ECE 7000/8000 Electrical Engineering Design Project-I, II
Term 7 & 8 Projects for the Class of 2026
(TI-1) Design a raspberry pi, Arduino and node-red based house temperature, humidity, CO2 level, VOC, total power consumption, live video feed, doors status, internet connectivity and data transfer rate monitor
(TI-2) Design a ESP32 and ESPHome server based data logger and display system for outside temperature, solar insolation, humidity, pressure, battery voltage, wind speed, wind direction, rainfall and snow fall
Term 7 & 8 Projects for the Class of 2024
(TI-1) Design a solar powered weather station with node-red based live display and data logger using a raspberry pi zero W (Zach Bennett, Ethan Mulley, Ethan Mercer, Alex Butler and Aaron Froese)
Term 7 & 8 Projects for the Class of 2023
(TI-1) Design a house energy use and security camera monitor using a private local server for data logging and display (Tousif Habib, Daniel Trenholm, Ryan Bartlett and Josh Hurdle)
Term 7 & 8 projects for the Class of 2021
(TI-1) Design an IoT based monitoring device for hydroponic in Newfoundland. (B. Mckeown, A. Smith, A. Stride)
(TI-2) Design and analyze a renewable energy system based ten electric cars charging station for a remote location in Newfoundland (Julie Theresa, Stephen Crant, Ali Amjad and Kyle Balsom)
Term 7 & 8 projects for the Class of 2020
(TI-1) Design of a data logging and display system for continuous drinking water quality analysis (Nicholas Morgan, Mathew King, Brett Belbin, and Michael Taylor)
(TI-2) Design a loudspeaker stethoscope for clinical teaching (Melissa Vincent, Jarrett Coombs and Marshall Cunningham)
Term 7 & 8 Projects for the Class of 2019
(TI-1) Design an open energy monitor and setup a local emoncms server for data logging and display (Courtney Harnum, Adam Lidstone, Zachary McCarthy and Scott Saunders)
Term 7 & 8 projects for the Class of 2017
(TI-1) Design a snow and ice cleaning system for PV panels (Steven Chow, Brianna Loder, Himreet Randhawa, Blair Rendell)
(TI-2) Design an open source SCADA system for a PV installation (Aaron Oram, Steven Qi, Jude Murphy, Indraneel Mangat)
Term 7 & 8 Projects for the Class of 2016
(TI-1) Design of a net-zero energy house and its renewable power system for Newfoundland (Jian Wang, Stephen Butt, Paulino Barahona-Salazar, and Rong Sheng)
(TI-2) Integrated Air & Water Quality, Weather and Tidal Monitoring System for Offshore Applications (Lucas Feehan, Manir Al-Faisal, Isaac Adejuwon, Daniel Fontaine and Alex Jurgenliemk)
Term 7 & 8 projects for the Class of 2015
(TI-1) Design an android cell phone based house temperature, humidity, CO2 level, total power consumption, motion detection and images capture, audio recording and three doors status data logger (Tyler Thompson, Greg Snelgrove, Mike Sooley, Thomas Moulton)
(TI-2) Design a PIC32 based computer for logging outside temperature, solar insolation, battery voltage, wind speed and direction, rainfall and snow data to a SD Card (Paul Arsenault, Justin Day, Adam Noel, Mohammed Zilani)
(TI-3) Design an Intel Galileo based house security system consisting of two motion sensors, three door sensors, two smoke detectors, two audio recordings, a camera with live data feed to a twitter account (Seamus MacIsaac, Gary Corcoran, Peter Campbell, Chris Mang)
Term 7 & 8 Projects for the Class of 2014
(TI-1) Design a Linux computer and open source software based house security system (2 motion, 4 doors, glass break, smoke detector, and a remote webcam)
(Nicolas Hartmann, Max Little, Adam Hiscock)
Term 7 & 8 projects for the Class of 2012
(TI-1) Design a renewable energy fueling station (Tim Hancock, Jonathan Howse, Mike O’Keefe, A.J. Smith)
(TI-2) Design a passive house for Newfoundland (Erin Waterman, Blaine Morry, Justin Blackwood, Jeff Kean)
(TI-3) Control and instrumentation of a HRV and flywheel energy storage system for household use (Dan Li, Peng Jiang, Peter Parsons)
(TI-4) Design a compressed air trike for St. John’s (Brad Matthew, Brandon Snook, Brent Dempster, Johnathan Best)
Term 7 & 8 projects for the Class of 2010
(TI-1) Design a tracking system for a parabolic mirror to always reflect sun light into a house (4 students in the group)
(TI-2) Pumped hydro for Newfoundland: Resource potential and sites identification (3 students in the group)
(TI-3) Design of a soft starter for a single-phase grid tie electric start gas generator (3 students in the group)
(TI-4) Design and develop a 40% efficient 100W micro gas electric generator weighing less than 5kg. (4 mechanical engineering students in the group)
Term 7 & 8 projects for the Class of 2009
(TI-1) Design of a hybrid energy system for Little Bay Island Newfoundland (Caryn Phillips)
(TI-2) Design of a hybrid energy system for St. Anthony Newfoundland (Elaine Weng)
(TI-3) Design of a hybrid energy system for McCallum Newfoundland (Jonathan Matchem)
(TI-4) Design of a responsive LED lighting system (Jeff Roche)
(TI-5) Design of drain water heat recovery system (Mechanical engineering students group)
(TI-6) Design of a small twisted Savonius wind turbine rotor (Mechanical engineering students group)
Term 7 & 8 Projects for the Class of 2008
(TI-1) Design of a hybrid energy system for Grey River Newfoundland (Kim Pendergast)
(TI-2) Design of a solar house heating system for Newfoundland (Steve Corbett)
(TI-3) Design of a hybrid electric off-road wheelchair (Jonathan Flynn)
Term 7 & 8 Projects for the Class of 2007
(TI-1) Design and develop a USB data logger (Terrel Lobo)
(TI-2) Design and develop a USB data acquisition card (David Goosney)
(TI-3) Design and develop a two-axis satellite dish position control system (Erin Marche)
(TI-4) Design and develop a self-powered wind speed and direction data logger and transmitter (Mark Stuckless)
Term 7 & 8 projects for the Class of 2006
(TI-1) Design of a microcontroller based maximum power tracker for a small PMG based wind turbine. (Joshua)
(TI-2) Design of microcontroller based analog I/O cards for parallel and USB ports. (Glyn)
(TI-3) Design of a microcontroller based maximum power tracker for a PV system. (Renard)
(TI-4) Design of a microcontroller based dial-out conventional electricity meter reader system. (Mick)
(TI-5) Design of a microcontroller based micro-hydro control system. (Eddy)
(TI-6) Design of a microcontroller based digital energy meter. (Sarah)
Term 7 & 8 projects for the Class of 2005
(TI-1) Dynamic modeling and simulation of a Fuel cell system (Jenna Osmond)
(TI-2) Automatic Synchronizer for Wind Turbine (Chad Wiseman)
(TI-3) Feasibility study of a hybrid energy system for Battle Harbour Labrador (Adam Reid)
(TI-4) Feasibility study of a mini wind farm (Michael Ricketts)
(TI-5) Energy analysis of the Memorial University of Newfoundland Engineering Building (Stephen Wall)
(TI-6) Feasibility study of a hybrid power system for island of Ramea Newfoundland (Raymond Warren)
(TI-7) Estimation of Micro/Pico Hydro Potential in Newfoundland (Chris Spencer)
(TI-8) A small hydraulically coupled wind turbine for house heating applications in Newfoundland (Scott Humber)
Term 7 & 8 projects for the Class of 2004
(TI-1) Feasibility of Electricity Generation via a Wind Farm (Trevor Blackler)
(TI-2) Small variable speed induction generator based grid connected wind turbine (Alison Norris)
(TI-3) A low power dial-out data acquisition system (Chris Hewlett)
(TI-4) Wind Map of Newfoundland (Phillip Jewer)
(TI-5) Grid connected inverter for a photovoltaic system (George Warren)
(TI-6) Feasibility study of a wind diesel system for St. Brendan's Newfoundland (Keith O'Rielly)
(TI-7) Modeling and simulation of a Direct Methanol fuel cell (Danielle Hickey)
(TI-8) Control of a proton exchange membrane fuel cell system (Amanda Mugford)
(TI-9) Modeling and control of a hybrid (fuel cell + renewable) power system for remote communities (Kristen Smith)
(TI-10) Maximum power tracker for a wind energy conversion system (Kelly O'keefe)
Term 7 & 8 projects for the Class of 2003
(TI-1) Design of a Small Wind Energy Conversion System (Steven Cullen)
(TI-2) Design of a Hybrid Energy System (Michael Snow)
(TI-3) The Design and Analysis of a Wind Diesel System for Remote Communities (Karen Traverse)
(TI-4) Design Of A Small Battery Charging Wind Turbine (Darryl Tapper)
(TI-5) Human powered energy system for a mobile personal digital assistant (Ian Langdon)
(TI-6) Smart Battery Charger (Brad Coady)
(TI-7) Design Of An Inverter For An Isolated Wind Turbine (Chris Peddle )
Term 8 Projects for the Class of 2002
(TI-1) Self powered wind speed and direction data logger and transmitter (Scot Croft)
(TI-2) A PC based weather station (Indrajit Chakraborty)
(TI-3) The Design of a Zero Energy House for Newfoundland (Paul Murphy)
(TI-4) Study of energy conservation in a car by radiator fan speed control (James Slade)
(TI-5) Design of a small variable speed induction generator based grid connected wind turbine (Richard Mullaly)
(TI-6) Formula MUN data acquisition system (Keith Wareham)
(TI-7,8) Liquid level control system (Lisa Byrne and Jennifer Hamlyn)
(TI-9) Remote data acquisition Via Satellite system (Chris Holden)
(TI-10) Wireless IR CAN Node (Colin Power)