PROJECT PLAN Team: ◦ Elie Abichar –CE ◦ Chris Tefer –CE ◦ Ananta Upadhyaya.
Powerpoint Templates Page Senior Design II Mid-Semester Presentation.
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.
Smart Air Vents that Enable Equal Temperature through Air Flow Control Rahul Dendukuri, Team Leader Rahol Rajan, Web Master Siddhanth Ganesan John McShane.
Background Real-time environmental monitoring is a field garnering an ever-increasing amount of attention. The ability for sensors to make and publish.
Optical Encoder for a Game Steering Wheel May05-26 Client: Thomas Enterprises Advisors: Dr. James Davis Dr. Douglas Jacobson Team Members: Sam Dahlke,
D R A T D R A T ABSTRACT Every semester each department at Iowa State University has to assign its faculty members and teaching assistants (TAs) to the.
Dual-Use Wideband Microphone System
Sponsor: Tom Dickey, SENSCO Solutions Technical Advisor: Dr. Harold P.E. Stern Project # 1.7.
V i t a l i s Wireless Biometric Sensor ECE 477 Final Presentation Team 13  Spring 2013 Paste a photo of team members with completed project here. Annotate.
Smoke Notification System (SNS) Final Presentation Senior Design 1 April 18, 2013.
Team 22 Aeroponic Growth Chamber Team: Daniel Wright – CprE/EE Chris Reeve – CprE Mohammed Rahim – EE Zach Davis – CprE Advisor/Client: Professor Tim Bigelow.
Lecture Objectives: Define the final project Deliverables and Grading policy Analyze factors that influence accuracy of our modeling study Learn about.
Athletic Field Management System Faculty Advisors: John Lamont Ralph Patterson Tom Baird Project Client: Mary Beth Chinery Boone Area Recreation Department.
AGROFARM WEATHER MONITOR USING LabVIEW. INTRODUCTION Innovation in agriculture field Implementing instrumentation tech. in agricultural field The quantity.
Preliminary Design Review Team 18 October XX, 2015 Department of Electrical and Computer EngineeringAdvisor: Csaba Andras Moritz.
TRANSMISSION LINE MULTIPLE FAULT DETECTION AND INDICATION TO EB
Team 22 Aeroponic Growth Chamber Team: Daniel Wright – CprE/EE Chris Reeve – CprE Mohammed Rahim – EE Zach Davis – CprE Advisor/Client: Professor Tim Bigelow.
Digital Carpool Aid Mid-semester Presentation Senior Design I March 5, 2015.
SCADA Supervisory Control And Data Acquisition Pantech Solutions Here is the key to learn more.
Fan Assembly Driven by Magnetic Fields
Home Automation Instructor: Dr. Gursel Serpen
Smart Hydroponic Greenhouse December 8, 2016
Smart Hydroponic Greenhouse October 17, 2016
How SCADA Systems Work?.
Garage Parking Indicator
WISENET Wireless Sensor Network
Controlling Sensors Efficiently with MCUs
Jon rigby and chad hager
ECE 477 Final Presentation Team 15  Spring 2010
Intelligent HVAC Control
Presentation transcript:

Team 22 Aeroponic Growth Chamber Team: Daniel Wright – CprE/EE Chris Reeve – CprE Mohammed Rahim – EE Zach Davis – CprE Advisor/Client: Professor Tim Bigelow

Project Goal & Concept Scetch A simple and affordable aeroponic plant growth chamber to study the effect of sound on plant healing and growth.

System Block Diagram

Model

Functional Requirements  Light radiation in the Photosynthetically Active Radiation (PAR) spectrum (400 to 700 nm).  Air velocity between 0.3 and 0.7 m/s.  Optimum chamber temperature of 68  F during light hours, and 77  F during dark hours.  Use Hoagland solution Type I.  The pH should be maintained between  Capability to administer sound (noise).  Sound level dB.  Frequencies in the 1-16 kHz octave bands.  Capability to control and monitor various environmental parameters from a remote server.  Radiation (Light)  Temperature  Air velocity  Watering  Sound

Non-functional Requirements  Monitor, measure, and report the following parameters as required by NCERA-101:  Atmospheric moisture inside the chamber (Relative Humidity (RH))  pH and Electrical Conductivity (EC) of the nutrient solution  Substrate (air)  Chamber properties: Specifications (floor area, dimensions) Barrier beneath lamps (whether present and its composition) Air flow (whether up, down or horizontal)  To build a web interface to monitor and control various physical parameters.

Assumptions and Considerations  Humidity sensor accuracy of ±3%  Chamber ventilation of two air exchanges per hour  The roots of the plants should be kept in the dark  Air temperature, CO 2 and relative humidity need to be measured at the top of the plant canopy  A second “control” chamber would be desirable for research, however the available budget is not sufficient to build two chambers.

Market Survey  Current market solutions for plant growth chambers are very expensive, upwards of $10,000.  Our solution will be used primarily for research, but has the potential to be used in high schools as a learning tool for both plant growth and for engineering/programming.

Risks 1. Some of the existing components may not work Resolution:  Allot money for this purpose only  Find more sources for money 2. Exceeding the project budget Resolution:  Use wired server link rather than wireless  Build only one chamber instead of two

Cost ItemCost Sensors$40.00 Microcontroller$15.00 Microcontroller Board$20.00 Wireless adapters$75.00 Chamber Parts$ Chemicals$50.00 Speaker$30.00 Power Supply$20.00 Total$ Labor ($20/hour)$13, Fictional Cost$13, Real Cost$350.00

Schedule Project PlanDesignImplementTestTotal Chris Reeve Zachary Davis Mohammed Rahim Daniel Wright

System Decomposition  Microcontroller  Pump  Light  Sound  Heating Coil  Depth Gauge  Temperature  CO2  Humidity  Python server application  Communicates between user interface and microcontroller  Handles settings and periodic tasks  User Interface  Web application to view data and change chamber settings  Server application to change settings

Microcontroller State Diagram

Central Server Program

Web UI Specifications  Web app using ASP.NET AJAX and VB.NET in VS 2010  Master page will handle common items  Home/Welcome page as index  Data page for graphical presentation of gathered data  Alerts page to notify users of problems  Settings page with controls to view and set any modifiable chamber settings  Administrator page for user account operations and for the viewing of past settings changes

Server UI Specifications  Windows Forms app using VB.NET in VS 2010  Very minimal and simplistic  Successful login shows Settings view where any modifiable chamber settings can be viewed and changed  Users view to allow administrator to view, add, modify, and remove user accounts  Users view can be seen by administrator accounts only

Microcontroller Testing Sound Generator Expected ResultActual ResultTesterFix NeededPass/Fail Frequency selected. Frequency played at set volume. Daniel Random # generated for frequency. Random # is in the set bounds and changed at set interval. Daniel Test Completed on:

Central Server Program Testing  Build and test individual modules  Serial communication  Socket server  Task scheduler  Write ‘dummy’ front-end to test with  Write ‘dummy’ program to run on microcontroller

User Interface Testing  Web interface is very easy and straightforward to test. Just need to make sure pages and controls look and function like they are supposed to.  A dummy database will be made so that the tester can see exactly what the web app is doing.  A dummy Python app will be made to print out the commands that it gets from either of the UI’s to make sure it is getting what we expect it to.

Sound Design

Sound Generation PWM Signal Fourier Transform

Implementation

Individual Contributions  Zach Davis  Built chamber  Designed central server program  Sound generation  Mohammed Rahim  Specifications  Technical drawings  Research  Chris Reeve  Team leader  Front ends design  Research  Daniel Wright  Researched and ordered parts  Sound system design  Microcontroller research

Plan for Next Semester  Finalize sound design  Low-pass filter and amplifier design  Signal generation algorithm  Assemble electrical components  Write software  Grow plants  Testing

Questions?