Sustainable Home Renovations

This presentation discusses the renovation of a sustainable home, including budget allocations and project schedule. It highlights the benefits of sustainable development and provides information on reducing resource consumption. Desklib offers study material on sustainable development.

SUSTAINABLE HOME
RENOVATIONS Name of the Student:
Name of the University:

INTRODUCTION The use of sustainable energy is very
effective in todays world
Purpose of the project: The project
involves the development of the
sustainable home renovations
The presentation describes the
renovation of a sustainable development
The budget allocations and the schedule
of the project is provided in this report
End Users: The main users of this project
would be the ones who would be living
in the house
Client: The owners of the house

DURATION
Task Name Duration Start Finish
Sustainable Home Renovations 377 days Mon 09-09-19 Tue 16-02-21
Project Initiation 105 days Mon 09-09-19 Fri 31-01-20
Meeting clients 5 days Mon 09-09-19 Fri 13-09-19
Requirments Identification 32 days Mon 16-09-19 Tue 29-10-19
Requirement gathering 42 days Wed 30-10-19 Thu 26-12-19
Assign Project Team 26 days Fri 27-12-19 Fri 31-01-20
Project Design 70 days Mon 03-02-20 Fri 08-05-20
Smart Home Design 22 days Mon 03-02-20 Tue 03-03-20
Energy Modelling 33 days Wed 04-03-20 Fri 17-04-20
Budget 8 days Mon 20-04-20 Wed 29-04-20
Schedule 7 days Thu 30-04-20 Fri 08-05-20
Project Implementation 198 days Mon 11-05-20 Wed 10-02-21
Super-Seal the Building Envelope 31 days Mon 11-05-20 Mon 22-06-20
Super-Insulate the Building Envelope 44 days Tue 23-06-20 Fri 21-08-20
Implementation of Highly Insulated Windows and Doors 45 days Mon 24-08-20 Fri 23-10-20
Implementing Solar Tempering 42 days Mon 26-10-20 Tue 22-12-20
Install Energy Efficient Lighting 36 days Wed 23-12-20 Wed 10-02-21
Project Closure 4 days Thu 11-02-21 Tue 16-02-21
Hand over house to the client 2 days Thu 11-02-21 Fri 12-02-21
Sign off Project Team 2 days Mon 15-02-21 Tue 16-02-21

BUDGET
The total budget for the implementation of the system is
480,760.00 . .د إ
.د إ.
Task Name Cost
Sustainable Home Renovations 480,760.00 . .د إ
Project Initiation 190,048.00 . .د إ
Meeting clients 1,680.00 . .د إ
Requirments Identification 23,552.00 . .د إ
Requirement gathering 130,080.00 . .د إ
Assign Project Team 34,736.00 . .د إ
Project Design 24,840.00 . .د إ
Smart Home Design 7,920.00 . .د إ
Energy Modelling 11,880.00 . .د إ
Budget 2,688.00 . .د إ
Schedule 2,352.00 . .د إ
Project Implementation 264,528.00 . .د إ
Super-Seal the Building Envelope 41,416.00 . .د إ
Super-Insulate the Building Envelope 58,784.00 . .د إ
Implementation of Highly Insulated Windows and Doors 60,120.00 . .د إ
Implementing Solar Tempering 56,112.00 . .د إ
Install Energy Efficient Lighting 48,096.00 . .د إ
Project Closure 1,344.00 . .د إ
Hand over house to the client 672.00 . .د إ

OBJECTIVES
The main objective of the project
is:
To develop the project within the
stipulated time.
To make sustainable development
To develop homes
To reduce overall resource
consumptions

STAKEHOLDERS
The list of stakeholders for the
system is provided below:
General population
Governing body
Project Manager
Local In-charge

PROJECT SCOPE
The scope of the project is reducing cost for the general population.
The project would also be able to reduce the overall resource
consumption of the area. In addition to this the project would be
able to reduce the wastes that are discharged from the household
activities.
However any activity involving profit from the project would not be
obtained. The increase in the allocation of population of the area
would be out of scope for the the project.

RESOURCES
Resource Name Type Material Label Initials Group Max. Units Std. Rate Ovt. Rate Cost/Use Accrue At Base Calendar
Project Manager Work P 100% 42.00 . .د إ/hr 0.00 . .د إ/hr 0.00 . .د إ Prorated Standard
Civil Engineer Work C 100% 50.00 . .د إ/hr 0.00 . .د إ/hr 0.00 . .د إ Prorated Standard
Green Technology
Expert Work G 100% 45.00 . .د إ/hr 0.00 . .د إ/hr 0.00 . .د إ Prorated Standard
Workers Work W 100% 30.00 . .د إ/hr 0.00 . .د إ/hr 0.00 . .د إ Prorated Standard
Solar panels Material S 30,000.00 . .د إ 0.00 . .د إ Prorated
Tesla Batteries Material T 18,000.00 . .د إ 0.00 . .د إ Prorated
Building materials Material B 50,000.00 . .د إ 0.00 . .د إ Prorated
Reuseable Energy
Source Material R 22,000.00 . .د إ 0.00 . .د إ Prorated

ACTIVITIES

SPECIFICATIONS
The project would be able to develop the renovations that is
intended for the houses so that the resources consumed by them
would be reduced to a great extent. The project would make use of
the solar and reusable energy sources that would be beneficial for
the people of the area as this would decrease the pollution level of
that are. In addition to this, the project would also help the people
to reduce the wastes dumped from the homes. The project would
capture the solar power from the sun and store them in the cell and
covert them to electrical energy. Additionally, some policies are to
be adopted so that would reduce energy wasted and help in the
suitability of recourses.

PROJECT TEAM
The list of the project team is displayed below:
Resource Name Type
Project Manager Work
Civil Engineer Work
Green Technology Expert Work
Workers Work
Solar panels Material
Tesla Batteries Material
Building materials Material
Reuseable Energy Source Material

INITIAL RISKS
Cost overflow
Technical issues
Schedule Slippage
Improper analysis of soil tests for
the project
Improper identification of the raw
materials

NEEDS ANANLYSIS AND ITS
IMPORTANCE
It is the process by the which the human needs towards the project is
assessed.
It is a very important analytical tool.
This process is very important for the project managers.
A project manager is required to assess the needs of the clients before the
development of the project.
Needs analysis of the current project:
This would help in the identification of the requirements for the
development of the project.
It is very important that the project manager identifies the main
requirements of the house so that it can be rennovated

RECOMMENDATIONS AND
CONCLUSION
Recommendations:
It is recommended that along with the development of the project the
general people and the clients be made aware of the environmental situation
and its difficulties, so that they would abide by the polices.
Conclusion
For conclusion it can be said that the development of the project would be
helpful for the people to a great extent and make improvements on the
overall environmental condition for the region.

BIBLIOGRAPHY
Li, R. Y. M., Li, H., Mak, C., & Tang, T. (2016). Sustainable smart
home and home automation: Big data analytics approach.
Dhiman, B., Chaudhury, M. K., Deb, S. K., & Chakrabarti, D. (2017,
January). Micro solar energy systems: product design intervention
facilitating sustainable development for rural north east India. In
International Conference on Research into Design (pp. 117-125).
Springer, Singapore.
Sterling, S. (2016). A commentary on education and Sustainable
Development Goals. Journal of Education for Sustainable
Development, 10(2), 208-213.
Nicolescu, B. (2018). The transdisciplinary evolution of the
university condition for sustainable development. In
Transdisciplinary Theory, Practice and Education (pp. 73-81).

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