Developing Public speaking skills of undergraduate senior students for academic purposes


Funding Table of Principal Investigator (PI)



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project

Funding Table of Principal Investigator (PI):

Project Title

Funding source

Amount (USD)

Period

Role of the PI

Relation to current
MUNIS
proposal




Current grants




Creation of innovative equipment remotely determines the level, temperature and electrical conductivity of underground water

Ministry of Innovation of the
Republic of Uzbekistan

$70 000

2022-2023

Backend Developer,
Senior Researcher
























On-going and submitted grant applications (Please indicate “None” when applicable):






















B2. BUDGET SECTION


Hardware: Server, 4 Laptops, and 2 desktops, Wireless Sensors, Hubs, Connecters, Arduino platforms and sensors, 2 Polludrone ready sensor
Labor: Project Investigator, Project Co-Investigator, Full stack Developers, Research and Laboratory
Assistants, Outsourced Experts from Engineering and Medicine
Resources:
Financial information:
Estimated Project Costs (US $)

Cost Category

Amount

Direct personnel costs (PI, senior staff, postdocs, students, other personnel costs)

$180 000

Subcontracting costs (no indirect costs)

$10 000

Purchase costs [travel and subsistence, equipment (including major equipment), consumables (including fieldwork and animal costs), publications (including any costs related to Open Access fees) and dissemination, and other additional direct costs]

$110 000

Internally invoiced goods and services (no indirect costs)

-

Internal audit

-

Overhead expenses (5%)


Estimated total cost of the project

$300 000

Direct personnel costs (US $)

Staff Category

Qty

Cost (US $)

PI

1

$50 000

Senior staff

1




$40 000

Postdocs

3




$55 000

Students

3




$35 000







Subtotal:

$180 000

Subcontracting costs

Subcontractor

Description

Cost (US $)

Hardware engineers

Engineering Experts to develop Wireless Sensor Networks

$10000










Subtotal:


Purchase costs Equipment description

Purchase Category

Description

Cost (US $)

Equipment

Polludrone (IoT based sensor to measure Air Quality)

$30 000

Different Chemical Sensors and devices, Microcontrollers, Hubs connectors, IoT Gateway (20 set)

$20 000

Laptops(4 pcs) and Monoblock (2 pcs)

$10 000

Data Server (2pcs)

$30 000

Printer Canon MAXIFY GX7021 Wireless 4-in-1 (Print | Copy | Scan | Fax) (2 pcs)

$1 800

UPS (3 pcs)

$1 200

Monitor for Server

$300

Materials

Air conditioner (2 pcs)

$1 500

Server Case

$200

Software packages, license fee

$1 000

Chemicals

Chemical substances

$5 000

Travel

Visits to study area
To install sensors and check their consistency team members visit study area (Almalyk city) several times.

$1 000

Publications

Publication in scientific journals about analysis of object area

$2 000

Publication in scientific journals about methodology of current project

$4 000

Publication in scientific journals about achievements of current system

$2 000

Subtotal:

$110 000

Funding Sources

Estimated total cost of the project (US $)

$300 000

Financial Sources

Financial Source

Written confirmation (Y/N)

Amount
(US $)

Requested from the REP MUNIS

Yes

$300 000

Other financial source 1:



Other financial source 2:



Management plan:
Kuchkorov Temurbek, Principal Investigator and Dean of Computer Engineering faculty, Ph.D. Associate Professor at Tashkent University of Information Technologies, is responsible for the planning, execution, and management of a research grant, cooperation agreement, contract, training or volunteer activity, or other sponsored project from the beginning to the end of the project.
Sabitova Nazokat is a co-investigator and Ph.D. student at Tashkent University of Information Technologies. she is also responsible for making sure the project is carried out in accordance with all applicable laws, rules, and institutional policies regulating sponsored research for 3 years.
Dilnavoz Najimova as a research assistant conducts surveys and interviews among the local people of Almalyk. Performs literature review and reserves the integrity of data and findings during the project.
Eldor Mashayev is responsible for the chemical study. He assists to select proper sensor technologies, conducts research working, and utilizing principles of them.
Gulbahor Turdiyeva analyzes data, responsible for statistical analysis, investigates current principles and methods related to the project, and prepares quarterly reports on acquired results
Hamzaev Jamshid and Ochilov Temur are Full-Stack Developers. They manage technical and business needs throughout the course of the project defining the problem's scope, giving it a priority, and offering technological answers. based on priorities they make decisions and lead the team through the software development process.
Rashidov Jaloliddin as a research assistant analyzes sensor data and makes site visits to explore the area.
Work schedule chart:

Key stage description

Q 1 Jan
Feb
March

Q 2
Apr
May
June

Q 3
July
Aug
Sept

Q 4 Oct
Nov
Dec

Q 5
Jan
Feb
March

Q 6
Apr
May
June

Q 7
July
Aug
Sept

Q 8
Oct
Nov
Dec

Q 9
Jan
Feb
March

Q 10
Apr
May
June

Q 11
July
Aug
Sept

Q 12
Oct
Nov
Dec

Stage 1 Installing wireless sensors which work with Wi-Fi in the local area













Substage 1 Exploring the area to determine an applicable site to install the sensors













Substage 2 Testing process whether the sensors work properly













Stage 2 Creating a database that receives information about the level of air pollution from sensors













Substage 1 Creating SQL database that receives data from wireless sensors













Substage 2 Creating a special web application in the Python programming language.













Stage 3 Improve public health by controlling toxic gases in the industrial zone. Reducing costs and preventing false information about toxic gases.













Substage 1 Conducting surveys and interviews among the local population. Comparing the number of diseases













Substage 2 Preparation of articles comparing the number of people with cardiovascular diseases and respiratory disabilities














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