1. Team #2: Staff Adam Wozniak Barry Gentz Brad LaCount Sean Murphy
Russ Diamond
BSEE

2. Team #2: Expertise & Experience
Adam Wozniak
Barry Gentz
Brad LaCount
Sean Murphy
Russ Diamond
Expertise: School Classes, Marketing/Selling
Experience: Franchise Owner
Expertise: RF Comm, Design, Hazmat safety
Experience: USMC
Expertise: School classes
Experience: None
Expertise: Soldering, quality control, programming
Experience: Military Aviation Electronics
Expertise: Testing, EMI, surface mount, six sigma
Experience: JCI

3. Team #2: Contact Info
Adam Wozniak
Barry Gentz
Brad LaCount
Sean Murphy
Russ Diamond
Phone 1: Phone 2:
Phone 1: Phone 2:
Phone 1: Phone 2:
Phone 1: Phone 2:
Phone 1: Phone 2:

4. Team #2: Weekly Availability Worksheet
Adam Wozniak
Barry Gentz
Brad LaCount
Sean Murphy
Russ Diamond
Time 1: T: Before 9:30am Time 2: T:2pm-6pm
Time 3: R: Before 8am Time 4: R: 2pm-7pm
Time 1: TR: 8am-11am Time 2: MW: 11am-2pm
Time 3: TR: 5:15-6:30pm Time 4: F: anytime
Time 1: M: 9am-12pm Time 2: T: 1-4pm
Time 3: R: 1-4pm Time 4: F: anytime
Time 1: MW: after 3:30pm Time 2: F: after 6pm
Time 3: R: 6-7pm Time 4: T: 5-6:30pm
Time 1: MW: after 5pm Time 2: MW: 11am-2pm
Time 3: F: after 4pm Time 4: TR: after 4pm

5. Team #2: Weekly Project Meeting Plan
Weekly Meeting 1: 3rd Fl Comp Lab, Tuesdays before class
Sean, Everybody, work on Project
Weekly Meeting 2: 3rd Fl Comp Lab, Thursdays before class Sean, Everybody, work on Project
Note: Meeting Owners Send Weekly Notices, Record Business-Issues-Actions, Keep Weekly Attendance Records

6. Team #2: Total Resources
500 Manhours
$500 or key part availability for material and prototyping
LPI-Sean
LSD-Russ
LPM-Adam
LRM-Brad
LMM-Barry

7. Team #2: Decision Making
We will decide any decisions by majority vote

8. Team #2: Project 1
Project 1 is a remote control car, that can display battery life speed and direction, and can turn on the lights at the flip of a switch or if it gets dark.
The benefit to the user would be a better remote control car
There are similar types of products, however we are the only one that has all of these features.
Our product would fall under the consumer industry
Picture from

9. Team #2: Project 1 Basic Block Diagram
CPU for Controller
Battery
Speed Control
Light Switch
RF Trans / Rec
Directional Control
Display
CPU for Car
Power Source
Controller
Speed and Direction
Indicator
Lights
Motor
Photodiode

10. Team #2: Project 2
Our second project was a multi-player game that connects through a wireless connection to a main console and it can determine when you made a selection and what selection has been made.
This is a good project for us because we have good skills in hardware and programming

11. Team #2: Project 2 Basic Block Diagram

12. Team #2: Project 3
Our third project is a kinetic flashlight that doesn’t need batteries. Our features will be that it can also plug into the wall to charge it and it can be remote controlled to turn off and on.
This is a good project for us because we have good skills in hardware and programming

13. Team #2: Project 3 Basic Block Diagram

14. Our Recommendation Project #1
We chose project 1, because it matched well with our skills in hardware and programming.
We also thought it would be a very interesting project. This project meets our interest in communications, power supplies, digital media.
This project was unanimously selected by a majority vote.

15. Our Recommendation
The major risks with this project is that it is too complex and we will not get parts of it done in time.
The other projects weren’t rejected as much as this project was chosen.

16. Team #2: Project 1
The remote control car has a two-way antenna that can transmit to and receive data from the car.
Control of the car will come from signals from the controller.
The car can turn its lights on and off manually, as well as if it gets dark enough.
The car will be able to tell us the speed and direction of where it is going, and the battery remaining.

17. Team #2: Project 1 Block Assignment
PCB 1, power supply will be connected to each block
User Input [1]
Battery signal Digital
CPU for Controller
Brad [2]
Display signal
Signals Digital
RF1 signal Digital
Power Supply [3]
Signal Input
Barry [4]
RF Trans / Rec
Sean [5]
Display [6]
RF2 signal Digital
Power supply signal
Direction Indicator Digital
CPU for Car
Russ [7]
Light signal Digital
Speed and direction Digital
Digital
Power Source [8]
Motor Control[9]
Speed Indicator [10]
Lights
Adam [11]
Direction Indicator [12]
Direction Control [13]
PCB 2, power supply will be connected to all blocks

18. System - Std Reqs: Market & Business Case Requirement Units to Specify
Competitors
Market Size
Average List Price
Market Geography
Market Demography
Intended Application
Material Cost
Manufacturing Cost
Annual Volume
Traxxus, Tra5510
$600 million, website
$200
World-Wide
6 yr. old to adult, boys
Home, toy
$80 / unit
$20 / unit
6 million / yr

19. System - Std Reqs: Env & Safety Requirement Units to Specify
Min Oper Temp Range
Min Oper Humidity Range
Min Oper Alt or Press Range
Min Storage Temp Range
Min Storage Humidity Range
Min Storage Alt or Press Range
Max Storage Duration
Primary EMC Standards
Primary Safety Standards
10-60 Co
0-100% non-condensing
Meters
0-100Co
0-100% non-condensing
1 year
IEC , EN55011, etc
IEC 950, UL2601, etc

20. System - Std Reqs: Power Interfaces Requirement Units to Specify
Energy Source List
Source Connection List
Min Oper Voltage Range
Max Power Consumption
Max Energy Consumption
Battery (Nimh or Li Ion)
Temporary
0-9.0 V and V
18.0 Watts Total
4600 mAH Total

21. System - Std Reqs: Mechanical Requirement Units to Specify
Max Volume
Shipping Container Size
Max Mass
Elec I/F Connector(s)
Max # of PC Bds
Max PCB Circuit Area
Max Shock
12,000 cm3
18,000 cm3
2 Kilograms
Tyco (e.g. IEC320, Nema, etc) 5
100 cm2 Total
50 G force

22. System - Std Reqs: Mfg & Life Cycle Requirement Units to Specify
Max Parts Count
Max Unique Parts Count
Parts/Mat $ Allocation
Asm/Test $ Allocation
Product Life, Reliability
Full Warranty Period
Product Disposition
Service Strategy
200 Total Parts
100 Unique Parts
$80 (Parts+Mfg=Product Cost)
$20 (Parts+Mfg=Product Cost)
3 yrs
6 months
Dispose
Dispose or Repair

23. System – Perf Reqs: Power Input(s) Requirement Definition
Battery Chemistry
Battery Capacity
Nicd
4000 mA-Hrs

24. Requirement Definition
System – Perf Reqs: Electrical Functions
Requirement Definition
Black and White Display
20cm x 10cm
1 meter
Lighted
LED Display
Display size
Max. Display Distance
Viewing Enviroment

25. Electrical Signal Req Definition
System – Perf Reqs: Electrical Interfaces
Electrical Signal Req Definition
Analog Signals
Digital Signals
Signal Direction
Speed, Lights, Direction, Controller
Lights, Direction, Battery Power
Bidirectional

26. System – Perf Reqs: Operator I/F Outputs Requirement Definition
Optical Indicators, Lights
Display Type
Display Char Matrix
Display Size
Display Illumination
LED, Black and White
7 segment LED
7 Total Char/Row, 2 Total Rows
20cm x 10cm
LED

27. System – Perf Reqs: Operator I/F Inputs Requirement Definition
Switch Type
Min SNR
Max THD
Min Power Gain
Max Error Voltage
Max Delay
Min EM Transmission Distance
Rotary, push-button, potentiometer
60 dB 1% 80
.25V
.005s
300m

28. Requirement Definition
System – Perf Reqs: Mech Interfaces / Safety
Requirement Definition
Connectors
Signal 1 Max Current Limit
Signal 1 Max Trip Time
Signal 2 Max Current Limit
Signal 2 Max Trip Time
Max Potential
Male pin, female socket
.5 Amps
.01 s
5 Amps
9 V

29. Requirement Definition
System – Perf Reqs: Modes of Operation
Requirement Definition
Power Modes
Power Saving Modes
ON/OFF
None