Al-Gharqana Bedouin Village, Nabq Protected Area, South Sinai · Al-Gharqana village pronounced Ghargana is the Arabic feminine word for sunken. It is a Fishermen Bedouin Coastal

Egypt’s Protected Areas Self-Financing Project (EPASP) UNDP in Collaboration with the Ministry of Environment Project ID 00071131: 3668

ADD: 4 Ali El-Kordi St, Maadi, Cairo, Egypt | TEL: (+202) 25262154 | WEB: www.epasp.org | FB: EPASPproject Page 1

TERMS OF REFERENCE

for

Dwelling Unit Prototype Construction

Al-Gharqana Bedouin Village, Nabq Protected Area, South Sinai

Location: South Sinai, Egypt

Application Deadline: 22/09/2018 16:00 CLT

Type of Contract: Contractual Service

Languages Required: Arabic and English

Expected Duration of Assignment: 2 Months

1. ABOUT EPASP

Egypt’s Protected Areas Self-Financing Project (EPASP) works towards the establishment of a sustainable

protected area financing system, with associated management structures, systems and capacities

needed to ensure the effective use of generated revenues for priority biodiversity conservation needs,

as well as removing or significantly reducing a wide range of barriers to sustainable financing. The

project will provide the Nature Conservation Sector (NCS) of the Ministry of Environment (MOE) with a

powerful set of arguments for continuing long-term investment, financing and expansion of Egypt’s

Protected Areas (PA) system, mainly with self-generated revenues through successful realization of the

following outcomes:

▪ Legal, policy, regulatory and institutional frameworks that facilitate revenue generation; revenue

retention; and other aspects of sustainable PA financing and management are established and

functional.

▪ Levels of financial resource mobilization are adequate to ensure effective conservation-oriented

management of Egypt’s PA system.

▪ Business planning and cost-effective management systems are ensuring the effective allocation and

management of mobilized resources.

ABOUT EPASP PROTECTED AREAS DEVELOPMENT UNIT

The Protected Areas Development Unit at EPASP is a planning, research, design and construction unit

acting as the owner representative to the MOE. The unit’s expertise is invested in a socially responsible

and environmentally friendly approach to improving visitors’ facilities and infrastructure in PAs of

Egypt. Its interventions vary to include the upgrading of entrance gates, trails, campsites, sheds,

benches, directional signage and informational panels.



Among the unit’s responsibilities is the planning and initiation of projects, starting from conducting

baseline studies, environmental impact and needs assessment informing the scope of the project’s

intervention. These studies are rooted in research of international guidelines and best practices, and

result in the drafting of terms of reference (TOR) for the projects proposed. Having been announced for

tender, the unit then offers technical advice to PA management leading to the selection of contracting

firms responsible for implementation. The unit ultimately manages, coordinates and supervises the

entire timeline of the project till completion and handover.

2. ABOUT AL-GHARQANA VILLAGE DEVELOPMENT PROJECT

Nabq protected Area (NPA) was declared a protected area in 1992 with a total area of 600 square

kilometers. It is characterized by several important environmental systems like: coral reefs, sea

and land creatures, large dense mangrove woods. It includes environmental systems of desert,

mountain and valleys, and animals like deer, mountain goat, hyena, reptiles and a lot of migrating

and resident birds beside invertebrates. Some nomad tribes live in this area. The area is a center of

tourist attraction for amateurs of diving, safari and bird watching. NPA is lined to the north by Abu

Galloum Protected Area and to the south by Ras Muhammad Protected Area. It is a 20 minutes’

drive from Sharm el-Sheikh International Airport.

Al-Gharqana village pronounced ‘Ghargana’ is the Arabic feminine word for ‘sunken’. It is a Fishermen

Bedouin Coastal Village. Around 51 families (250 persons) reside in the village according to NPA census.

The residents move between Gharqana and Khreiza village (11 km to the west), so in the summer most

of the residents stay in Gharqana because of the good weather and summer breeze while in winter they

stay in Khreiza so that children can attend the elementary school. Both villages have minimum standard

of living conditions.

The project for the Planning and Design of the master plan and dwelling units for al-Gharqana village

was initiated by the Ministry of Environment with the purpose of moving the whole village 200 meters

from the shoreline and improving the living conditions, the built environment, and security of tenure.

The project was handed over to EPASP to manage the whole process.

A team of researchers from urban policy, planning and architecture backgrounds have completed a

baseline survey and participatory rapid appraisal to produce a socioeconomic profile for the village. This

was followed by developing a new master plan and the design of dwelling units, using a participatory

approach (Annex2&3).

3. OBJECTIVE

The overall objective of this service is to construct a dwelling unit prototype in al-Gharqana Village at

Nabq Protected Area, with a participatory, experimental and inclusive approach. The aim of this exercise

in this current phase of the project is to experiment, test and receive feedback on the design,

construction techniques, building materials and cost; and to trigger a sense of ownership and inclusion

within the community; which should reflect on the next phase of the project throughout the whole



project implementation. EPASP is seeking a qualified Architecture and Construction Firm to fulfill the

required scope of work. The qualified firm should have an understanding of the unique nature,

durability and maintenance challenges, and should be able to offer effective solutions for every item

accordingly.

4. SCOPE OF WORK

A key requirement of this scope of work is to minimize the impact on the environment. The construction

process is expected to consider the highly sensitive environment, natural landscape, unique ecosystems

and habitats; while responding to the local and international best practices and guidelines for

infrastructure development in protected areas and environmentally sensitive locations. This should be

reflected on the choice of equipment, construction process and utilizing local labor.

4.1. Commencement

The qualified firm is expected – after signing the contract – to arrange and coordinate all the necessary

procedures to start immediately in the implementation of the required scope of work. The following

documents should be delivered at the beginning of the project:

• Detailed project execution plan including procurement plan, list of equipment, consultants,

manpower, and materials, as well as the site mobilization and safety plan.

• Construction method statement.

• Expected Cashflow.

• Submission of material samples for all project items.

4.2. Preparation

At the beginning of the project, a set of complementary tasks should be performed, which include:

• A complete physical land survey of the whole village and the existing structures and trails.

• Structural verification for the unit’s foundation and other structural elements including soil

investigation report for the whole village site, and structural supervision certificate. This task

should be performed by a certified structural engineering consultant.

• Testing and verification of the building materials that shall be used in construction with Data

sheets or through laboratory certified tests.

4.3. Construction

In this stage, the qualified Firm, will perform the required construction work as per the attached

drawings and bill of quantities.

4.4. Participatory Construction Workshop

The qualified firm is required to organize and moderate a participatory construction workshop within

the timeline of the construction phase, open to students, practitioners and interested individuals. The



firm will be responsible of the announcement, selection process, logistics and moderation. This task

should be done in full coordination with EPASP engineering team. Due to the uniqueness of this project

and its experimental nature, Research and Development activities shall be encouraged in parallel to the

construction work, offering a space for innovation and improvement of the construction process for the

benefit of the final project output. Moreover, and throughout the process, training will be done for the

local community and interested individuals on different construction techniques.

4.5. Completion

In this stage, the qualified firm is expected to successfully complete the different projects’ components

in accordance with the TOR, projects’ tender and construction documents, specifications, bill of

quantities and, most importantly, construction schedule ensuring that valid and substantial comments

of the owner (NCS and MOE) are taken into consideration and resolved prior to handover.

4.6. Construction Documents and Climate Simulation

• A complete set of construction documents, shop drawings and updated bill of quantities shall be

submitted at the end of the project as per the as-built final output.

• Conduct climate modeling for the unit prototype and an urban climate modeling using a suitable

simulation tool to study both the indoor and outdoor environments as well as their mutual

impact on one another. This task should start from the project initiation phase and develop

throughout the project timeline until the final submission.

4.7. Documentation and Feedback

As a project of an experimental and participatory nature, the documentation and feedback is a crucial

part of the process. The aim is to gather all data, highlight the key accomplishments and lessons learned,

and disseminate the information to the public.

A complete documentation of the whole process shall be done using photography, narration, sketching,

and videography.

By the end of the project a booklet (in English & Arabic) describing and documenting the whole process

should be published. The qualified Firm shall be responsible of the editing and printing of this

publication in close coordination with EPASP engineering team who will be supporting this work with

necessary complementary data and content. The workplan for producing this publication should be

included in the overall project workplan including milestones for drafts and revisions. In addition, a

manual of production and construction of CSEB will be published.

By the end of the project, a documentary movie shall be produced to record and document the whole

process. The workplan for producing this documentary should be included in the overall project

workplan including milestones for drafts and revisions.

Feedback Sessions shall be organized during the construction process (in milestones) and after

completion. The feedback should be collected and well documented for further development.



4.8. Handover

In this stage, the qualified Firm will submit the required final documents and reports, including the as-

built drawing submittals. Turn Over Certificate (T.O.C) will be signed by the project parties.

5. PROJECT TIME PLAN

All project activities should be accomplished and finished within 60 days from the day of signing the

contract.

6. GENERAL GUIDELINES

The design and implementation of this scope of work should follow the local and international best

practices and guidelines for infrastructure development in national parks and environmentally sensitive

areas, with the help of the following guidelines:

- Be respectful to the local character and cultural features.

- Pay careful attention to the setting; and involve the stakeholders in the process.

- Use local craftsmen / builders where possible.

- Use locally available materials and appropriate building techniques, where possible.

- Ensure that the natural integrity of the site is maintained and that the site is properly restored

following the completion of construction work. Minimal site impact related to construction is a

requirement.

- Obtain third-party approvals and certifications when needed.

- Review and follow local laws, regulations and worldwide guidelines on development in protected

areas and obtain all the necessary and required permits from the local authorities (if any).

- Review relevant international guidelines to fulfill the objectives of this scope of work. See: “IUCN

Guidelines for Sustainable Tourism in Protected Areas 2002” Chapter 5: Sensitive Development of

Infrastructure and Services. (Annex 02).

- The qualified firm is expected to deliver the following items periodically:

- Updated cash flow

- Regular follow up meetings with EPASP and NCS representatives

- The interested candidate firms are expected to visit the site and come to be familiarized with all

aspects of the project. The site visit report is an important part of the technical proposal and

should highlight the candidate’s understanding of the project and the site’s aspects and unique

features. please contact the EPASP engineering team to arrange for site visits and for any technical

inquiries:



Eng. Mona Farouk ( [email protected] ) +2 01223767091

Eng. Abdulrahman El-Taliawi ( [email protected] ) +2 01005078908

Eng. Ahmed Talaat ( [email protected] ) +2 01066647224

7. COMPETENCIES

The successful candidate Architecture and Construction Firm will demonstrate competencies in the

following areas:

- Proven experience of minimum 5 years in the environmental architectural design and

construction.

- Proven record of delivering projects within the planned time schedule and cost estimates.

- Proven experience in the design and construction of projects in situ, which utilize local labor

skills and knowledge of locally available materials.

- Proven experience in working within Protected Areas and environmentally sensitive areas.

- Proven experience in initiating, arranging and moderating participatory workshops and

demonstrating the ability to manage a large number of participants.

- Proven experience in working with projects involving local communities and demonstrating the

ability to communicate and understand the community’s needs.

- Demonstration of knowledge and familiarity with the site and its region.

- Joint ventures are encouraged.

8. EVALUATION

The weight of the selection will be 70% for the technical offer and 30% for the financial offer. The

technical offer will be evaluated as follows:

Technical Proposal Content Item Weight 100%

1 Company Profile and Portfolio highlighting

prior experience in environmental design and construction 35%

2 Company’s previous experience in construction within PAs 15%

2 Proposed Organizational Chart with team profile and CVs 20%

3 Project Workplan 20%

4 Site visit Report 10%

9. APPLICATION

All candidate firms are expected to deliver technical and financial offers in separate envelopes no later

than 20/09/2018 at 16:00 CLT. Offers must be submitted in English or Arabic, in 2 sealed envelopes

(financial and technical offers) in both hard copy and digital copy, to the following address:

(4 Ali el Kordy Street, Khan el Maadi Building, 10th floor, apartment # 101, Maadi, Cairo, Egypt)

mailto:[email protected]





Technical offer to include:

- Company Profile including registration documents, a list of professional experience and projects,

including description, date, budget, and reference person.

- Proposed Organizational Chart in addition to the qualifications of the firm’s team members who are

expected to be part of the consultancy.

- Project workplan showing the firm’s understanding of the project and its plan for implementation

including activities, method of construction, mobilization plan, resource mobilization …etc.

- Site visit report showing the firm’s understanding of the location and the project.

Financial Offer should be quoted on a lump sum basis to include all the items in the above scope of

work. Additionally, a detailed priced BOQ with cost breakdown of the lump sum amount must be

demonstrated. Please also include an expected cash flow chart. The offer should consider that some

changes may occur due to the process of improvement and development throughout the construction

process due to the nature of the project as an experimental prototype.

General Notes:

- The offer shall be valid for a minimum period of 90 calendar days after submission of the offer.

- The applicant is fully responsible to study the requirements, specifications and the project BOQ

before submitting the offers, so that all factors are taken into consideration in the offer .

- EPASP reserves the right to accept or reject any offers, and to cancel the procurement process and

reject all offers at any time prior to award of contract, without obligation to inform the affected

party.



ANNEX I

Existing Map of al-Gharqana Village



ANNEX II

New Master plan for al-Gharqana village



ANNEX III

Bill of Quantities

Quantity Unit Unit Cost Total

50 m3


78 m2

48 m2

24 m2

Egypt’s Protected Areas Self‐Financing Project (EPASP)

UNDP in Collaboration with the Ministry of Environment

Project ID 00071131: 3668

Gravel flooring for courtyards

Ceramic tiling for kitchen and toilets

Item

NB_GH Al‐Gharaana Fishermen's Settlement / Dwelling Design Bill of Quantities

Concrete flooring

Item

1. CONSTRUCTION WORK

In square meters supply, place, finish and cure fair face concrete flooring

(mechanically mixed), with average 10cm thickness, using Portland cement not

less than 250kg/m3. The concrete Grade 200. The concrete is set on 100 mm

compacted base, set on 150 compacted sub‐grade 95%, Price includes the

formwork, soil compaction underneath, leveling and finishing according to the

code standards and the site supervision engineer's instructions. All work should

comply to the environmental requirements of the Ministry of Environment, and

the laws of the protected areas. For all concrete work, rate includes form

work, steel reinforcement (if any), chairs, spacer, mechanical vibration,

concrete joints and curing all concrete works are ready mixed concrete by

required strength

In square meters supply and fill gravel for flooring of courtyards , according to an

approved sample, and as per the code standards and the site supervision

engineer's instructions. The rate shall include all the requirments to complete the

item. All work should comply to the environmental requirements of the Ministry

of Environment, and the laws of the protected areas.

In square meters supply, fixing and lay ceramic tiles flooring for kitchen and

toilets , laid on epoxy based adhesive layer, fixed in accordance to an approved

sample, and as per the code standards and the site supervision engineer's

instructions. All work should comply to the environmental requirements of the

Ministry of Environment, and the laws of the protected areas.

1.2. FLOORING

Stone Foundation

In cubic meters supply and build Stone foundations with locally sourced stone ‐

according to an approved sample ‐ bonded with cement mortar. The price

includes excavation in any type of soil, excavation side shoring, dewatering,

compaction of the soil underneath the foundation according to the code

standards, insulation, and backfilling after construction and all the

requirements to complete the item in accordance to the technical

specifications, drawings, egyptian codes and standards. The foundation should

be built according to the structural engineering consultant's verification and

under his supervision. All work should comply to the environmental

requirements of the Ministry of Environment, and the laws of the protected

areas.

1.1. FOUNDATIONS


42 m3

40 m3

6 m3

6 m3


CSEB walls

In cubic meter supply and build Stone walls from locally sourced stone ‐

according to a verified sample ‐ 40cm thickness with cement mortar, including

all lintels joints, mortar in fill, anchors, horizontal joint reinforcements, steel

vertical reinforcements, grouting wherever necessary and accessories, all

according to specification and drawing. The construction should be done

according to the code standards and the best practice. Price includes pointing of

mortar joints as per the site supervision engineer's instructions. All work should


the laws of the protected areas.

1.3. WALLS

In cubic meter supply and build brick walls ‐ 25 cm thickness ‐ with Compressed

Stabilized Earth Blocks(CSEB) 8*12*25cm ‐ according to a verified and lab tested

sample ‐ with 300kg/m3 cement mortar (or another tested and verified mortar

mix), including all lintels joints, mortar in fill, anchors, horizontal joint

reinforcements, steel vertical reinforcements, grouting wherever necessary and

accessories, all according to specification and drawing. Price includes the

mobilization of machinery and the production of the CEB on site . The walls

should be constructed according to the design drawings and as per the site

supervision engineer's instructions. All work should comply to the

environmental requirements of the Ministry of Environment, and the laws of

the protected areas.























1.4. ROOFING

Inner Ceiling

Item

Item

Stone walls

Fences

77.00 m2

72.60 m2

72.60 m2

3.30 m3

132 m2

132 m2

Quantity Unit Unit Cost TotalItem

In square meters, supply and fix corrugated sheet panels for the outer layer of

the roof, according to an approved sample. The price includes fixing the panels

with steel beams and angles, or other structural members as per the structural

engineer's specificationa dn under his supervision. All work should be done

according to the drawings and as per the site supervision engineer's

instructions. All work should comply to the environmental requirements of the

Ministry of Environment, and the laws of the protected areas.

In qubic meters, supply and construct a concrete screed layer 4cm thickness

(mechanically mixed). Price includes leveling and finishing according to the code

standards and the site supervision engineer's instructions. All work should


the laws of the protected areas.

In square meters, supply and fix water proofing membrane 4mm Thk 2 layers

(or equivalent and verified insulation material) for roof insulation, according to

an approved sample. Price shal include all the fixing methods and any related

works required to complete the works. Work should be finished as per the code

standards and as per the site supervision engineer's instructions. All work

should comply to the environmental requirements of the Ministry of

Environment, and the laws of the protected areas.

In square meters, supply and fix thermal insulation layer 5‐8cm according to an

approved sample. Work should be finished as per the code standards and as per

the site supervision engineer's instructions. All work should comply to the



In square meters, supply and fix a double layer of palm reeds with average

thickness 2cm for roof covering, according to an approved sample. The reeds

should be well fixed as per the structural engineering consultatn specifications

and under his supervision. All work should be done according to the drawings

and as per the site supervision engineer's instructions. All work should comply

to the environmental requirements of the Ministry of Environment, and the

laws of the protected areas.

1.5. WINDOWS

Windows Types

Outer Roof

In square meters, supply and fix wooden ceiling consisting of wooden beams

2*6 inch and wooden planks 1*5 inch , using hardwood according to an

approved sample. The price includes the fixation methods all as per

manufacture instructions, completed with all necessary accessories and fittings

as per specifications & drawings, the treatment and finishing of wood as per the

standards, drawings and the instructions of the supervising site engineer. Roof

fixation should follow the structural engineering consultant's specifications and

to be constructed under his supervision. All work should comply to the



3 No.

2 No.

6 No.

8 No.


3 No.

5 No.

2 No.

Item

Supply and fix Single flush wooden door (D3) 1.0*2.2m, according to the

drawings. The price includes fixation methods as per manufacture instructions,

completed with all necessary accessories and fittings as per specifications &

drawings, lintels and all necessary accessories, treatment and finishing of wood.

All work should be implemented according to the drawings and as per the site

supervision engineer's instructions.

Supply and fix a hinged wooden four leaf window (W2) (according to an

approved wood sample) consisting of single glazed hinged panel with a fixed

mesh panel, and wooden hinged shutter panel. The overall dimensions are

2.4*1.0 m. The price includes fixation methods as per manufacture instructions,



All work should be implemented according to the design drawings and as per

the site supervision engineer's instructions.

Supply and fix a hinged wooden (W1) double leaf window (according to an

approved wood sample) consisting of single glazed hinged panel with a fixed

mesh panel, and wooden hinged shutter panel. The overall dimensions are

1.2*1.0 m. The price includes fixation methods as per manufacture instructions,



All work should be implemented according to thedrawings and as per the site


Supply and fix a sliding wooden 4 leaf window (W3). The overall dimensions are

2.0*2.8m, and the dimension of each leaf is 0.70*2.0m and consists of single

glazed panel, mesh panel, and wooden shutter panel each. The price includes

fixation methods as per manufacture instructions, completed with all necessary

accessories and fittings as per specifications & drawings, lintels and all

necessary accessories, treatment and finishing of wood. All work should be

implemented according to the drawings and as per the site supervision

engineer's instructions













Doors Types

Supply and fix a pivot window (W4) consisting of wooden shutter panel and

fixed mesh panel. The dimensions are 0.25*0.4m. The price includes fixation

methods as per manufacture instructions, completed with all necessary

accessories and fittings as per specifications & drawings, lintels and all

necessary accessories, treatment and finishing of wood. All work should be

implemented according to the drawings and as per the site supervision

engineer's instructions.

1.6. DOORS


1 LS


2 No.

2 No.

1 No.

1 LS

1 LS

1 LS


82.50 m2

Supply and fix all interior and exterior pipes and stacks for water supply,

drainage, collection chamber, includng all needed accessories for the kitchen

and toilets.

Supply and fix an elevated water tank (360‐500 L), with a lightweight, durable,

hygenic material and according to approved data sheet. Price includes the

raised structure with required fixing and foundation, piping and any related and

required works to complete the item, in accordance to the technical

specifications, egyptian codes, approved drawings and the Engineer instructions.

Supply and install solar power panels, in accordance to the approverd electrical

loads calculations. The rate shall include the required cabels, batteries,

foundations and all the required works to complete the item according to the

technical specifications, egyptian codes, approved drawings and the Engineer

instructions.

Construct a septic tank for the disposal of sewage and waste water, the works

shall include the design of the required septic tank according to approved

calculations, the design shall approved before the constrcution. The rate shall

include all the related works such as but not limited to the excavation,

dewatering, shoring system, concrete works, masenory works, insultaion works

with approved materials, piping and any related works to complete the item, in

accordance to the technical specifications, egyptian codes, approved drawings

and the Engineer instructions.

1.9. WALL FINISHING

Item

In square meters, supply and apply earth and lime based plastering for the wall

interiors for at required spaces according to the drawings. The color, mix and

finishing style should be according to an approved sample. The price includes

leveling, finishing, metal beads, metal reveals and other fixing accessories all in

accordance with the specifications and as per the standards and the

instructions of the supervising site engineer. All work should comply to the



Inner walls plastering

Item

Item

Supply and fix Toilet Sink, according to an approved sample. Price includes all

interior and exterior connections for supply, drainage, and collection chamber,

and all other needed accessories.

Supply and fix Toilet, according to an approved sample. Price includes all



Supply and fix Kitchen Sink, according to an approved sample. Price includes all



1.8. SANITARY WORKS

1.7. ELECTRICAL WORKS

71.50 m2


1.00 LS


1 LS


1 LS


1 LS

Item

Structural verification and soil analysis

Structural verification for all structural elements of the unit including

foundations. This should be done through a verified structural engineering

consultant, andinclude a site supervision certificate after wok completion for all

structural elements.

Issue a soil analysis report according to bore hole samples taken form the site

for the whole Gharqana master plan.

This scope also includes lab testing and verififcation of all materials including

CEB, plastering and any other materials.

2.2. STRUCTURAL VERIFICATION AND SOIL ANALYSIS

2.3. CLIMATE MODELING

Item

Climate modeling

Conduct climate modeling for the unit prototype and an urban climate

modeling using a suitable simulation tool to study both the indoor and outdoor

environments as well as their mutual impact on one another. This task should

start from the project initiation phase and develop throughout the project

timeline until the final submission.

In square meters, supply and lay ceramic tiles for the kitchen and toilets interior

walls (1.8 m height) according to an approved sample, laid on epoxy based

adhesive layer, laid on cement plaster (Cement plaster applied directly on

surfaces of concrete or masonry including metal beads, metal reveals and other

fixing accessories all in accordance with the specifications)The price includes

leveling and finishing, the plaster works and all the related works required to

complete the item, as per the code standards and the instructions of the

supervising site engineer. All work should comply to the environmental


areas.

Kitchen and toilets inner walls

1.10. FURNITURE

Item

Customized built‐in furniture

Fabricate, supply, and fix customized furniture from recycled materials

according to approved designs an samples and as per the site supervision

engineer's instructions. All work should comply to the environmental


areas.

2. ENGINEERING WORK

2.1. LAND SURVEY

Item

Land survey

Survey work for the whole site of Gharqana village including all existing

structures and trails including the production of the survey drawings.


1 LS


1 LS

1 LS

4‐ All work should comply to the environmental requirements of the Ministry of Environment, and the international guidelines for

unfrastructure development in protected areas and environmentally sensitive areas.

TOTAL PROJECT BUDGET

3.1. PARTICIPATORY WORKSHOP

3.2. DOCUMENTATION

Item

Booklet

Editing and Printing a booklets to document the whole process.

Documentary movie

Filming and editing a documentary movies to document the whole process.

3. COMPLEMENTARY WORK

Item

Participatory construction workshop

Organize and moderate a participatory construction workshops within the

timeline of the construction phase, open to students, practitioners and

interested individuals.

General Notes: 1‐ The contractor is required to submit shop drawings and construction detailing for approval , if/when they are not supplied by the

design consultant. As well as, comply with the structural design and third party certification.

2‐ All labor and materials are expected to be locally sourced, unless deemed unavailable.

3‐ The sourcing of local materials from inside protected areas is liable to the regulation of the ministry of environment, and the nature

conservation sector permission. All construction activities should adhere to the Egyptian building code, relevant laws, and conventions

that organize the construction industry.

Egypt’s Protected Areas Self‐Financing Project (EPASP) UNDP in Collaboration with the Ministry of Environment Project ID 00071131: 3668

ADD: 4 Ali El‐Kordi St, Maadi, Cairo, Egypt | TEL: (+202) 25262154 | WEB: www.epasp.org | FB: EPASPproject Page 11

ANNEX IV

SCHEMATIC DRAWINGS PACKAGE

0m 50 100 150

Biogas Unit

Electrical Generator

Solar Power Control Room

Sanitation

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

NTSEng. Alya SabryEng. Heba ShamaAR-001 01/10MASTERPLAN

PROJECT: OWNER: DRAWING TITLE: DRAWING NO: SCALE:DRAWN BY:

SHEET SERIAL:REVISED BY:DATE DRAWN:REVISION NO:

AL-GHARAANA FISHERMEN'S SETTLEMENT DWELLING DESIGN (NB_GH)

Eng. Abdulrahman El-Taliawi

01/08/2018

CONSULTANT / OWNER REPRESENTATIVE:

Nabq Protected Area, South Sinai, Egypt 4 Ali El-Kordi St, Maadi / +20225274700 / www.epasp.org

NORTH:

EGYPT'S PROTECTED AREAS SELF-FINANCING PROJECT (EPASP)EGYPTIAN ENVIRONMENTAL AFFAIRS AGENCY, MINISTRY OF ENVIRONMENT (EEAA)

SD_REV 130 Misr Helwan El-Zyrae Rd, Maadi / +20225256452 / www.eeaa.org

NOTES:

500m

400m

300m

250m

150m

100m

50mshoreline offset

1 2 3 4' 5 6 7

A

B

C

D

E

F'

G

H

I

1 3 6 72' 4 5'

A

B

C

D

E

F

G

H

I

12,18

14,17

12,18

14,17

2,2

1,4

1,4

1,3

2,03

1,36

1,97

2,122,12

7,06

4,99

3,69 1,67 1,57 1,25 1,25 2,5

3,69 3,49 1 3,99

1,4

1,4

1,3

1,64

1,76

1,97

2,12

4,36

7,62

2,2

5,69 1 2,99 2,5

4,04 1,32 1,32 2,24 0,5 2,5





01/08/2018



NORTH:



NOTES:

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:100Eng. Mostafa HusseinEng. Mohamed SabryAR-002 02/10LAYOUT

1 2 3 4' 5 6 7

A

B

C

D

E

F'

G

H

I

1 3 6 72' 4 5'

A

B

C

D

E

F

G

H

I

12,18

14,17

12,18

14,17

2,2

1,4

1,4

1,3

2,03

1,36

1,97

2,122,12

7,06

4,99

3,69 1,67 1,57 1,25 1,25 2,5

3,69 3,49 1 3,99

1,4

1,4

1,3

1,64

1,76

1,97

2,12

4,36

7,62

2,2

5,69 1 2,99 2,5

4,04 1,32 1,32 2,24 0,5 2,5

FRONTENTRANCE

BACKENTRANCE

3,7

3,5

3,8

2,81

5,2

2,81

2,5

3,7

2,83

1,5

1,4

1,45 1,4

3,6

4,88

2,38

4,25

3,3

5,7

SALA

MAGAAD

BR1

BR2

KITCHEN BACKCOURT

WC1

FRONTCOURT

3,2

3

2,5

SECTION

B-B

SECTIONA-A

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:100Eng. Mostafa HusseinEng. Mohamed SabryAR-003 03/10DIMENSION PLAN





01/08/2018



NORTH:



NOTES:

1 2 3 4' 5 6 7

A

B

C

D

E

F'

G

H

I

1 3 6 72' 4 5'

A

B

C

D

E

F

G

H

I

12,18

14,17

12,18

14,17

2,2

1,4

1,4

1,3

2,03

1,36

1,97

2,122,12

7,06

4,99

3,69 1,67 1,57 1,25 1,25 2,5

3,69 3,49 1 3,99

1,4

1,4

1,3

1,64

1,76

1,97

2,12

4,36

7,62

2,2

5,69 1 2,99 2,5

4,04 1,32 1,32 2,24 0,5 2,5

FRONTENTRANCE

BACKENTRANCE

SECTION

B-B

SECTIONA-A

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:100Eng. Mostafa HusseinEng. Mohamed SabryAR-004 04/10FURNITURE PLAN





01/08/2018



NORTH:



NOTES:

1 2 3 4' 5 6 7

A

B

C

D

E

F'

G

H

I

1 3 6 72' 4 5'

A

B

C

D

E

F

G

H

I

12,18

14,17

12,18

14,17

2,2

1,4

1,4

1,3

2,03

1,36

1,97

2,122,12

7,06

4,99

3,69 1,67 1,57 1,25 1,25 2,5

3,69 3,49 1 3,99

1,4

1,4

1,3

1,64

1,76

1,97

2,12

4,36

7,62

2,2

5,69 1 2,99 2,5

4,04 1,32 1,32 2,24 0,5 2,5

FRONTENTRANCE

BACKENTRANCE

53,04

2,51

3,6 0,95

0,8

2,28

3,4

2,8

2,78

3,25

3,23

2,7

2,28

0,8

7,27 2,58

1,2

1,15

2,5

4,1

3,23

8,12

4,250,75

3,73

4,2

0,8

7,27

5,9

11,2

2,28

0,8

SECTION

B-B

SECTIONA-A





01/08/2018



NORTH:



NOTES:

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:100Eng. Mostafa HusseinEng. Mohamed SabryAR-005 05/10FOUNDATION PLAN

INNER FLOOR+0.15 F.F.L.

ROOF LEVEL+3.00 F.F.L.



NORTH ELEVATION

EAST ELEVATION





01/08/2018



NORTH:



NOTES:

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:100Eng. Mostafa HusseinEng. Mohamed SabryAR-006 06/10ELEVATIONS

EASTELEVATION

NO

RT

HE

LE

VA

TIO

N




SECTION (A-A)

SECTION (B-B)

INNER FLOOR






01/08/2018



NORTH:



NOTES:

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:100Eng. Mostafa HusseinEng. Mohamed SabryAR-007 07/10SECTIONS

SE

CT

ION

B-B

SECTIONA-A

0,35

0,4

OUT IN

FFL

0,12

0,030,2

0,6

MIXED SOIL Gravel & Sand 12CM

IN IN FFL

0,12

0,03

0,4

MIXED SOIL Gravel & Sand 12CM

CEMENT SCREED 3CM

0,12

CEMENT SCREED 3CM

0,45

0,02

0,25

0,01

0,080,15

Clear Height2.85m

OUT IN

0,12

HEAT INSULATION Wool 8CM

CEMENT Screed 4CM

WOODEN Planks 2CM

0,04 0,04

0,15

0,02

0,08

IN

0,12

0,25

3.35m

0,01

3

0,15

HEAT INSULATION Wool 8CM

WALL BASE DETAILExterior

0,4

CEMENT Screed 4CM

CEILING DETAILWC/Kitchen

3,9

0,39

WOODEN Planks 2CM

ROOFING DETAILRooms/Sala/Magaad

BITUMIN Sheet 1CM

WALL BASE DETAILInterior

CEILING DETAILRooms/Sala/Magaad





01/08/2018



NORTH:



NOTES:

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

1:20Eng. Mostafa HusseinEng. Mohamed SabryAR-008 08/10TYPICAL DETAILS





01/08/2018



NORTH:



NOTES:

1 2 3 4 5

1 2 3 4 5

C

B

A

C

B

A

NTSEng. Mostafa HusseinEng. Mohamed SabryAR-009 09/103D PERSPECTIVES