Project Book PILOTCITY INTERNSHIP & FELLOWSHIP 2019
4
AUTONOMOUS CAMPUS SHUTTLE
12
AUTONOMOUS HOME FOR THE HOMELESS
18
B A R T FA R E E VA S I O N D E T E C T I O N
22
C L E A N WAT E R A S S E S S M E N T F O R C I T I E S & C O M M U N I T I E S
30
D A T A A N A LY S I S F O R T H E A L A M E D A L I B R A R Y
39
D R O N E S F O R S I D E WA L K M A I N T E N A N C E I N H AY WA R D
45
DRONES FOR TRAFFIC INTERSECTION ASSESSMENT
53
GAMING FOR REDUCTION OF JUVENILE DETENTION
57
I G N I D R O N E : F I R E - R E S I S TA N T D R O N E F O R P U B L I C S A F E T Y
71
POWERSINK: SINK TURBINE FOR CLEAN ENERGY
80
RUSH: QR CODE EXPEDITING OFF-CAMPUS LUNCH CROWDS
91
S E A M L E S S S C H O O L S : AU T O N O M O U S S H U T T L E F O R PA S S I N G P E R I O D S
99
SMART HOME FOR PETS
106
S O C I A L M E D I A F O R S U S TA I N A B I L I T Y
111
T R A S H H O T S P O T D E T E C T I O N I N N AT I O N A L PA R K S
119
VA P E A L A R M F O R S C H O O L B AT H R O O M S
3
PILOT SUMMARY
Autonomous Campus Shuttle Velodyne Lidar PilotCity: Other Pilot Manager: Chloe Enkhbayar, Gabriel Melgar, Riya , Pilotcity Report Date: 9/19/2019
Stage: Completed
Final Evaluation Other We didn't meet all of our goals because we committed to an unfeasible prototype idea which made it hard to use to gather data from UC Berkeley.
Pilot Description Velodyne’s Lidar (Light Detection and ranging) is a system that shoots out billions of photons in 360 degrees calculating the distance and time to an object creating a 3D map of the environment. Using LIDAR, we plan on creating an autonomous, battery/solar powered shuttle that follows a specific route around campus giving students (including disabled students) the opportunity to quickly travel around UC Berkeley campus during the school day.
Goals RESULT
GOAL
Unmet
1. Gather at least 100 student responses at UC Berkeley and/or other Universities that are large enough to need a shuttle to determine a need.
Met
2. Get in contact with UC Berkeley and other UCs, to get them as a client or interested prospect and showcase the prototype.
Unmet
4
3. Develop a minimal data gathering prototype to map out the Berkeley campus by July 26th.
Milestones Milestones Results Summary Completed 3 Delayed
1
Blocked
0
Untracked 2 Milestones Results Breakdown Completed
07/05/2019
Contact colleges Autonomous Shuttle/Bus Powered with Battery and Solar Power
Completed
07/19/2019
Create a functional prototype
Untracked
07/23/2019
Schedule a meeting with a potential partner
Delayed
07/26/2019
Figure out how fast we want our shuttle to be running on campus
Untracked
07/27/2019
Visit UC Berkeley to survey students
Completed
07/27/2019
Map out our prototype route
Metrics Metrics Results Summary Met
2
Missed
1
Untracked 1 Metrics Results Breakdown Missed
Interested Students
Untracked
Accurate Mapping
Met
MPH
Met
Commute
5
Interested Students
Missed
Out of 100 students, how many are interested in our Autonomous Campus Shuttle?
Target Quantity:
Measured Quantity:
50
25 Results
Target
60
45
30
15
0 8/7/2019
6
Accurate Mapping
Missed
How many times does the prototype have to drive through the prototype route to create an accurate representation of the environment?
Target Quantity:
Measured Quantity:
5
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
7
MPH
Met
What is a reasonable speed limit for the shuttle? 5mph, 10mph, 15mph, or 20mph?
Target Quantity:
Measured Quantity:
19
19 Results
Target
20
15
10
5
0 7/29/2019
8
Commute
Met
How long does it take for a student to get from class to class?
Target Quantity:
Measured Quantity:
10
15 Results
Target
16
12
8
4
0 8/7/2019
9
Deliverables 1. Fully functional prototype
2. An autonomous shuttle ran on solar energy and battery power
3. Fully mapped out shuttle routes throughout the whole school
Budget VALUE
ITEM
$750
1. Shuttle/Bus (1)
$10,000
2. Lidar Sensors (2)
$150
3. Vehicle Battery
$1,000
4. Solar Pannels
Budget Total = $11,900
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PILOT PROPOSAL
Autonomous Campus Shuttle Velodyne Lidar PilotCity: Other Pilot Manager: Chloe Enkhbayar, Gabriel Melgar, Riya , Pilotcity Report Date: 9/19/2019
Stage: Completed
Contact Name
Contact Email
Riya
riyamalhotra@students.berkeley.net
Contact Phone
Organization Name
5102603857
Velodyne Lidar
Website
Department
pilotcity.com
Transportation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$5,000 - $20,000
Tell us about your product or service Our product is a solar powered shuttle linked with LiDar for school/college campuses that allow students to travel across campus safely, efficiently, and autonomously
Please describe the impact of your proposed product or service Chronic tardiness can result in the loss of valuable and instructional class time. Our idea gives students the opportunity to arrive to class efficiently and effortlessly
Please give a brief description of your proposed pilot Our goal is to create an efficient and effortless form of transportation for students on campus
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PILOT SUMMARY
Autonomous Home for The Homeless Velodyne - Automated Safety RV PilotCity: Other Pilot Manager: Pilotcity Report Date: 9/19/2019
Stage: Tracking
Pilot Description In 2016, research documented from Social Solutions pointed out that more than 500,000 people in the United States are currently homeless. Out of that statistic, 15% are classified as “chronically homeless� while 8% of the population are veterans. Our goal is to use the Velodyne LiDAR to make an autonomous RV that gives the homeless a place to sleep.With the autonomous RV we plan on solving some of this problem.The RV drives around the city of Berkeley and picks up homeless people.Inside the RV we are providing supplies like tooth brushes and tooth paste, deodorant, a shower, clothes and food.
Goals 1. A fully capable working prototype
2. Interview the homeless
3. Collaboration with the city of Berkeley
4. Meet with the mayor of Berkeley/Berkeley officials to collaborate.
5. Testing on a small scale model
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Milestones 07/17/2019
Small scale testing
07/18/2019
Meet with the city of Berkeley
07/24/2019
First test of recording with LiDAR
07/30/2019
interview homeless
12/31/2019
A fully working prototype
Metrics Expansion of Personal Space The area of square ft. a person may have in our RV compared to a homeless shelter.
Target Growth:
Measured Growth:
20%
0%
Results
Baseline
120
90
60
30
0 7/24/2019
8/1/2019
Measured total: null
13
Social Media Homelessness Campaign Gain a 100 follows to our Instagram page to support homelessness.
Target Quantity:
Measured Quantity:
100
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
14
Homelessness Interview We'll aim to interview 5 people who have or currently are suffering from homelessness
Target Quantity:
Measured Quantity:
5
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
15
Deliverables 1. 1. A fully working autonomous RV service with a LiDAR, and a bus route, along with the supplies needed for the homeless for the city of Berkeley.
Budget VALUE
ITEM
$0
1. RV, i Pad, Toiletries, Cots, and Sleeping bags
$0
2. Supplies inside RV (Toiletries, Cots, and Sleeping bags)
$0
3. i Pad
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Autonomous Home for The Homeless Velodyne - Automated Safety RV PilotCity: Other Pilot Manager: Pilotcity Report Date: 9/19/2019
Stage: Tracking
Contact Name
Contact Email
justun
jussher17@gmail.com
Contact Phone
Organization Name
1-209-222-7632
Velodyne - Automated Safety RV
Website
Department
pilotcity.com
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
No Cost
Tell us about your product or service Our chief aim is to use the LiDAR system to make autonomous RV's that will pick up homeless people and give them a place to sleep.
Please describe the impact of your proposed product or service Providing the homeless a home one night at a time.
Please give a brief description of your proposed pilot To create a minimum viable product that represents our goal on a smaller scale.
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PILOT SUMMARY
BART Fare Evasion Detection Bart PilotCity: Other Pilot Manager: Pilotcity Report Date: 9/19/2019
Stage: Evaluating
Pilot Description Our goal is to create a motion-sensing camera that can detect foul behaviors, which will lead to a picture taken of them. We plan on mounting the cameras on the roof, above each gate at the Bart station. This camera will be able to prevent fair evasions from occurring.
Goals
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RESULT
GOAL
Untracked
1. Have less fare evasions.
Untracked
2. Create a safer environment at Bart.
Untracked
3. Have Bart test this idea as a currently running station.
Milestones Milestones Results Summary Completed 4 Delayed
0
Blocked
0
Untracked 0 Milestones Results Breakdown Completed
07/14/2019
Get 100 people to fill out our Bart Safety Survey
Completed
07/16/2019
Collect data about peoples thoughts on Bart Safety
Completed
07/18/2019
Create a prototype of the camera on Fushion360
Completed
07/26/2019
Build our prototype in real life
Metrics Metrics Results Summary Met
0
Missed
0
Untracked 1 Metrics Results Breakdown Untracked
Money loss from Fare Evasions
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Money loss from Fare Evasions We'll measure the money saved by having our prototype during our fare evasions.
Target Quantity:
Measured Quantity:
10000000
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
20
Missed
PILOT PROPOSAL
BART Fare Evasion Detection Bart PilotCity: Other Pilot Manager: Pilotcity Report Date: 9/19/2019
Stage: Evaluating
Contact Name
Contact Email
Sophia
sophiaduong18@gmail.com
Contact Phone
Organization Name
4152973903
Bart
Website
Department
pilotcity.com
Transportation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$20,000+
Tell us about your product or service Our product is a motion-sensing camera installed at the gates of a bart station that can detect foul behaviors, which will lead to a picture taken of them.
Please describe the impact of your proposed product or service People are cheating the Bart system by entering and leaving the stations without paying.
Please give a brief description of your proposed pilot Our product will attempt to lower the crime rate of larceny at bart by putting a motion-sensing camera installed at the gates of a bart station that can detect foul behaviors, which will lead to a picture taken of
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PILOT SUMMARY
Clean Water Assessment for Cities & Communities DJI Water PilotCity: Other Pilot Manager: Pilotcity Report Date: 9/19/2019
Stage: Evaluating
Pilot Description Water is a basic necessity. Despite this, humans have continued to compromise the quality of their water for economic or social gains. Without a comprehensive knowledge of their impacts on lakes, rivers, and reservoirs, people have begun to take their most precious resource for advantage. In order to solve this issue, DJI Water plans to utilize drones and remote sensing software to create comprehensive research reports which present findings about a specific body of water over time. Drones have the ability to take accurate images of water which can track algal growth and color change in bodies of water, as well as the ability to monitor heat flow. On the other hand, IoT can be used to measure changes in water, including pH and temperature. The data collected will then be used to create detailed reports, which can be used to create step-by-step plans to conserve and clean the bodies of water we researched.
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Goals RESULT
GOAL
Untracked
1. Educate the public about issues with water in their communities by encouraging clean water practices in neighborhoods.
Untracked
2. Create comprehensive research reports on bodies of water, including pH, thermal tracking, and algal growth tracking.
Untracked
3. Enable companies and city governments to take measures towards cleaning water in their respective cities and areas.
Untracked
4. Contact ecology departments at universities to see if they are willing to invest in water research.
Untracked
5. Successfully test drones over a local body of water to determine which aspects of the project can be improved or changed.
Milestones Milestones Results Summary Completed 5 Delayed
2
Blocked
0
Untracked 0 Milestones Results Breakdown Completed
07/05/2019
Complete research regarding the source of the water issue
Completed
07/09/2019
Find exact tech needed to conduct effective research
Completed
07/12/2019
Contact city governments to find a location for testing the drones
Completed
07/12/2019
Find a client that is interested at a university campus or at the city government
Completed
07/19/2019
Learn how to incorporate MESH and Drone Deploy software with the Mavik Pro
Delayed
08/02/2019
Conduct first test at the local water body
Delayed
08/05/2019
Determine where the project can improve
23
Metrics Metrics Results Summary Met
1
Missed
1
Untracked 0 Metrics Results Breakdown
24
Met
Number of Successful Test Trials
Missed
Number of People Informed
Number of Successful Test Trials
Met
Number of tests conducted in the test water body
Target Quantity:
Measured Quantity:
3
3 Cumulative Results
Target
4
3
2
1
0 7/25/2019
8/7/2019
25
Number of People Informed Number of people who access information about conservation
Target Quantity:
Measured Quantity:
20
10 Results
Target
20
15
10
5
0 7/25/2019
26
Missed
Budget VALUE
ITEM
$1,500
1. DJI Phantom (Provided)
$20
2. MESH (Provided)
Budget Total = $1,520
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Clean Water Assessment for Cities & Communities DJI Water PilotCity: Other Pilot Manager: Pilotcity Report Date: 9/19/2019
Stage: Evaluating
Contact Name
Contact Email
Aadhiti Ghankota
aadhitighankota@gmail.com
Contact Phone
Organization Name
9259635231
DJI Water
Website
Department
pilotcity.com
Public Works
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$1 - $5,000
Tell us about your product or service Using drones to take accurate images of water can track algal growth, color change in bodies of water, and heat flow. By using remote sensing, we can measure changes in water, including pH and temperature. This data will then be used to create detailed reports, which can be used to create step-by-step plans to conserve and clean the bodies of water we researched.
Please describe the impact of your proposed product or service Providing accurate and sustainable water reports, combined with information about how individuals can enable change in their community's water ecosystem, is a large step towards creating a more ecologically aware environment. Governments and organizations will also have a better idea of their impacts on bodies of
28
water in their respective areas.
Please give a brief description of your proposed pilot Complete research on issues with water Learn how to use the technology involved with the project Conduct initial research on local bodies of water Find a client by the end of the fellowship
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PILOT SUMMARY
Data Analysis for The Alameda Library Library Typeform PilotCity: Other Pilot Manager: Amy , Pilotcity Report Date: 9/19/2019
Stage: Evaluating
Pilot Description The purpose of this project is to help the Alameda Library attract more participants for their community events. We hope to achieve that by using Typeform, a service company that allows users to make customizable surveys. With these surveys, the Alameda Library will be able to collect more information and hold events that interests teens the most. Through these events, students will be able to complete their community service requirements. We plan to send these surveys through school resources such as School Loop, Aeries, school email, etc. in order to reach students.
Goals RESULT
GOAL
Unmet
1. To get an average of 15 more participants to attend the Alameda Library events by the beginning of the school year
30
Met
2. Get at least 30 students to fill out surveys from Alameda School District
Met
3. Help Alameda Library promote events and spread more awareness about it
Unmet
4. Increase number of views for websites and magazines that promote events
Risks 1. City Recreation Center might not be interested in working on this project
2. Students don't fill out the surveys
Milestones Milestones Results Summary Completed 5 Delayed
2
Blocked
0
Untracked 0 Milestones Results Breakdown Completed
07/17/2019
Start making survey and write well-developed, specific questions for it
Completed
07/18/2019
Ask employer's opinion on survey; edit any necessary changes
Completed
07/25/2019
Talk with Alameda School District members, Girls Inc, and Boys and Girls Club about surveys
Completed
07/29/2019
Contact City Recreation Center to discuss survey and promotion opportunities
Delayed
08/05/2019
Send out surveys to students who attend Alameda schools through school resources -AUSD has not contacted back yet
Completed
08/19/2019
Have at least 30 students from Alameda schools fill out survey -AUSD didn't contact back yet -sent out through other resources (Teen Center, Girls Inc.)
Delayed
08/23/2019
Have at least 15 more teens attending library events -there was an increase in participants but not sure if it was due to surveys -will redo experiment in near future
31
Metrics Metrics Results Summary Met
2
Missed
2
Untracked 0 Metrics Results Breakdown
32
Missed
High School 101
Met
Survey Numbers
Met
Satisfaction Survey
Missed
Teen Advisory Board
High School 101
Missed
We'll measure the amount of teens attending this event
Target Quantity:
Measured Quantity:
20
15 Results
Target
20
15
10
5
0 8/7/2019
33
Survey Numbers
Met
We'll measure the amount of people completing the surveys
Target Quantity:
Measured Quantity:
30
41 Cumulative Results
Target
60
45
30
15
0 8/2/2019
34
8/7/2019
Satisfaction Survey
Met
We'll measure teens' satisfaction after events
Target Satisfaction:
Measured Satisfaction:
4
4.00 Results 4
3
2
1
0 1 Star
2 Stars
3 Stars
4 Stars
5 Stars
Number of votes: 2
35
Teen Advisory Board
Missed
We'll measure the amount of teens attending this event
Target Quantity:
Measured Quantity:
15
10 Results
Target
16
12
8
4
0 8/8/2019
36
Deliverables 1. I will be creating a Typeform survey for the Alameda Library that will help collect data from students to see what events they are most interested in participating. By doing so, I hope to increase the number of participants that attend the library events.
Budget VALUE
ITEM
$30
1. Typeform (per month)
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Data Analysis for The Alameda Library Library Typeform PilotCity: Other Pilot Manager: Amy , Pilotcity Report Date: 9/19/2019
Stage: Evaluating
Contact Name
Contact Email
Amy
amyli831@ausdg.us
Contact Phone
Organization Name
5104321263
Library Typeform
Website
Department
www.pilotcity.com
Information Technology
Product Stage
Estimated Pilot Cost
Beta (prototype with first customers)
$1 - $5,000
Tell us about your product or service Using Typeform, a service company, to draw a larger audience and to collect data and info at the same time.
Please describe the impact of your proposed product or service to increase the amount of teens/volunteers attending community events held by library
Please give a brief description of your proposed pilot My proposition is to get libraries to work with Typeform. Local libraries host community events that many teens miss out on. By using Typeform, libraries can inform more teens about these events and collect data and information on which events to hold that will draw the most people.
38
PILOT SUMMARY
Drones for Sidewalk Maintenance in Hayward Sidewalk Maintenance PilotCity: Public Works Pilot Manager: Lizzeth Chamu, Kyara , Pilotcity Report Date: 9/19/2019
Stage: Completed
Final Evaluation Pilot Description The problem that our project tackles is damaged sidewalks. Damaged sidewalks are problematic because it is an unsafe way for people to commute and it can cause people to be injured. Therefore, we developed a plan to use a drone to locate and take pictures of areas that require sidewalk maintenance. The drone would fly around 5 blocks in the City of Hayward to locate the sidewalks that have problems such as Hesperian Blvd. From that, we'll use a special software (DroneDeploy) to make measurements and create 3D images of the sidewalks.
Goals RESULT
GOAL
Unmet
1. Increase sidewalk safety for pedestrians
Unmet
2. Decrease the amount of sidewalk maintenance
Unmet
3. Observe a half a mile of Hesperian blvd of Hayward by the end of the month
39
Milestones Milestones Results Summary Completed 4 Delayed
0
Blocked
0
Untracked 0 Milestones Results Breakdown Completed
07/08/2019
Choose a block to test
Completed
07/24/2019
Practice controlling a drone
Completed
07/30/2019
Use drone to locate and take pictures of damaged sidewalks
Completed
08/01/2019
Use software to make measurements of sidewalks
Metrics Metrics Results Summary Met
1
Missed
1
Untracked 0 Metrics Results Breakdown
40
Missed
Sidewalk Analysis
Met
Money Savings
Sidewalk Analysis
Missed
We'll measure the amount of damaged sidewalks by 1000 ft on 5 blocks
Target Quantity:
Measured Quantity:
2
1 Results
Target
4
3
2
1
0 7/31/2019
41
Money Savings
Met
Cost of repairing sidewalks
Target Savings:
Measured Savings:
10%
38%
Results
Baseline
2.4k
1.8k
1.2k
600
0 8/7/2019 Measured total: 1500
42
Deliverables 1. Cost saving analysis with drones
2. Have picture data on one block of the city
Budget VALUE
ITEM
$0
1. Mavic ($1499)
$0
2. DroneDeploy ($99)
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
43
PILOT PROPOSAL
Drones for Sidewalk Maintenance in Hayward Sidewalk Maintenance PilotCity: Public Works Pilot Manager: Lizzeth Chamu, Kyara , Pilotcity Report Date: 9/19/2019
Stage: Completed
Contact Name
Contact Email
Kyara
kyaragarner.mehs@gmail.com
Contact Phone
Organization Name
5103628668
Sidewalk Maintenance
Website
Department
PilotCity.com
Public Works
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$1 - $5,000
Tell us about your product or service Use drones to locate and analyze missing/damaged sidewalks
Please describe the impact of your proposed product or service Create an effective way for people to commute
Please give a brief description of your proposed pilot Reconstruct better sidewalks, few months, drone, iPad, softwares
44
PILOT SUMMARY
Drones for Tra c Intersection Assessment Intersection Problem PilotCity: Other Pilot Manager: Kerwin Shi, Katy Tien, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Pilot Description The Intersection Problem is a project based on observing the a Decoto intersection in Fremont, California. Our observation using drones found that timing issues with the traffic lights creates traffic jams on the middle of the intersection. Currently in the event of high car congestion, backups occur on the road that goes through Decoto Road. This causes stuck cars to extend into the intersection. As a result, this causes cars on Decoto road to get blocked, and therefore, stuck in traffic. The goal is to utilize drones to assist us in planning and pushing for road fixes within Fremont. Drones will be used to provide traffic footage to help in determining the route of the problem, and can also be used to create 3D models to help in prototype planning. Furthermore, the surrounding community’s opinion, in the form of data collected from surveys, will also be utilized to support the project. The plan is to take this project to the city of Fremont and propose the problem that plagues the intersection, and our prototype to help fix it. We plan to take the project further by expanding boundaries by looking at other intersections and gaining the support of many other cities.
45
Goals 1. [Short-Term] Make and execute a working prototype of the solved intersection in the time frame of one month.
2. [Short-Term] Gain Fremont's support of our prototype in the time frame of one month. [Long Term] Gain one or two more clients (cities) to work with us and support our project.
3. [Short-Term] Develop a solution that effectively decreases the chance of a traffic jam from occurring.
4. [Short-Term] Gain one surrounding community's support of proposed intersection.
Milestones
46
07/02/2019
Project concept/planning finished.
07/02/2019
Coming up with one solution.
07/03/2019
Create people's satisfaction survey.
07/08/2019
Start to collect data on the intersection (5 hours, 4 days)
07/08/2019
Collect people's opinions on the intersection (survey, 100 people).
07/08/2019
Collect data of people's opinions on the prototype intersection (survey, 100 houses).
07/11/2019
Contact City of Fremont for a proposal.
07/19/2019
Finish collecting data on the intersection.
07/22/2019
Propose to the city about the intersection with the collected data.
Metrics Commuter Satisfaction Measure community's satisfaction of the current intersection
Target Proportion:
Measured Proportion:
60%
0%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
47
Prototype Satisfaction Measuring the community's satisfaction of the prototype intersection.
Target Satisfaction:
Measured Satisfaction:
4
0.00
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Number of votes: 0
48
Traffic Data Measure total traffic congestion at the intersection (Cars per hour).
Target Quantity:
Measured Quantity:
300
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
49
Pedestrian Data Measure total pedestrian activity at the intersection (People per hour).
Target Quantity:
Measured Quantity:
0
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
50
Deliverables 1. A prototype of the intersection
2. Data of the people's opinion on the Decoto Intersection
3. Data on the prototype
Budget VALUE
ITEM
$1,500
1. Drone (Mavic Pro)
$3,000
2. Drone Deploy (per year)
Budget Total = $4,500
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Drones for Tra c Intersection Assessment Intersection Problem PilotCity: Other Pilot Manager: Kerwin Shi, Katy Tien, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Contact Name
Contact Email
Katy Tien
katytien2003@gmail.com
Contact Phone
Organization Name
5108613138
Intersection Problem
Website
Department
www.pilotcity.com
Public Works
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$5,000 - $20,000
Tell us about your product or service Our service provides observation to small and problematic intersections that causes daily traffic jams. Our
Please describe the impact of your proposed product or service Our observation with drones can decrease the likelihood of upcoming traffic jams in local communities.
Please give a brief description of your proposed pilot Our goal is to use drones to observe problematic intersections faster than humans ever can.
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PILOT SUMMARY
Gaming for Reduction of Juvenile Detention Black water games PilotCity: Human Resources Pilot Manager: Lucio , Arnold Cruz, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Pilot Description My project involves developing a new Roblox game while publishing with Blackwater Games to help educate people about the juvenile system and the experience that they may encounter from being incarcerated.
Goals 1. To educate 500 people on the juvenile system
2. Prevent players from making bad habits
Milestones 07/08/2019
Plan out the layout of the game
07/08/2019
Program the game
07/10/2019
To teach young people how it is in the juvenile system
07/17/2019
To get at least a 1,000 people playing the game
07/19/2019
Get feedback from players
07/26/2019
Promote the game with Black water games
08/01/2019
To have 10,000 people play the game
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Metrics People who play the game Measure of the amount of people that play the game
Target Quantity:
Measured Quantity:
500
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Deliverables 1. A fully functional game of roblox that's about the juvenile system
2. Get data
Budget VALUE
ITEM
$20
1. Promotion and Advertising
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Gaming for Reduction of Juvenile Detention Black water games PilotCity: Human Resources Pilot Manager: Lucio , Arnold Cruz, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Contact Name
Contact Email
Lucio
luciorubiosoto3@gmail.com
Contact Phone
Organization Name
5104678264
Black water games
Website
Department
Pilotcity.com
Human Resources
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
No Cost
Tell us about your product or service Education on the system of being locked up
Please describe the impact of your proposed product or service Educate on the jail system
Please give a brief description of your proposed pilot Trying to help as many kids
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PILOT SUMMARY
IgniDrone: Fire-Resistant Drone for Public Safety Pilot City PilotCity: Other Pilot Manager: Hannah Zhu, Ishani Gupta, Ishaan Gupta, Srika Chagarlamudi, Jonathan Wu, Pilotcity Report Date: 9/19/2019
Stage: Completed
Final Evaluation Continue to a full RFP We want to continue with this project and expand it into a business.
Pilot Description We will develop a fire-resistant drone which will be used to fly in and out of fires to deliver materials to civilians in fires including filtration masks and fire blankets. The drone will be encased in aerogel cloth to make it fireproof. Aerogel is essentially a material that is extremely lightweight and has an extremely high melting point. This will allow the inside to remain a cooler temperature than its surroundings. The propellers will be made of carbon fiber, which will allow them to resist heat up to 2000 degrees Fahrenheit. This product will be directed towards fire departments (Fremont first then Alameda County after we have a proof of concept) to help them.
Goals RESULT
GOAL
Met
1. Do a test run (testing to see if the aerogel and carbon fiber will properly fireproof the drone)
Unmet
2. Create a functional prototype (be fireproof, deliver materials - 5lbs) that would be able to help people in fires and the fire department by the end of this program
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Milestones Milestones Results Summary Completed 7 Delayed
3
Blocked
0
Untracked 0 Milestones Results Breakdown
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Completed
07/05/2019
Find and buy test drones
Completed
07/05/2019
Finalize the materials needed for this project
Completed
07/07/2019
Buy all of the materials
Completed
07/09/2019
Talk to someone in the Fire Department to get funding/support
Completed
07/12/2019
Start receiving materials
Completed
07/19/2019
Finish getting all materials and assembling the drones.
Completed
07/26/2019
Start testing the product and refining the design
Delayed
07/26/2019
Go to the local fire department and test it in testing centers
Delayed
07/29/2019
Try to enable the drone to carry weight
Delayed
07/31/2019
Contact private agencies
Metrics Metrics Results Summary Met
2
Missed
1
Untracked 5 Metrics Results Breakdown Missed
Longevity L.T.
Untracked
Drone Payload L.T.
Untracked
User Satisfaction L.T.
Untracked
Max Temperature that the Drone Can Withstand before it stops flying (in F) L.T.
Met
Client Contact S.T.
Met
Potential Investors S.T.
Untracked
Potential Private Clients
Untracked
Research Grants for Funding
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Longevity L.T.
Missed
How long the drone can remain in the fire (in minutes)
Target Quantity:
Measured Quantity:
5
4 Results
Target
8
6
4
2
0 7/24/2019
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Drone Payload L.T.
Missed
How much weight the drone can carry (lbs)
Target Quantity:
Measured Quantity:
5
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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User Satisfaction L.T. Satisfaction of pilot in the fire department
Target Satisfaction:
Measured Satisfaction:
3
0.00
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Number of votes: 0
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Missed
Max Temperature that the Drone Can Withstand before it stops flying (in F) L.T. Target Satisfaction:
Measured Satisfaction:
3
0.00
Missed
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Number of votes: 0
63
Client Contact S.T.
Met
Contact fire departments in hopes of receiving potential clients
Target Quantity:
Measured Quantity:
20
34 Results
Target
36
27
18
9
0 7/18/2019
64
Potential Investors S.T.
Met
Engage with clients and critics at PilotCity events in order to gain interest in our product and work towards gaining Investors
Target Quantity:
Measured Quantity:
1
2 Results
Target
4
3
2
1
0 7/19/2019
65
Potential Private Clients Engage with private companies
Target Quantity:
Measured Quantity:
5
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Missed
Research Grants for Funding
Missed
Contact/find companies for grants
Target Quantity:
Measured Quantity:
5
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Deliverables 1. Silica Aerogel Mat- Body Color: White Heat Resistance: up to 1000℃ Thickness: 3mm Density: 180-220kg/m3
2. Carbon Fiber Propellers
3. Heat Reflective Tape Reflects up to 95% of Radiant Heat
4. Fishing Gannet: Deliver Materials Max Payload: 5lbs
Budget VALUE
ITEM
$39.99
1. Silica Aerogel Insulation Hydrophobic Mat (1)
$0
2. DJI Phantom Drone
$0
3. DJI Spark Drone
$0
4. Hours (6 per drone)
$39.9
5. Newtex Z-Flex Self-Adhesive Heat Reflective Tape, 2" x 25' Roll (2)
$69.99
6. Fishing gannet
$59.8
7. Priline Carbon Fiber Polycarbonate 1KG 1.75 3D Printer Filament
Budget Total = $209.68
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PILOT PROPOSAL
IgniDrone: Fire-Resistant Drone for Public Safety Pilot City PilotCity: Other Pilot Manager: Hannah Zhu, Ishani Gupta, Ishaan Gupta, Srika Chagarlamudi, Jonathan Wu, Pilotcity Report Date: 9/19/2019
Stage: Completed
Contact Name
Contact Email
Srika Chagarlamudi
srikach123@gmail.com
Contact Phone
Organization Name
5104588357
IgniDrone
Website
Department
pilotcity.com
Fire
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$1 - $500
Tell us about your product or service Our product is a fire-resistant drone which will be used to deliver oxygen masks and fire blankets to civilians in fires.
Please describe the impact of your proposed product or service We aim to reduce the number of deaths and severe injuries caused by asphyxiation and burns in fires
Please give a brief description of your proposed pilot We plan to be resourceful by gathering efficient and accessible materials to fire-proof our drone. This will be
69
p
yg
g
p
the main focus of our project, but we may add the features to drop materials based on the given time frame. We plan to have a working prototype of the drone in 6 weeks.
70
PILOT SUMMARY
PowerSink: Sink Turbine for Clean Energy Sink Turbine PilotCity: Other Pilot Manager: Kenneth Thai, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Pilot Description The issue of climate change is demanding our world for more sources of green energy as the current ones are not outputting enough to sustain the amount of people living on this planet. In addition, with the high volume of waste water flowing under homes on daily basis, the possibilities of clogs and damage to piping is high as well as the risk is to littering. My product consists of a filter with a disposable tray for cleaning along with a downscaled hydroelectric turbine that would be able to prevent debris from damaging or clogging piping. The turbine itself would be able to use the flow of water to act as a dam and output some electricity that could power a small device within a home. Though the output of electricity would be small, there usually are multiple sinks within a home, so the impact would be significant in terms of where homes pull energy from. Compared to another generic sink filter, this product would not be in the way since it is being placed under your sink instead of inside your actual sink where it could move around or get caught in. On the other hand, when comparing this project to other sources of green electricity, it is obscure compared to solar panels and windmills for say but would also be more convenient to install and purchase for potential customers. Intended customers would be home developers and also homeowners that would have a professional come to their home to install.
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Goals 1. Have a prototype that can filter waste water efficiently and also generate usable amount of electricity.
2. Reduce amount of clogging in pipes and water pollution due to trash.
3. Determine the viability of a miniature hydroelectric turbine and its effectiveness with the water flowing down a sink.
4. Have at least 20 prototype testers by end of 6 weeks.
Milestones
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07/02/2019
Planning for schedule and resources needed
07/10/2019
Research on supplies and competitors completed.
07/10/2019
Research on manufacturers for product.
07/15/2019
Design of encasing for product completed
07/16/2019
Reach out to 80 possible users.
07/19/2019
Supplies (turbine, filter material, encasing material) urchased
07/31/2019
Prototype Completed. Turbine and filter put together in encasing.
08/06/2019
Testing of prototype and collection of data.
Metrics User Satisfaction We'll measure the satisfaction of customers with my product.
Target Satisfaction:
Measured Satisfaction:
4
0.00
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Number of votes: 0
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Filter Effectiveness We'll measure the amount of debris being deterred from entering the sewage with the filter.
Target Growth:
Measured Growth:
100%
-100%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Measured total: 0
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Number of Customers that no longer have piping issues We'll measure the amount of customers who's sinks no longer clog.
Target Proportion:
Measured Proportion:
100%
0%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Prototype implementations Amount of customers that would implement prototype.
Target Quantity:
Measured Quantity:
20
0
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Budget VALUE
ITEM
$300
1. Miniature Hydroelectric Turbine
$200
2. Encasing Material
$100
3. Filter Material
Budget Total = $600
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
PowerSink: Sink Turbine for Clean Energy Sink Turbine PilotCity: Other Pilot Manager: Kenneth Thai, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Contact Name
Contact Email
Kenneth Thai
kenneththai19@gmail.com
Contact Phone
Organization Name
5106317737
Sink Turbine
Website
Department
pilotcity.com
Utilities
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$1 - $5,000
Tell us about your product or service My product and service is an object consisting of a cone-shaped filter and a miniature hydroelectric turbine. The product would be placed under a sink somewhere within your pipeline heading towards the sewer. The filter would prevent debris from clogging piping and damaging the turbine. The turbine acts as a down-scaled dam and uses the flow of water within your pipes to generate electricity that can power a small device.
Please describe the impact of your proposed product or service With my product, the amount of clogged and damaged pipelines due to debris flowing down your sink would decrease. In addition, the amount of litter and trash going into sewers and our water will also decrease. My product would create a new course of green energy that is more convenient and affordable to install and use within a home.
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Please give a brief description of your proposed pilot My goals for this pilot is to have at least a prototype and 5 users by the end of 6 weeks. Some resources I would need are a sink, flowing water, piping, and a miniature hydroelectric turbine.
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PILOT SUMMARY
Rush QR Code: Expediting Off-Campus Lunch Crowds Typeform restaurant PilotCity: Other Pilot Manager: Katrina Castro, Kristen Chan, Alexis Quan, Pilotcity Report Date: 9/16/2019
Stage: Completed
Final Evaluation Continue to a full RFP We will be waiting for the start of school to begin the test run of RUSH. Then we will be able to measure our goals of efficiency, lines, customer satisfaction, and audience better.
Pilot Description Long lines out your business preventing you from maximizing your business during lunch hour? RUSH is the solution for you -maximizing the efficiency of your business by enabling your customers to pre-order their meal. Alameda High's students consistently pile up at your business, and because of these long lines some resort to going to other businesses to get their lunch in the short lunch break they have. However, with the ability to pre-order their meal with RUSH, your business can maximize all customer profits by reducing wait times and lines.
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Goals RESULT
GOAL
Unmet
1. EFFICIENCY: Increase restaurant efficiency by 20% Measure how many customers the business is able to accommodate, then the number of customers the business is able to accommodate after RUSH is implemented.
Met
2. AUDIENCE: Increase customer base by 10% Rush's increased efficiency of the business will draw more customers as they will be able to receive their order in an efficient time frame, as they won't have to waste time waiting in line.
Unmet
3. LINES: Decrease line wait time by 20% Because their orders will be made by the time the customer gets there, the line will be significantly decreased. This decreased wait time in line will account for those whose order is already ready because they pre-ordered with RUSH, those in line whose RUSH order is not ready yet, and those who are ordering without RUSH (the standard way).
Unmet
4. CUSTOMER SATISFACTION: Increase customer satisfaction by 20% Measure customer satisfaction on a scale of 1-5 before implementing RUSH and measuring customer satisfaction on the same scale after implementing RUSH.
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Milestones Milestones Results Summary Completed 4 Delayed
0
Blocked
0
Untracked 3 Milestones Results Breakdown Completed
07/22/2019
Cost Analysis Because we are incorporating the API, our costs would be cut down to only the production of the QR codes, reducing our budget to <$100. Initially we will start by simply printing copies of the QR code and pasting them around the street and school, but however implementing the QR code onto restaurants' business cards could be an alternative option.
Untracked
07/23/2019
Create and Release Community Survey Our community survey validated our claims regarding the difficulties of our lunch. In addition, it gave us the top three businesses, which were Lola’s, Kobe Ya, then Poke Koma. In the survey, we asked students whether they were more likely to go to restaurants that have student specials, to which over 90% responded yes. This is reflected in our data, as our #2, Kobe Ya, consistently has a line for their student specials. However, our #1 and #3 both sell their sides to students, which are obviously at a cheap price, but with the data, it would conclude that if they advertised these sides as student specials they would gain even more revenue without changing the price.
Completed
07/25/2019
Create and Test Run Rush While developing our service we tested all combinations to test its user satisfaction. The development of this service was slightly difficult because of our decision to allow the customer to buy more than one type of item. Many students buy meals for people other than themselves, which is why we decided to include this feature. Making the Rush application for these businesses would be substantially easier if it only provided the option to only allow the customer to purchase only one type of item, but because our service is focused on the idea of convenience, we thought it was in its best interest to include this feature.
Completed
07/29/2019
Approach Businesses The businesses seemed very perceptive to our service. The main concern was the cost for the businesses to be able to use the app, how the businesses would be able to receive the orders, as well as Kobe Ya questioning the
82
benefits of using our service. As we continued developing Rush, we concluded that at least for the initial implementation of our app, it would be at no cost to the businesses, but later we would take maybe 10% of their revenue, which amounts to the roughly the tax that the customer would pay. We aren't completely sold on this idea, but it would be up to the business as well as any other ideas others have as to how we would make money from this application. The businesses would be able to receive orders through their Square app, which they already have installed, which allows there to be no surcharge for an implementation, as well as adding ease to the businesses' function of their establishment. In regards to Kobe Ya, we were able to explain to them that the service would be bringing them more revenue, which seemed to intrigue them. Completed
08/09/2019
Expand to Other Businesses Because these businesses used the platform Square to take orders and payments, we had to find a way to link Typeform and Square together. Doing a little research, we found an interface called Zapier that allowed orders from Typeform to go to a business's Square.
Untracked
08/14/2019
Untracked
08/19/2019
Present to AUSD
Metrics Metrics Results Summary Met
2
Missed
0
Untracked 2 Metrics Results Breakdown Untracked
Efficiency of improved wait time
Met
Customer Base
Untracked
Customer Satisfaction
Met
83
Efficiency of improved wait time Making sure that the efficiency ordering lunch early increases by 20%
Target Proportion:
Measured Proportion:
20%
0%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Missed
Customer Base
Met
Serve 1 restaurants in the Bay Area.
Target Quantity:
Measured Quantity:
1
1 Results
Target
4
3
2
1
0 8/7/2019
85
Customer Satisfaction Satisfaction of customers increased by 20% by surveying them. Describe the proportion you're measuring:
Target Proportion:
Measured Proportion:
20%
0%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Missed
Typeform surveys created for restaurants
Target Quantity:
Measured Quantity:
1
2 Results
Met
Target
4
3
2
1
0 8/7/2019
87
Budget VALUE
ITEM
$100
1. QR code card/flyer prints
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Rush QR Code: Expediting Off-Campus Lunch Crowds Typeform restaurant PilotCity: Other Pilot Manager: Katrina Castro, Kristen Chan, Alexis Quan, Pilotcity Report Date: 9/16/2019
Stage: Completed
Contact Name
Contact Email
Alexis Quan
alequa819@ausdg.us
Contact Phone
Organization Name
5108465114
Typeform restaurant
Website
Department
https://www.pilotcity.com
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$0-$1000
Tell us about your product or service A survey software for restaurants that allows high school students to order early via QR code that leads them to a Typeform ordering survey. The QR code will be accessible on cards you can get from the restaurant, or posted on printed flyers around school. With this QR code system, students will easily be able to preorder, prepay, and schedule a pick up time early on to avoid long lines and wait times. In the future, RUSH will become an app that will feature all the participating businesses and their Typeform surveys. Student reviews on student specials will also be available on the appto bring more awareness to the variety of student lunch specials around Alameda High.
Please describe the impact of your proposed product or service
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With a scan of a QR code across the halls of school, students can easily schedule and pay for their order ahead of time. With the use of QR codes and Typeform, businesses will not only be able to reduce long lines but also take on additional customer orders. Many businesses around Alameda High begin preparing student lunches early, but because they do not know how many or what students will order that day, they end up wasting a lot of food. With Rush, we will be able to eliminate that food waste since businesses will have the student's order ahead of time.
Please give a brief description of your proposed pilot We will create QR code linking to a Typeform survey that high school students can easily preorder and prepay on. The student orders will automatically print (through Square), allowing restaurants to start preparing their orders ahead of time.
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PILOT SUMMARY
Seamless Schools: Autonomous Shuttle for Passing Periods Team LiDAR PilotCity: Other Pilot Manager: Tatiana Lopez, Tyler Gonzaga, Evan Morris, Antonio Loza, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Pilot Description LiDAR is an up-and-coming technology that uses laser lights to pinpoint objects in the real world at real time speed. LiDAR is used in many things such as land surveying and aerial mapping, but it's also used in autonomous vehicles. The LiDAR itself acts as the eyes of a car by mapping it’s surroundings and being able to communicate this information to the computer controlling the car via machine learning. All of this is combined with an eco-friendly electric car to promote sustainability and the advancement of modern technology. Our grand idea is to develop an autonomous shuttling system that would allow students in the city of Antioch to traverse the two high schools, being Antioch High School and Deer Valley High School, without worrying about bothering parents, relatives, etc. for a ride. If we were to spread awareness of the safety of this new technology, we really hope to get the shuttle system out there. There's different classes at both schools and have sets of completely different academies which have a wide range of opportunities they offer. Some students might not necessarily have the chance to get those opportunities because of being bound to certain schools based on their home address. With the shuttling system active, it can change everything by having students transfer school to school without having to worry about being late. To develop our minimum viable product, we are going to be building an RC car that uses LiDAR. This will serve as our prototype showing how it works and how safely it can operate.
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Goals 1. Research for new ideas and problems that LiDAR can also solve and ways we can implement LiDAR into other things after we are done with the busing system into the future.
2. Put together prior knowledge of other LiDAR based projects and brainstorm ways to make a prototype.
3. Hold a community survey for student's and other people's opinion.
4. Have an RC car with LiDAR attached for data collection.
5. Create presentations to pitch and have even more demos to show people who are interested in LiDAR.
Milestones
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07/05/2019
Finish Researching
07/14/2019
Build an RC car, the first prototype
07/15/2019
Test RC Car on scale route
07/19/2019
Start creating presentations
07/26/2019
Reach out to reviewers from Pin Up Day for feedback
07/27/2019
Work on 3D CAD scale course
04/10/2020
Conceptualize the bus system (Post internship)
04/15/2020
Start pitching to companies
07/15/2020
Get funding (Post internship)
08/10/2020
Start the Bus Prototype (Post internship)
06/24/2022
Get the bus on the road (Post internship)
Metrics Numbers of Pitches to Deliver Companies we have to pitch to. Velodyne Antioch City Council AUSD Tri-Delta Transit CCTA
Target Quantity:
Measured Quantity:
5
2 Cumulative Results
Target
8
6
4
2
0 7/14/2019
7/23/2019
93
Community Willingness Survey Are neighboring communities and our community willing to accept technological change in their cities and on a scale from one to five.
Target Satisfaction:
Measured Satisfaction:
4
3.52 Results 32
24
16
8
0 1 Star Number of votes: 102
94
2 Stars
3 Stars
4 Stars
5 Stars
Citizen Survey Students from both Deer Valley and Antioch as well as drivers in Antioch taking our survey.
Target Quantity:
Measured Quantity:
100
102
Cumulative Results
Target
120
90
60
30 Pictures and Videos of Prototype Test Different pictures we can take from the LiDAR display for presentations.
Target Quantity:
Measured Quantity:
15
11 Cumulative Results
Target
16
12
8
4
0 7/29/2019
8/8/2019
0 7/23/2019
8/6/2019
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Deliverables 1. Included LiDAR on RC car
2. A PSA ( Public Service Announcement) - To show the safety of LiDAR and how it works.
Budget VALUE
ITEM
$85
1. Hitches (mounts for the LiDAR on the car; internship)
$3,000
2. LiDAR , VLP-16(1) (internship)
$20,000
3. LiDAR, VLP-32 (2) (post internship)
$0
4. Velodome
$0
5. Veloray
Budget Total = $23,085
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Seamless Schools: Autonomous Shuttle for Passing Periods Team LiDAR PilotCity: Other Pilot Manager: Tatiana Lopez, Tyler Gonzaga, Evan Morris, Antonio Loza, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Contact Name
Contact Email
Nicholas Riva
ndriva@comcast.net
Contact Phone
Organization Name
9255959932
Team LiDAR
Website
Department
https://lidarthingie.slack.com
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$20,000+
Tell us about your product or service We are working on an autonomous bussing system to transfer between schools to open more opportunities for students.
Please describe the impact of your proposed product or service Students could have a much wider option of learning and doing something they love.
Please give a brief description of your proposed pilot We want to get an autonomous vehicle with the Lidar system as the eyes to be able to go around our city of
97
g
y
y
g
Antioch from our high school to the other high school on the other side of town to be able to transport students from one to the other safely and in a timely manner.
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y
PILOT SUMMARY
Smart Home for Pets MESH PilotCity: Other Pilot Manager: Helena Hawvichorst, Pilotcity Report Date: 9/19/2019
Stage: Completed
Final Evaluation Discontinue relationship with vendor for this initiative :(
Pilot Description MESH Terra plans to utilize MESH technology to make pet care more efficient and easy. The different sensors would be able to play a role in satisfying pet needs and alerting their owners or potentially setting up mechanics to fully automate the tanks. when something is wrong or needs to be changed. Aquatic , amphibian, reptilian are the three main types of tank sheltered animals that this can be applied to . The main blocks being used are: - Brightness + Motion : track circadian rhythm and regulate lighting - Temp and humidity : regulate heat lamp as well as water circulation/ level it will also serve as a thermometer - GPIO: connects to any of the additions needed, such as a water pump or a heat lamp
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Goals RESULT
GOAL
Met
1. Develop system that regulates climate suited for a reptile or amphibian that cuts down user maintenance cost and time.
Unmet
2. Acquire a retail pet store or an individual consumer as a client.
Met
3. Package and design instructions on installation and implementation.
Met
4. Gather market research on 100 individuals to confirm there is a market need.
Unmet
5. Gather market research on 10 retail locations to confirm there is a market need.
Unmet
6. Increase life span of pets in containment
Milestones Milestones Results Summary Completed 6 Delayed
0
Blocked
0
Untracked 0 Milestones Results Breakdown Completed
07/18/2019
Create tank prototype using temp/humid, light, and motion blocks.
Completed
07/18/2019
Install system into various holding tank types.
Completed
07/19/2019
Start talking to pet store companies.
Completed
07/22/2019
Receive feedback from current pet owners in form of a survey.
Completed
07/26/2019
Finish up working model.
Completed
07/30/2019
Have people test the model for more feedback. Everything worked together for 1 trial
100
Metrics Metrics Results Summary Met
1
Missed
1
Untracked 0 Metrics Results Breakdown Missed
How useful do you find this product
Met
Those who find original tank care confusing
101
How useful do you find this product
Missed
Getting feedback from our everyday users, increase satisfaction.
Target Satisfaction:
Measured Satisfaction:
4
3.88 Results 36
27
18
9
0 1 Star Number of votes: 85
102
2 Stars
3 Stars
4 Stars
5 Stars
Those who find original tank care confusing Target Proportion:
Measured Proportion:
25%
51%
Results
Met
Target
103
Deliverables 1. The first tank prototype
2. Open data sources -What MESH is tracking
3. Canvas templates for MESH
4. Instructions and videos for care of specific pets
Budget VALUE
ITEM
$200
1. MESH starter kit
$30
2. Light bulbs (uva/uvb)
$30
3. Heating Lamp
Budget Total = $260
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Smart Home for Pets MESH PilotCity: Other Pilot Manager: Helena Hawvichorst, Pilotcity Report Date: 9/19/2019
Stage: Completed
Contact Name
Contact Email
Helena Hawvichorst
helena.hawv@gmail.com
Contact Phone
Organization Name
1 510 940 5094
MESH
Website
Department
pilotcity.com
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$1 - $5,000
Tell us about your product or service Using sensors to improve at home terrariums/ animal tanks
Please describe the impact of your proposed product or service allows everyday people and workers to be able to maintain a pet.
Please give a brief description of your proposed pilot goals: a fully autonomous pet tank within the month
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PILOT SUMMARY
Social Media for Sustainability Rising Sun Sustainability PilotCity: Other Pilot Manager: saeema hotaki, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Pilot Description I would like to promote companies products in a social media ad. The ad has to be very tempting to click on and gives clear information about what the company provides the client with. I will make the ad tempting by adding certain gifs and modern animations.
Goals 1. My goal is to get 1000 users to click on the ads at the end of this project.
2. My other goal is to get more clients and keep my current clients happy and satisfied.
Risks 1.
Milestones
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07/08/2019
I want to get the ads from a company and publish it it
07/22/2019
I want a contract from a company
Metrics The customers views we'll measure the satisfaction of our customers '
Target Satisfaction:
Measured Satisfaction:
3
0.00
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Number of votes: 0
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Half way to success We will use a pie chart to see out of how many people see the ad but doesn't click on it vs the people that see it and clicks on the ad.
Target Proportion:
Measured Proportion:
50%
0%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
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Budget VALUE
ITEM
$12
1. social media Ad
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Social Media for Sustainability Rising Sun Sustainability PilotCity: Other Pilot Manager: saeema hotaki, Pilotcity Report Date: 9/19/2019
Stage: Tracking
Contact Name
Contact Email
saeema hotaki
saeemahotak@gmail.com
Contact Phone
Organization Name
5104027523
Rising Sun Sustainability
Website
Department
https://pilotcity.com/
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
No Cost
Tell us about your product or service social media ads
Please describe the impact of your proposed product or service The impact is that the viewers become aware of the products out there that they might need.
Please give a brief description of your proposed pilot The platform puts ads that a company requested in social media.
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PILOT SUMMARY
Trash Hotspot Detection in National Parks DJI PilotCity: Other Pilot Manager: Rahaf Mohammed, Pilotcity Report Date: 9/19/2019
Stage: Completed
Final Evaluation Pilot Description This project involves using a drone and an AI software called Picterra. Picterra is a software that can detect and count objects on drone or satellite imagery. Drones are great tools for allowing versatility in mapping terrain. The Garbage Search Engine is a tool park cleaners and AI software companies can use to make their jobs easier. The Garbage Search Engine uses drone imagery to count and detect trash hotspots that are hard to identify in person and gives a rough estimation on how much trash is in the area. With this data, park cleaners can easily find those areas and send workers accordingly. AI software companies like Picterra can use the litter detector in future for other projects and for GIS and remote sensing experts.
Goals RESULT
GOAL
Met
1. Find at least one client
Met
2. Find ways the Garbage Search Engine can benefit certain companies or organizations.
Unmet
3. Make the jobs of park maintenance and ground cleaners easier
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Milestones Milestones Results Summary Completed 9 Delayed
0
Blocked
0
Untracked 0 Milestones Results Breakdown
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Completed
07/15/2019
Logistics
Completed
07/16/2019
Start looking for clients and reaching out to them
Completed
07/18/2019
Research the rules on drone flight
Completed
07/24/2019
Test out the project
Completed
07/25/2019
Work on presentation
Completed
07/31/2019
Have final working prototype
Completed
08/02/2019
Start preparing for presentation
Completed
08/04/2019
Finish up small details in presentation
Completed
08/08/2019
Presentation (Final Project)
Metrics Metrics Results Summary Met
2
Missed
0
Untracked 0 Metrics Results Breakdown Met
How much time has been saved with the use of the drone
Met
Effectiveness and Adoption of the project
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How much time has been saved with the use of the drone How much time has been saved using the drone compared to without the drone
Target Savings:
Measured Savings:
80%
100%
Results
Baseline
4
3
2
1
0 8/7/2019 Measured total: 0
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Met
Effectiveness and Adoption of the project
Met
keep track of the amount of clients and companies that adopted this project and the effectiveness of the drone on the job of park maintenance and ground cleaners.
Target Proportion:
Measured Proportion:
40%
100%
Results
Target
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Budget VALUE
ITEM
$754
1. Drone
$249
2. iPad
$450
3. Dronedeploy Software
$79
4. Picterra Software
Budget Total = $1,532
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Trash Hotspot Detection in National Parks DJI PilotCity: Other Pilot Manager: Rahaf Mohammed, Pilotcity Report Date: 9/19/2019
Stage: Completed
Contact Name
Contact Email
Rahaf Mohammed
rahaf786@yahoo.com
Contact Phone
Organization Name
650-267-1227
DJI
Website
Department
pilotcity.com/
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
$1 - $5,000
Tell us about your product or service This service involves combining drones and AI software to find hotspots of trash and count exactly how much trash is in the area.
Please describe the impact of your proposed product or service With the use of this product, park cleaners and ground maintenance will be able to quickly and efficiently find hotspots of trash. Instead of having workers go out and find the hotspots, they will be able to go directly to the area which will save the National Park Service time and money.
Please give a brief description of your proposed pilot
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The pilot includes using a drone with the combination of AI software to locate and count the trash hotspots.
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PILOT SUMMARY
Vape Alarm for School Bathrooms Sony Mesh PilotCity: Other Pilot Manager: Dylan Layden, Pilotcity Report Date: 9/19/2019
Stage: Completed
Final Evaluation Pilot Description My pilot is a vape alarm for schools. Many schools have a large issue with the number of students who use the bathroom to vape. Bathrooms are hidden from supervisors view so it is difficult for them to prevent students from vaping. My product detects change in humidity and sounds an alarm which will make it uncomfortable to remain in the bathrooms after vaping. After 30 seconds if the humidity has not continued to increase the alarm will turn off. This will discourage vaping in school bathrooms because students will know a blaring alarm will sound if they do vape in bathrooms. Schools will be able to solve this issue without wasting their supervisors time or impacting other students by invading their privacy and inconveniencing them.
Goals RESULT
GOAL
Met
1. Create a prototype using an arduino that can detect a person vaping in a closed room within 15 seconds.
Met
2. Email schools to see how many would be interested in this product.
Met
3. Scale down prototype to be manufactured by seeed.cc
Unmet
4. 3D print housing for product
Unmet
5. Install product in a school and track how effective it is
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Milestones Milestones Results Summary Completed 1 Delayed
6
Blocked
0
Untracked 0 Milestones Results Breakdown Completed
07/09/2019
Have a functioning arduino prototype
Delayed
07/26/2019
3D print a housing for the product I decided to wait for the manufactured product to do this because right now my prototype does not need a housing.
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Delayed
07/12/2019
Install and test the prototype
Delayed
07/26/2019
Have 10 schools that are interested inpurchasing the product
Delayed
07/26/2019
Design scaled down prototype to be manufactured by seeed.cc
Delayed
07/31/2019
Have product manufactured by seeed.cc
Delayed
08/09/2019
Install product in a school and track how well it works
Metrics Metrics Results Summary Met
1
Missed
0
Untracked 2 Metrics Results Breakdown Met
Schools interested
Untracked
School Satisfaction
Untracked
Reduction in bathroom vaping
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Schools interested
Met
I will measure the number of schools that respond interested in purchasing my product.
Target Quantity:
Measured Quantity:
10
15 Results
Target
16
12
8
4
0 8/7/2019
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School Satisfaction
Missed
How well schools feel the product works
Target Satisfaction:
Measured Satisfaction:
4
0.00
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Number of votes: 0
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Reduction in bathroom vaping Reduction in students vaping in bathrooms
Target Savings:
Measured Savings:
75%
100%
No data has been recoded for this metric yet. Input data to view a graph of your metrics.
Measured total: 0
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Missed
Deliverables 1. Arduino prototype
2. Sales to 10 schools
3. Product manufactured by seeed
4. 3D printed housing for the microcontroller and sensor
Budget VALUE
ITEM
$0
1. My project will not need funding from pilot city
Other 1. Contacts and suggestions from Derick: https://docs.google.com/spreadsheets/d/1KcK6WWg6GRo6baMpXtCiTGVPffUet7tXohQmQsrDEsE/edit? usp=sharing
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PILOT PROPOSAL
Vape Alarm for School Bathrooms Sony Mesh PilotCity: Other Pilot Manager: Dylan Layden, Pilotcity Report Date: 9/19/2019
Stage: Completed
Contact Name
Contact Email
Dylan Layden
laydendylan@gmail.com
Contact Phone
Organization Name
4155050275
Sony Mesh
Website
Department
Pilotcity.com
Innovation
Product Stage
Estimated Pilot Cost
Ideation (concept exploration)
No Cost
Tell us about your product or service My product is a vape detector that sounds an alarm when a change in humidity is detected. This would be attatched to bathroom cellings in schools to discourage vaping.
Please describe the impact of your proposed product or service The impact of this would be that schools do not have to waste resources or inconvinence students trying to prevent students from vaping at school.
Please give a brief description of your proposed pilot For my pilot I would like to create a prototype using an arduino kit, design and build the housing, test the
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prototype and research the market to see how many schools would be interested in this product.
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