# PORTFOLIO 2022
Mahdi FEKI
Architect
Mahdi FEKI
Architect # A R C H I T E C T U R E
Personal
2
profile
Skills
Highly creative architect. Seeking for new experiences internationally. Contributed to achieve different projects in Tunisia and Algeria.
Contact
Languages
Professional
experiences
Architect, SH ARCHI Ariana, Tunisia
........................................................................................................................................................Since Mars 2020
Education Architect National Diploma -ENAU - Carthago University - Tunisia ...............................2020
Architecture Thesis - ENAU Carthago University Tunisia ...............................2019
First cycle of architecture studies ENAU - Carthago University - Tunisia ...............................2016
M a t h e m Baccalaureate
a
-
t
i
c a l Tunisia
...............................2014
ARCHITECTURAL DESIGN : Construction of a new suburban district in Skikda, Algeria. ARCHITECTURAL DESIGN : Construction of a new elementary school in Skikda, Algeria. ARCHITECTURAL DESIGN : Rehabilitation of an old dorm in Bizerta, Tunisia. INTERIOR DESIGN : Rehabilitation of an old building in Tunis, Tunisia. BIM DRAFTING : from CAD to BIM migration and management ( the construction of a new 7 levels hotel in Skikda, Algeria).
Intern Architect, F-team Architects Sfax, Tunisia
............................................................................................................................... October 2019 - February 2020
ARCHITECTURAL DESIGN : Collective housing project (120 apartments) in Ariana, Tunisia. ARCHITECTURAL DESIGN : High School Project in Monastir, Tunisia. COMMERCIAL FILES : Bloc of flats in Sfax, Tunisia. URBAN DESIGN AND STUDIES : A new district construction project in the suburbs of Tunis. SOLVING URBAN ISSUES : Commercial and services hub construction in Sfax, Tunisia. ARCHITECTURAL DESIGN : Regional headquarter of the National Office of the Post (ONP Sfax) Interior design and exterior details.
3
A Professional Projects
4
I
SH Archi
II
F- Team Architects
III
Freelance
5
B
6
Academic Projects
1
The Limit : A space to think about
2
Master Villa
3
Semi-collective Housing Project
4
Ecolodge
5
Ariana’s Transport Hub
7
I # PROFESSIONAL PROJECTS
SH Archi
8
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization, using Revit | Rendered by Mohamed SID
9
1
Le Sultan Blue Hotel & Resort
Description Architect: Mohamed SID (SH Archi)
Area: 30 000 m² City: Filfila, Skikda, Algeria Tasks done: Interior design of some spaces, BIM Drafting and modeling, Execution boards.
Golf course Projected
5-star hotel Projected
APC Filfila cooperative
10
3-star hotel Projected
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Revit
11
12
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Revit | Rendered by Mohamed SID
13
14
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Revit | Rendered by Mohamed SID
15
2
La Cascade neighborhood
Description Architect: Mohamed SID (SH Archi)
Area: 60 000 m² City: Skikda, Skikda, Algeria Tasks done: Construction permits, Contributing to the design of : 5 blocs of flats, 1 Villa and 3 Semi-collective housing projects. Drafting and modeling. Interior design of 2 apartments Software: Autocad, Revit, Sketchup, Lumion. O
LIMITE DU TERRAIN
LIMITE DU TERRAIN
800
Nord
0
400
800
400
0
110
800
0
400
40 0 40
400 400
0
400
VILLA -04-
400 SOUS-SOLS+ RDJ+R+5 + terrasse
400
400
R+2
R+2
Lo SO semi- gemen US -SO collec ts L+ tifs RD J+R +
R+
2
880000
R+
2
2
00
11
0 40
Log e SO semi- ments US- coll e SO L+R ctifs DJ+ R+2
0
80
R+2
Logements R+2 semi-collectifs +2 SOUS-SOL+RDJ+R
R+2
R+2
s ent ifs em 2 t Log collec J+R+ iRD sem OL+ R+2 S-S U SO
47 1 0 43 0
17
Bloc Mixte
400
0
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
0
400 Lo SO semi geme US -co nts -SO llec L+ tifs RD J+R
40
400
400 400
400
400
VILLA -05-
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
40
40 0
400
800
a
E
400
400
400 400 400 400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
800
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
4
VILLA -18* SOUS-SOL/ RDJ/RDC / R+1 / R+2
2
S
sour
VILLA -06-
400
R+
Nord
Mak
400
O
400
0
460 400
60
VILLA -19-
00
400
1
VILLA -03-
600
400 400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
VILLA -17-
1100
103
400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
VILLA -20-
800
L SO sem ogem US i-c en -SO oll ts L+ ectif RD s J+R +
VILLA -01-
VILLA -02-
400 400
VILLA -07-
400 2
R+2
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400 400
0
40
400
R+
2
2
400 400
400
400
R+
VILLA -21-
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
R+2
R+2
2
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
+2
2
400
400
400
400 401
Lo SO semi gemen US -co -SO llec ts L+ tifs RD J+R +
400
VILLA -16-
2
R+2
L SO sem ogem US i-c ent -SO oll s L+ ectif RD s J+R +
400
400
VILLA -08* SOUS-SOL/ RDJ/RDC / R+1 / R+2
800
110 0
400
400
400
400
R+2
VILLA -15-
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
R+
2
400
Logem ents sem SOUS- i-collectifs SOL+ RDJ+ R+2
VILLA -22-
400
400
400
2
400 R+2
400
400
400
Lo SO semi- gemen US -SO colle ts L+ ctifs RD J+R +
R+
400 400
VILLA -09-
110 0 800
R+2
VILLA -14-
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
400 Loge sem ments SOUS- i-collectifs SOL+ RDJ+ R+2
400
400
400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
Logem R+2 ents sem SOUS- i-collectifs SOL+ RDJ+ R+2 R+2
800
1100 R+2
400
400
400
400
VILLA -10-
401
2
R+
407
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
440000
400
400
0
Logem R+2 ents sem SOUS- i-collectifs SOL+ RDJ+ R+2
400
0
Logem ents sem SOUS- i-collectifs SOL+ RDJ+ R+2 R+2
400
VILLA -23-
400
400
400
400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
400
VILLA -24-
LIMITE DU TERRAIN
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
40
400
VILLA -11-
400
400
1100
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400 R+2
0
40
400
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
VILLA -13-
400
400
800
4 400 00
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400 400
400
400
VILLA -12-
400
R+2
Logem ents sem SOUS- i-collectifs SOL+ RDJ+ R+2 R+2
400
40
R+2
2
ts s +2 en if m ct +R ge lle DJ Lo i-co +R L m R+ se -SO 2 L S se ogem U +2 S O US mi-co ents R SO -SO lle L+ ctifs RD J+R R+2 +2
800 1100
40
0
400
0
40
Logem ents sem SOUS- i-collectifs SOL+ RDJ+ R+2 R+2
R+2
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
VILLA -25-
400
0
40
R+2
400
400
400
40
R+ 2 Lo SO semi gemen US -co -SO lle ts L+ ctifs RD J+R +
400
800
1100
400
CENTRE EDUCATIF +JARDIN D'ENFANTS
800
* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
400
400
VILLA -26-
400
400
400 800
1100
400
400
LIMITE DU TERRAIN
400
VILLA -27* SOUS-SOL/ RDJ/RDC / R+1 / R+2
400
400
400
400
1100 800
400
400
Parking
Parking
800
400
E
800
40
400
0
S
80
A
TERRAIN LIMITE DU
m 0
16
10
40
80 * Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Revit | My rendering using Lumion
17
18
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Revit | My rendering using Twinmotion
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20
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Sketchup | Rendered by Mohamed SID
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22
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Sketchup | Rendered by Mohamed SID
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24
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Sketchup | Rendered by Mohamed SID
25
26
* Architecture by SH Archi © | Architect : Mohamed SID | My Modelization using Sketchup | Rendered by Mohamed SID
27
F-team Architects
# PROFESSIONAL PROJECTS
II
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization, using Sketchup | My rendering, using Lumion 28
29
1
ONP Sfax
Description Architect: Faouzi FENDI (F-team Architects) Original Architect: Raphaël Guy (1904)
Area: 1600 m² City: Sfax, Sfax, Tunisia Tasks done: Exterior modeling and rendering, Interior design Software: Autocad, Sketchup, Lumion.
30
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization using Sketchup | My rendering using Lumion
31
32
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization using Sketchup | My rendering using Lumion
33
34
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization using Sketchup | My rendering using Lumion
35
PLAN 1er Etage ECH 1/200
PLAN 2éme Etage ECH 1/200
ECH 1/200
m PLAN 2éme Etage ECH 1/200
El Omrane Highschool 2 PLAN 1er Etage
0
Description
10
PLAN 1er Etage ECH (F-team 1/200 Architects) Architect: Faouzi FENDI
PLAN 2éme Etage ECH 1/200
PLAN 1er Etage
Façade NORD ECH 1/200 PLAN 2éme Etage ECH 1/200
Area: 800 m² City: Monastir, Monastir, Tunisia Tasks done: Modeling and rendering, Interior design ECH 1/200 Software: Revit, Sketchup, Lumion.
Drawings
40
Façade NORD ECH 1/200 Façade NORD ECH 1/200
North Elevation
Façade SUD NORDECH ECH 1/200 Façade 1/200 Façade SUD
South Elevation
Façade SUD
ECH 1/200
ECH 1/200
Façade SUD ECH 1/200 Coupe A - A ECH 1/200 Section A-A
Coupe A - A Coupe A - A
Section B-B 36
ECH 1/200
Coupe A - A ECH 1/200 Coupe B - B ECH 1/200Scan
m 0
ECH 1/200
10
20
Coupe B - B
/ Click
To see more details
Ground Floor Plan
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization using Revit
ECH 1/200
PLAN RDC
ECH 1/200
37
38
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization using Revit | Rendered by Youssef FENDRI
39
40
* Architecture by F-team Architects © | Architect : Faouzi FENDRI | My Modelization using Revit | Rendered by Youssef FENDRI
41
# PROFESSIONAL PROJECTS
III Freelance
42 43
1 A105
7.05 Terrasse
m
1
Villa H.B
0
1
5
8 3.75 R+1 Voisin : lot 1 local STEG
Description
45 RDC -1.00 Fondation
Area: 170 m² x 2 Levels City: Ouled Haffouz, Sidi Bouzid, Tunisia Tasks done: Sketches, Design, Modeling, Execution boards. 95 3.70 1.80 Software: Sketchup, Revit, Lumion
0
Drawings
A A-a
B' 400 400
1
5
C'
D'
1200 45 150 4510 125
135 10 125
10
2 A105
7.05 Terrasse
E 470 210
130
400 380 380
130
20 20
330
m
1. Façade Nord-Ouest North-West Elevation
6.10
3.75 R+1
8 330
1 A105
45 RDC
Voisin : lot 1
150
65 180
15
*
115
80
Ground Flour Plan
A
210 345
3.45
55
1.95
3
3
4
1 : 7.05 100
Propriétaire :
Terrasse
Mme HARRABI Hanen
2.55
ECH :
2.35
3.75 R+1
45 RDC
20
Section A-A
1. Coupe A-A A-a
-1.00 Fondation
B'
4
C'
D'
E
120 120
7.05 Terrasse
40 1315
C
210 290
3.40
40 45 45
D
95
120
3.75
50 280
3.75 R+1
110
50
180 395
400
240
240 240
B
2'
Villa + Etage de villa à Ouled Ha
120
135
50 385 385
200
45 RDC
E
-1.00 Fondation
2. Coupe B-BB-B Section :23:12
50 400 400
110
110
110
50
120
400 335 50 135
235
2.55
140
70
140
70
50
2
3
50
120
15
210
150
265 60
65
170
90
95
40
100
Cuisine 13.42 m² 350 35
40 20
85
350
1
2'
3.65
80
240
44
510
55
215
115 160
445
5 10
5 35 20
175
SDB 5.59 m²
10 50 10 45
90 155
95
10
80
250
50 10
335
445
345
5
60 80
80
90
10 210
90
40 20 45
65 40 10 5 60 20 35
25
45
110
335
120
Séjour / Ch 15.36 m²
25
110 210
210
Suite 24.17 m²
140
60
335
10
10 25
585
210
110
120
90
260
450 5
120
100 115
500
Hall + Salon + SAM 31.95 m²
200
A103
95
765
180
10 210 50
215
120
210
Ch 16.26 m²
95
1155
1035
205
125
30 70
10
Façades 2
280 280
180 245
5 50 10
445
65
395
375
3.85
210 900 800 320
215
4.70
20
4
400
585
180
395
3
30
185
2. Façade Nord-Est South-Est Elevation
85
30 30 30 30 30 30 30 30
90
25
140
125
1
1
90 20 70 95 365
2
Fosse septique
3
Collecteur
4
210
5
90
6
205
7
400
95
500
80 20 80 20
8
210
70
9
110
A105
30
10
95
25
30 250
2
150
75
11
135
90
12 13 14 15 16 17 18 19 20
160
2.55
110
90
1
2
-1.00 Fondation
120
local STEG
45
Dessiné
Vent dominant Après midi
Trajectoire du soleil
m S.P.U. D'Ouled Haffouz
A103
Voisin : lot 3
2
Collecteur
Fosse septique
Midi
45
30
2030 200
250
220
30
450 340
80
50 50
240 240
50 50
80
450 340
50 30 50
310 310
Voisin : lot 1 local STEG
+20
+30 +0
+10
Accès Voitures
+0 +30 +0
Accès RDC
+10
+0 +20 +0
+10
Accès R+1
Détail Clôture ECH 1:100 Fence details
46
Villa + Etage de villa à Ouled Haffouz
3/2022 23:22:41
e
Matin
47
2
Villa D.B
Sketches
Description Area: 180 m² City: Gremda, Sfax, Tunisia Tasks done: Sketches, Design, Modeling, Construction Permit. Software: Sketchup, Revit, Lumion
Drawings
0° .0 90 Garage 27.88 m²
360
Cuisine 19.52 m²
365
255 Hall + Salon + S.A.M 32.30 m²
310
CH I / Séjour 15.84 m²
750
n RDC
Ground Flour Plan
1 : 100
410
ﺷﺭﻕ m 0
48
1
5
8
Villa à Rte Toubelbi
2 11:02:39
480
Terrasse
360
500
380
CH II 12.16 m²
440
320 305
140
390 50
SDB 4.50 m²
175
ﻗﺑﻠﺔ
180
CH III 12.16 m²
Dressing
320
380
CH IV / Suite 19.62 m²
500
325
Escalier à projeter
370
655
49
Redering
50
51
52
53
54
55
3
Redering
Villa F
Description Area: 200 m² City: Chihia, Sfax, Tunisia Tasks done: Sketches, Design, Modeling. Software: Sketchup, Revit, Twinmotion
Drawings
3.55 3.60
33.35 m²
Meuble tv
Salon + SAM
4.60
4.10
7.25
Meuble tv
4.02
Séjour
CH.
2.50
14.56 m²
2.50
13.38 m²
3.55
Hall
Pièce
5.52 m²
2.40
1.20
4.85
2.30
6.25 m²
3.40
1.10 Continuité visuelle
Escalier à projeter
CH.
3.00
10.20 m²
6.10
SDE
3.47 m²
3.40
Suite Parents
4.80
19.00 m²
Cuisine
20.74 m²
4.17
1.70
2.50
3.80
Pergola
1.50
Garage
6.55
24.76 m²
15 4.
4.01
4.11
Ground Flour Plan Niveau 0
Novembre 2021
Ech : 1 : 50
Villa FEKI
Chihia - SFAX Esquisse Surface Villa: 167.00 m² Surface Garage : 30.00 m²
56
m 0
1
5
8
Plan RDC
57
58
59
4
Villa M 1
4
3
2
A102
A102
A102
2
3
4
5
6
7
8
9
10
Description
2.80 Niveau COMBLE
Architect: Mr. Jean François Bats (Architect DPLG)
0 Niveau RDC
Area: 300 m² City: Dax, France Tasks done: BIM drafting and modeling, model rendering Software: Revit, Lumion Drawings
North Elevation 10
9
2
3
4
A102
A102
A102
8
7
6
5
4
3
2
1
2.80 Niveau COMBLE
N
A103
0 Niveau RDC
1
3.05
7
6
90
90
1.20
5
2.40
A102
1.20
3
2
L=1.20 H=1.35
CH .1 / Bureau
5.82 m²
11.63 m²
Bain
4.90 5.10
Cuisine
8.46 m²
15.52 m²
WC
L= 73 H= 2.04
1.53 m²
L= 83 H= 2.04
Vest
L= 74 H= 2.04
L= 73 H= 2.04
WC
Placar
L= 1.60 H= 2.15
L= 73 H= 2.04
d
L= 73 H= 2.04
Placar
d
3
4.90 5.10
Local Tech 13.72 m²
Terrasse
Séjour
33.83 m²
41.76 m²
L=2.70 H=2.25
L=2.80 H=2.25
CH .3
Salle de Jeux
11.15 m²
11.00 m²
L= 73 H= 2.04
d
CH .4 11.00 m²
L=2.00 H=2.25
2.80 Niveau COMBLE
Comble
VR
VR
Céllier
0
0 Niveau RDC
Terrasse
8.46 m²
33.83 m²
Section 2
VR
L=2.70 H=2.25
VR
VR
L=2.80 H=2.25
A
C
Terrasse
VR
VR
VR
B
L= 73 H= 2.04
Placar
L=2.70 H=2.25
C
d
5.04 m² d
L= 85 H= 2.25 L= 73 H= 2.04
A103
20
Placar
L= 73 H= 2.04
Bain
Placar L= 83 H= 2.15
L=2.00 H=2.25
1.53 m²
L= 73 H= 2.04
L= 74 H= 2.04
B
14.93 m² L= 80 H= 2.04
2.95 m² L= 73 H= 2.04
L= 83 H= 2.15
CH .2
5.75 m²
L= 73 H= 2.04
C
A
L=1.20 H=1.35
Lingerie
B
4.65 4.35
VR
VR
L=1.20 H=1.35
Céllier
A
1
A102
VR
Abri Voitures
Section 3
4.20
4
A
29.55 m²
20
12.30 1.20
4
L=2.90 H=1.15
10.40
1.20
3 A102
2
20
2.80 1.00
2.00
8
90
1.50
9
2.95
1.70 10.40
20
1.50
10
6.20 2.80
2.00
6.00 20
2.80
VR
20
11.52 m²
B
C
4.65 4.35
3.00 3.20 3.20
9
8
3.00 2.90
5.80
3.00 1.98
7 93 30
3.00 2.70
6 20
3.00 2.80 9.30 27.30
5 20
3.00 2.80
4 30
3.00 2.70
3
3.00 2.70
20 5.60
2
1
3.00 3.40 3.40
VR
2.25
10
2.80 Niveau COMBLE
Cuisine
15.52 m²
Ground Flour Plan 0
Séjour
41.76 m²
0 Niveau RDC
Section 4
m
60
VR
1
5
8
* Architecture by Mr. Jean François Bats (Architect DPLG) © | My Modelization using Revit
61
10:00
10:00
Sun path in December
Sun path in June
1 décembre 08:20
S
E S E
17:16
1 juin
05:24
O N
O N
62
20:30
* Architecture by Mr. Jean François Bats (Architect DPLG) © | My Modelization using Revit
63
64
* Architecture by Mr. Jean François Bats (Architect DPLG) © | My Modelization using Revit | My rendering using Lumion
65
# ACADEMIC PROJECTS
1
66
The Limit : A
space
to think about
A c a d e m i c y e a r : 2018/2019 S o f t w a r e s U s e d : Autocad, Sketchup, Lumion, MS Word, MS Power point T a s k s : Writing my Graduation Thesis (Fr : “La
limite, un espace à réfléchir”)
application project response)
(urban
and proposing an and architectural
67
The Limit : A
1
space
Urban
to think about
approach
Description The limit, a space to think about, An urban and architectural intervention where the limits are redefined. Spatiality and how to design spaces and prioritize is a strong image for each company, revealing his lifestyle and culture. No one can deny the fact that spaces -regardless of their scale - are made of limits. Otherwise, the limit is the primary unit that constitutes everything surrounding us. Those limits -etymologically from the roman Lims, which are the boundaries between territories- can have different types, scales, and manifestations. They can be tangible, intangible, natural, or generated to obey different human needs or even as a result of bloody conflicts. In my architectural thesis, I tried to seek a new spacial response after operating on limits. I found the lake of Tunis and its newly reclaimed areas as a fertile field for my thoughts and reflections. A new extension for the downtown of Tunis, where the limit can have a temporal dimensions Today we talk of opened block as an alternative, which seeks to establish a new experience and to be reborn some values overwritten in the contemporary city namely social cohesion. The limits are redefined and create new spaces, new experiences. The project to open Tunis to its lake is an opportunity to operate on the limits in order to offer the city a new urban and architectural spatiality.
Intervention Zone Projected Urban Limits: road axes
Urban Alignments to respect Urban Limits to be
The Limit
e building between th
and the ca
nal
Blurred
68
l r a th e i l i n w na M it ca lim e th
nue urguiba’s Ave
abib Bo
Urban Limit : H
La G
oule
tte R
oad
Urban Blocks generated by Secondary Lanes Urban Blocks Crossed by Tertiary Lanes
69
Urban Sketches
70
71
Master
plan
Urban Sections
50 m wide road
Zoning
Secondary road
Lakefront sidewalk Densification zone - services Lakefront - Entertainement Multifunctional
72
73
General Perspective
Scan / Click To 74
see the
Video 75
Urban Redering
76
77
78
79
Architectural Response
Functional Dispatching
The limit is the fundamental element in every spatiality. Operating on the limits according to formal and functional logics is the generator of spatial qualities. There are no limits to the spatial potentialities that the limit can offer and generate. The envisaged project is an architectural response where the limits to be lived enjoy the essence of the spatial limit in its different dimensions and scales. It is a space dedicated to the limit, which not only manifests itself but also defines itself.
The limit is the fundamental element in each spatiality. Operating on limits according to formal and functional logics is the generator of spatial qualities. There are no limits to the spatial potentialities that the limit can offer and generate. The proposed proposal is an architectural approach that allows people to experience the essence of the spatial limit in its many dimensions and sizes. It is a devoted place to the limit, which not only manifests but also redefines itself.
Architectural Sketches
• Panoramic terrace • A space for shows and festivities
• Rest and reflection area
• Expositions
• Library
• Restaurant
• Front of the lake
80
81
4- Blurred Limits
Architectural Genesis
2- Exploded Limits 1- A thick Limit
5- Active Limits
3- Rhythmic Limits
Architectural Drawings
Facade on Avenue Bourguiba
Facade on the main axis of Lake III
Ground floor plan
82
SECTION
83
Architectural Rendering
Scan / Click To 84
see the
Video 85
86
87
Master Villa
# ACADEMIC PROJECTS
2
A c a d e m i c y e a r : 2017/2018 S o f t w a r e s U s e d : Autocad, Sketchup, Revit, Lumion T a s k s : Preliminary sketches, Construction permit, Execution drawings and details
88
89
2
Master Villa Functional
dispatching
Level + 60.08
Description
• • • • •
Under the supervision of Mr. Karim Ellouze, Mr. Nizar Ben Archour, and Mr. Kais Daoud during the 4th academic year, we are asked to fully design a project, drafting the preliminary sketches, tackling the construction permit, and drawing some execution details). It was our first academic exercise to apply Tunisian construction regulations to prepare the construction permit documents . The project was a master villa in the suburbs of Tunis. The studio members decide the program of the villa ( Spaces, Areas, Number of rooms..). The greatest constraint in the conceptual process was the terrain. Although it has great potentials and qualities ( sea and mountainous forest views ) it was heavily hilly. We aimed to design a Master villa in a lane with its extreme field and fully integrated with its context.
Main living area Kitchen Formal lounge Guest suite Swimming pool
Level + 56.80
• • • • •
Stages
of the exercise
Preliminary pre-project: First drafting, Project Image and main design concept, Scale 1:200 Detailed pre-project: Adding structural system, Fluid conducts and adjusting plans in lane with those interventions. Preparing a sample of construction permit in adequacy with the Tunisian legislations, Scale 1:100 Execution documents: Detailed plans, elevations and sections scale 1:50 Construction details, lighting system and electricity, air conditioning, Finishing materials
90
Studio Wet Kitchen Servant Room Laundry Room Drying room
Level + 53.50 • • • •
Parental Suite Junior suite Living room Indoor Swimming pool
Duality ... as a conceptual approach Public Formal Day
Private Casual Night ... Progressive
filtration
91
Sketch
Exterior
evolution
rendering
Hilly terrain
Favoring the sea view
1
2
Reducing the length of the construction 4
5
Sketch not retained
Refinancing the scale and the quality of spaces
Final disposition leading to the preliminary image of the project
92
3
6
93
94
95
Graphic
elements
Plans
96
Level + 60.08
Level + 56.80
Level + 63.40
Level + 53.50
97
Exterior
rendering
Sections and elevations
Section A-A
South-Est Elevation
South-West Elevation
98
99
100
101
Executional
drawings
(Parental Suite) JR 280.00
23
L=3.50 H=2.20
91
-2.00
310
142
H=30 cm H=30 cm
SOUFFLAGE
H=40 cm
253
21
21 120
38
297
ø
40
124 41
0.8 8
ø
0.4 1
60
251.00
83 266.00
158
124
60
60
60
126
20 m² 19.14
60
84
38 PV 1
102
124
3
303
301 313
142 2 125
4 143
27
90
20
6 33
240.00
38
1
195
16 m² 16.59
20
140
255
53.49
33 49
186
9
68
144
49
216 68
33
475
182
68
129
70
40
47
186
15 260.00
91
250.00
18 120
F2 ALLEGE= 91.50
408
9
542
60
H=90 cm
124
186
475 DRESSING
3AB A103 ---
JR
JR
-01. Niveau -1
56.80
56.80 34 73
27
63
-01. Niveau -1
53
Electricity plan
False ceiling plan
53
43
Masonry plan
53
40
123
199
61
ESPACE VERT
-1.00
60
27
40 4
97
6
236.50
TRAPPE DE VISITE REPRISE EN VRAC
33
L=0.80 H=2.04
68
5 10
40 5
33
115
9 m² 11.95
20 186
89
273 285
14 m² 15.92
60
90
240.00
SDB
1
285
PCb 1
194 254
6
ALLEGE= 30.50
101
4
F= 53.49 B=53.40
5 m² 9.62
10 17
2
313
83
303
290 313
PCb 1
L=0.80 H=2.04 DRESSING
298
F1
3
70
40
213
PCp 1
248
47
297
114
53.50
59 20 59 20
5 40
10
78
60
TH
---
19 100 181
20 59 20
-
-2.00
38
88
130
16
71 59 8
0.00
305
20
18
100
F= 53.48 B=53.40
107
149
0.00
138
479
F= 53.50 B=53.40
115
---
8 m² 13.73
149
107
-
710
L=1.00 H=2.04
CIRCULATION
60
220.00
6
P1
162
139
230.00
L=1.00 H=2.04
H=40 cm
149
5 5 5 5 5 5 5 5 5 5 25 25 25 25 25 25 25 25 25
TERRASSE JACUZZI 83.39
152
567
145
H=60 cm
226 495
471
497
383
25 m² 24.24
3 0.8
83
ø
CHAMBRE A COUCHER
TV
352 568
217
71
471
38
38
JR
WIFI
53.48
20
3-
4
AB --A103
38
PF1
118
118
240
204
208
220
229
200
280
266
251 100
230
220
240
208
220
250
240
135
102
Section A-A
-02. Niveau -2
-02. Niveau -2
53.50
53.50
Section B-B
103
14.0
27.0
22.3
2.0
CACHE RIDEAU
SOUFFLAGE
8.0
10.0
3.0
2.0
8.5
STRIP LED Ø 2CM
STRIP LED REC 3X1CM
3.0
False ceiling details
FILASSE
11.2
25.0
5.0
2.0
SÉPARATION BOIS 5.0
SPOT LED
PLATRE
25.0
Wall treatment details
BRIQUE DE 8T SUR CHAMP
Separation details 104
EXT VIDE 3CM
ENDUIT INT 1.5CM
37.0
3.0 10.0 3.0 2.5
BRIQUE DE 12T A PLAT 3.0
ENDUIT EXT 2.5CM
INT
20.0 1.5
PLATRE MURAL
STRIP LED REC 3X1CM
5.0
105
Interior Rendering
106
107
57
205
97
5
5
15 60
50
237 207
98
205
207
19
29
80
138
27
138
57
3
61 69
1
Elévation 1 - a 1 : 20
32
50
60 66 10
22
43
60
85
71
2
Elévation 1 - b 1 : 20
3
Elévation 1 - c 1 : 20
4
Elévation 1 - d 1 : 20
Interior facades of the bathroom
108
109
# ACADEMIC PROJECTS
3
110
Semi-collective Housing Project
A c a d e m i c y e a r : 2016/2017 S o f t w a r e s U s e d : Archicad, Lumion, Autocad T a s k s : Preliminary sketches, Summary drafting 111
3
Semi-collective Housing project
Architectural Genesis
Description During my 3rd academic year, under the supervision of Mr. Hani Amin and Mr. Hamzawi Hedi, we were asked to design a semi-collective housing compound in Gammarth (a suburb of Tunis ). It was my first time tackling this typology of housing projects.
Semi-collective
housing
THE IMPLEMENTATION IN THE LAND BENEFITS FROM THE VIEW, THE ACCESSIBLE GARDEN TERRACE AND THE GOOD ORIENTATION FOR THE DAY AREAS
?
Individual Housing
Collective housing
A building with a single dwelling accessible by a particular entrance
Several dwellings in the same building, with a common entrance and circulation, and shared spaces
Semi-collective housing Several dwellings in the same building, with a separate entrance for each house. In our case, we have tolerated common circulation for some dwellings.
112
A RIBBON THAT LINKS THE ENTITIES SOLIDARITY, SHARING SOCIAL QUALITY inspiring AN ARCHITECTURAL RESPONSE
A MAIN CIRCULATION ARTERY IN THE FORM OF THE RIBBON, WHICH ALLOWS ACCESS TO ALL THE BLOCKS
113
Graphic
elements
18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
A 18 x
18 x
SECH.
+25.3
0,172
00
A
CH.
CUISINE
72 =
18 x 0,1
CUISINE
3,100
SECH.
APP 1
CUISINE
SECH. SEJOUR WC
CUISINE
SEJOUR
CH.
CH.
+25.3
APP 2
+25.3
HSP 2.80
2
= 3,100
3
0,172
5
4
18 x
1
+15.7 8
12
11
10
9
13
14
15
18
16
17
16
14
1
2
3
4
5
6
7
8
9
10
12
11
13
15
17
18
00
= 3,1
WC
0,172
SECH.
7
18 x
18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
6
APP 3 CUISINE
CH.
CH.
SEJOUR
SEJOUR
CUISINE
SEJOUR
APP 3
CH.
CH.
+25.3
WC
APP 2
WC
APP 1
WC
SECH.
SEJOUR
00
= 3,1
HSP 2.80 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
CH.
0,172
SECH.
= 3,1
WC
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
18 x
0,172
= 3,100
+25.3 +15.7
+10
13
14
15
16
17
18
5
6
7
8
9
10
11
12
= 3,100
2
1 18 x 0,172
3
+10
4
+15.7
+16.2
N
A
+10
Site plan
+ 25.30+25.3 PLANLevel NIVEAU ECH 1/200
114
A
115
A 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
A
APP 5
SEJOUR
10 9
11
8
3,100
6 5 4 3 2 1
WC
= 0,172
11
10
9
008
= 3,1
7
12
1
2
3
4
5
10
11
12
13
14
15
18
16
17
18
= 3,100
17
8
9
10
11
12
13
14
15
0,172
0,172
0,172
16
18 x
6
5
6
18 x
7
+15.7
18 x
WC
7
1
2
= 3,100
18
17
16
15
14
13
12
10
2
1
1
2
3
4
5
6
7
8
9
10
9
8
7
6
5
4
3
18 x
0,172
18 x
= 3,100
+25.3
0,172
= 3,100
+25.3
+15.7
+15.7
13
14
15
16
17
18
5
6
7
8
9
10
11
2
1 = 3,100
3
18 x 0,172
12
12
13
14
15
17
16
+15.7
18
4
5
6
7
8
+10 +10
9
10
= 3,100
11
2
1 18 x 0,172
3
+15.7
4
+10 +10
11
15
14
13
12
11
16
17
18
00
00
= 3,1
= 3,1
18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
8
8
9
00
= 3,1
3
0,172
0,172
4
18 x
18 x
7
+25.3
6 5 4 3 2 1
6 5 4 3 2 1
WC
HSP 2.80
11 10 9
+15.7
+25.3
+31.5
13 14 15 16 17 18
8
18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
+25.3
9 11
13 14 15 16 17 18
10 9
CUISINE
+16.2
+16.2
N
N +10
PLAN NIVEAU +28.4 Level + 28.40 ECH 1/200 A
116
13 14 15 16 17 18
008
= 3,1
10
11
7
00
= 3,1
0,172
HSP 2.80
12
13 14 15 16 17 18
0,172
+25.3
+28.4
18 x
12
12
18 x
12
APP 7
WC
6 5 4 3 2 1
11
13 14 15 16 17 18
SEJOUR
13 14 15 16 17 18
CUISINE
SEJOUR
+25.3
10
APP 5
6 5 4 3 2 1
12
HSP 2.80
WC
9
APP 6
+25.3
WC
APP 7
008
= 3,1
7
00
= 3,1
7
0,172
00
= 3,1
0,172
18 x
APP 6
7
6 5 4 3 2 1 18 x
0,172
CUISINE
SEJOUR
CUISINE
SEJOUR
18 x
SEJOUR
WC
+31.5 0,172
8
WC
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
11
10 9
00
CUISINE
= 3,1
13 14 15 16 17 18
13 14 15 16 17 18
6 5 4 3 2 1
0,172
11
12
12
7
18 x
008
0,172
CUISINE
WC APP 4 CUISINE
WC
CUISINE
6 5 4 3 2 1
18 x
APP 4
= 3,1
7
9
00
= 3,1
10
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
0,172
+25.3
00
00
SEJOUR
18 x
WC
HSP 2.80
= 3,1
= 3,1
WC
18 x
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
0,172
0,172
+28.4
00
= 3,1
18 x
18 x
+25.3
0,172
18 x
18 x
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
+10 evel + 31.50 PLAN LNIVEAU +31.5
ECH 1/200 A
117
Rendering
118
Section A-A
119
120
121
# ACADEMIC PROJECTS
4
122
Ecolodge
A c a d e m i c y e a r : 2016/2017 S o f t w a r e s U s e d : Archicad T a s k s : Preliminary sketches, Summary drafting, Making a clay model 123
4 Ecolodge Description During my 3rd academic year, under the supervision of Mr. Hani Amin and Mr. Hamzawi Hedi, we had the chance to do an amazing exercice : designing an ecolodge in Burkina Faso.it was an opportunity not only to discover a new architectural and ecological approaches but also to discover a new culture. We aimed to design this project in the suburbs of Banfora, burkina faso. near its waterfalls ( the waterfalls of Karfiguela ) known as the main tourist attraction in that region.
Architectural Genesis The calabash, often known as the gourd, is an annual herbaceous plant in the Cucurbitaceae family that is ubiquitous in Burkinabé culture. It helps to make a variety of tools, including the Balafon, a musical instrument that is deeply ingrained in Burkina Faso's culture and national identity. Initially. The formal influence came from the calabash and balafon. This morphological aspect is combined with local construction techniques as well as the potential offered by contemporary alternative solutions (sandwich panels, photovoltaic panels, and so on) to create an ecolodge. The design is aimed to be in harmony with no context, while combining this authentic aspect with the possibilities offered by new technologies.
Functional
dispatching
• Accommodation units • The Central HUB
• Accommodation units
• Family Units 124
125
Graphic
elements and
Redndering
Scan / Click To 126
see the
Video 127
Scan / Click To 128
see the
GSPublisherEngine 0.0.100.100
Video 129
B
B
Accommodation Unit Plan
Accommodation Unit Section
130
131
# ACADEMIC PROJECTS
5
132
Transport Hub - Ariana
A c a d e m i c y e a r : 2016/2017 S o f t w a r e s U s e d : Sketchup + Lumion T a s k s : Preliminary sketches, Summary drafting
133
4 Transport Hub - Ariana Description During my 3rd academic year, under the supervision of Mr. Hani Amin and Mr. Hamzawi Hedi, we had the chance to do an amazing exercice : designing a transport Hub in the city center of Ariana. it is a chaotic space to order, a disorder to pace, generating a unique spatiality, an image, an experience
Graphic
elements and
Redndering
Ground Floor Plan 134
135
South-Est Elevation
Section
136
137
# PORTFOLIO 2022
Mahdi FEKI
Architect
Registered in the table of the order of architects of Tunisia under the number : A222095050700 Address : Manar I Tunisia | Tel : +216 21 876 122 | E-mail : mahdi.feki@enau.u-carthage.tn