Co esponding au ho : Dayo Timilehin W igh
Copy igh © 2025 Au ho (s) e ain he copy igh o his a icle. This a icle is published unde he e ms o he C ea i e Commons A ibu ion License 4.0.
Ha nessing Modula and P e ab ica ed S uc u al Sys ems In eg a ed wi h A i icial
In elligence AI Au oma ion and Renewable Ene gy o Accele a e A o dable Sma
Housing in A ica
Dayo Timilehin W igh 1, , Ajayi Bamidele Micheal 2, Collins Ebunoluwa Debo ah 3, Adeosun Adebayo 4 and
Ajayi Oluwole Olakunle 5
1 Depa men o Ci il Enginee ing, Yaba College o Technology, Lagos S a e, Nige ia.
2 Depa men o Biological Sciences, Elizade Uni e si y, Ila a-Mokin, Ondo S a e, Nige ia.
3 Depa men o A and Indus ial Design, Lagos S a e Uni e si y o Science and Technology, Lagos S a e, Nige ia.
4 Depa men o Managemen , T en Uni e si y, Oshawa, On a io, Canada.
5 Depa men o Sus ainabili y and Social Jus ice, Cla k Uni e si y, Wo ces e , Massachuse s, USA.
Wo ld Jou nal o Ad anced Resea ch and Re iews, 2025, 27(02), 2023-2034
Publica ion his o y: Recei ed on 19 July 2025; e ised on 26 Augus 2025; accep ed on 28 Augus 2025
A icle DOI: h ps://doi.o g/10.30574/wja .2025.27.2.3078
Abs ac
Because o A ica's as u banisa ion, he e is a big housing p oblem ha needs c ea i e solu ions ha go beyond
adi ional building me hods. This s udy looks a how modula and p e ab ica ed building me hods, along wi h AI
au oma ion and enewable ene gy echnologies, migh a ec he g ow h o a o dable homes ac oss he con inen . This
esea ch looks a how ad anced manu ac u ing me hods, s a egic change managemen , and design hough migh help
A ica build mo e homes. I looks a his h ough he eyes o managemen , enginee ing, ma e ials science, indus ial
design, and new ex ile echnologies. When ex ile and ashion design ideas a e mixed, hey lead o new ways o making
housing elemen s ha can be used by people om di e en coun ies. Simul aneously, ad ancemen s in ma e ials
enginee ing enable he de elopmen o solu ions ha can adjus o a ious clima es. This comp ehensi e s udy
demons a es ha he c ea ion o scalable, sus ainable housing ecosys ems ha enhance local economies and ele a e
he quali y o li e o millions o A icans necessi a es he in eg a ion o echnology, policy, and communi y in ol emen .
Keywo ds: Modula Cons uc ion; P e ab ica ed Housing; AI Au oma ion; Renewable Ene gy; S a egic Change
Managemen ; Ma e ials Enginee ing; Tex ile Design; A ica Housing C isis
1. In oduc ion: The Housing C isis in A ica and he Need o Pa adigm Shi
1.1. U baniza ion and Housing Demand
The as es -g owing con inen in e ms o ci ies is A ica, wi h 1.2 billion u ban esiden s by 2050 (Onyango, 2018). This
change in popula ion and annual popula ion g ow h a es o o e 2.5% in ce ain na ions ha e caused a 50-million-uni
housing de ici (King e al., 2017). Daily u al mig an s seeking wo k in Lagos, Kinshasa, and Nai obi s ain he housing
supply.
1.2. Socio-Economic Implica ions
Poo housing has a big e ec on human de elopmen in many ways. Poo housing makes i easie o diseases o sp ead,
makes i ha de o kids o lea n because he e a e oo many people li ing he e, and makes wo ke s less p oduc i e
because hey mus a el g ea dis ances o ge o wo k (S e dlik, 2011). The Wo ld Bank says ha housing sho ages
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cos A ican na ions abou 2–3% o GDP each yea because hey lowe p oduc i i y and aise heal hca e expendi u es
(Bah e al., 2018).
1.3. Limi a ions o T adi ional Cons uc ion
In A ica, adi ional building me hods ha e se ious p oblems, like long build imes (18 o 36 mon hs o basic housing),
high ma e ial cos s because hey mus be impo ed, inconsis en quali y con ol, a lo o was e, and limi ed scalabili y
(Bah e al., 2018). These me hods canno keep up wi h he speed and olume o demand, so new ones ha use cu en
echnology and p oduc ion p inciples a e needed.
1.4. S a egic Change Managemen Impe a i e
A ica's housing dilemma equi es a ho ough o e haul o housing design, cons uc ion, and deli e y (Bello and Khan,
2024). S a egic change managemen is needed o manage complex s akeholde ecosys ems, o e come ins i u ional
esis ance, and p epa e people o new echnologies and p ocesses (Saliu e al., 2024). Mo ing om adi ional o
modula cons uc ion is a classic o ganisa ional change challenge ha equi es ca e ul planning, s akeholde
in ol emen , and lexible execu ion (Je ome and Ajakaiye, 2019). Modula building in A ica has ailed because o
egula o y issues, a lack o skilled labou , inancial issues, and bad a i udes. Specialised change managemen ini ia i es
mus add ess each issue (Saliu e al., 2024).
2. Modula and P e ab ica ed S uc u al Sys ems: Enginee ing and Design Founda ions
Figu e 1 Explo ing Modula Cons uc ion in A ica
This diag am shows he mos impo an pa s o why modula building is impo an in A ica. I alks abou ou main
ideas: "Indus ial Design In eg a ion which makes he shapes o pa s be e o e icien p oduc ion; "Technical
De ini ions and Typologies" which alks abou di e en ypes o sys ems, like olume ic and penalized sys ems;
"Cul u al and Clima ic Adap abili y," which alks abou how modula sys ems can be changed o i di e en
en i onmen s; and "Enginee ing Ad an ages" which alks abou how p ecision enginee ing cu s down on was e and
speeds up building imes (Akin adewo e al., 2023).
2.1. Modula Cons uc ion Sys ems
Di e en pa s o a house a e buil in a con olled wo kshop and hen b ough o he cons uc ion si e o be pu oge he .
P e ab ica ed sys ems come in a lo o di e en ypes, such as penalized (wall/ loo / oo panels), hyb id sys ems ha
use bo h me hods, and componen -based sys ems ha ocus on s anda d building elemen s (Smi h, 2010; Lawson e al.,
2014). Each ype has i s own bene i s o a ied sizes and si ua ions in A ica's wide ange o housing needs.
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2.2. Enginee ing Ad an ages o A ican Con ex s
Fac o y-con olled manu ac u ing makes i possible o do p ecision enginee ing wi h consis en quali y s anda ds, less
ma e ial was e (usually 15–20% less han adi ional cons uc ion), and as e build imes (60–80% as e han old
me hods) (Goodie and Gibb, 2007). Clima e-con olled manu ac u ing acili ies make su e ha conc e e and o he
ma e ials cu e in he bes possible way. This is especially c ucial in A ica, whe e he wea he can change quickly.
S anda dized connec ing sys ems and quali y assu ance p ocesses educe he numbe o cons uc ion p oblems ha
happen wi h adi ional building me hods (Windapo and Ca ell, 2013). Building cons uc ion mishaps a e a signi ican
conce n in A ica, especially in Nige ia which has he highes numbe (Ede, 2010). 21.4% due o s uc u al ailu e, 8.9%
due o subs anda d ma e ials, 5.3% due o aul y design and 5.3 % due o iola ion o planning app o al.
2.3. Indus ial Design In eg a ion
Indus ial Design In eg a ion in ol es combining a chi ec u al design p inciples, modula design and ab ica ion
echniques o c ea e e icien , sus ainable and cos -e ec i e buildings. Indus ial design concep s u n modula houses
om simple shel e s in o well-planned places o li e pu ing in o conside a ion modula iza ion, design o
manu ac u ing and assembly which helps op imize e iciency and educe cos s (Be am e al., 2019) and s uc u al
design which in ol es he in eg i y o p e ab ica ed uni s du ing anspo a ion, li ing and ins alla ion (Gunawa dena
e al., 2022). Design o manu ac u ing (DFM) me hods imp o e he shapes o pa s so ha hey can be made and
shipped mo e easily while s ill looking good (Lessing e al., 2015). Design s anda diza ion helps modula sys ems by
making p oduc ion easie and allowing cus omisa ion h ough di e en componen s and lexible con igu a ions (Kama
e al., 2010).
2.4. Cul u al and Clima ic Adap abili y
Modula sys ems ha wo k in A ica need o be able o handle di e en cul u al p e e ences, amily pa e ns, and
wea he condi ions. Design e sa ili y makes i possible o c ea e ooms ha can suppo la ge amilies, small
businesses, and communi y ga he ings. S anda dized modules can include clima e- esponsi e design cha ac e is ics
like op imizing o ien a ion, na u al en ila ion sys ems, and managing he mal mass while s ill being e icien o make
(Hachem-Ve me e, 2024).
3. Ma e ials Enginee ing: Ad anced Solu ions o A ican En i onmen s
3.1. Clima e-Responsi e Ma e ial Selec ion
A ica's clima e zones ange om he ho , d y dese s o he Saha a o he we , opical ain o es s. Ma e ials enginee ing
solu ions mus wo k well in all hese condi ions, as well as in high empe a u es, humidi y changes, and seasonal
wea he pa e ns. Compa ed o adi ional ma e ials, ad anced composi e ma e ials, enginee ed lumbe p oduc s, and
high-pe o mance conc e e o mula ions a e mo e du able and allow o less weigh , which makes anspo a ion mo e
e icien (Ajayi e al., 2024; Alganehi, 2025; Nwachukwu e al., 2025).
3.2. Local Ma e ial In eg a ion
Sus ainable modula sys ems use ma e ials ha a e sou ced locally o lowe shipping cos s and help local economies.
New ways o wo king wi h bamboo, comp essed ea h blocks, and ag icul u al was e composi es make i possible o
combine old ma e ials wi h new ways o making hings. These mixed me hods keep cul u al au hen ici y while mee ing
mode n pe o mance c i e ia (Faludi e al., 2012).
3.3. Sma Ma e ials and Adap i e Sys ems
Phase-change ma e ials (PCMs) buil in o wall panels help keep he empe a u e s able wi hou using any ene gy, which
cu s down on he amoun o ene gy needed o hea and cool. In ough en i onmen al ci cums ances, sel -healing
conc e e echnology can make s uc u es las longe . Sma glass sys ems can au oma ically change how clea and wa m
hey a e based on he wea he ou side. This makes he inside mo e com o able and uses less ene gy (Sun e al., 2022).
3.4. Tex ile In eg a ion in Building Sys ems
Tex ile can be in eg a ed in o building sys ems h ough he ollowing ways
● Tex ile- ein o ced componen s: Tex iles like ca bon o glass ibe s can be embedded in conc e e (Tex ile-
ein o ced conc e e) o enhance s eng h, esis ance o hea and du abili y in building componen s such as
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walls, oo s, sandwich panels, domes e c. (Wu e al., 2023). Also, ex iles can be combined wi h polyme s
(Tex ile- ein o ced polyme ) o c ea e ligh weigh , high s eng h building componen s.
● Fashion-inspi ed a chi ec u e: Fashion design p inciples such as lexibili y and modula i y can in luence
a chi ec u al design.
● Modula ex ile s uc u es: In la able, ligh weigh , po able o ensile s uc u es can be used o empo a y and
pe manen buildings. (Venigalla e al., 2022).
● Sma Tex iles: sma ex iles such as sel -cleaning o empe a u e egula ing ab ics can be inco po a ed in o
building design.
● Sus ainable Ma e ials: Tex ile was e o ecycled ma e ials can be epu posed o building insula ion, acous ic
panels and o he componen s.
4. Digi al Technologies and AI-Enabled Manu ac u ing
Figu e 2 AI in Modula Cons uc ion
This diag am illus a es he a ious applica ions o A i icial In elligence (AI) in he modula cons uc ion p ocess. I
highligh s ou key a eas: 'BIM and Digi al Twins' o p ecise design coo dina ion and p edic i e main enance; 'Robo ics
and Au oma ion' o au oma e epe i i e asks, educe cos s, and imp o e consis ency; 'Supply Chain Op imiza ion' o
e icien ma e ial p ocu emen and logis ics coo dina ion; and 'Pa e n Recogni ion' o gene a ing new designs ha
blend cul u al au hen ici y wi h mode n s anda ds (Liu e al., 2024).
4.1. Building In o ma ion Modelling (BIM) and Digi al Twins
BIM ools help coo dina e designs, ind con lic s, and make i easie o make modula pa s. Digi al win echnology
c ea es digi al copies o bo h inished buildings and he s eps ha we e used o build hem. This makes i possible o
keep imp o ing and plan o upkeep. Because hey make i easy o pu hings oge he and use hem, hese ools a e
especially help ul in A ica, whe e people may no ha e a lo o building expe ience (Olaseni, 2020).
4.2. Robo ics and Au oma ed Assembly
The same p oduc ion asks can be done epea edly by obo s ha a e d i en by AI. This sa es money on labou and
makes hings mo e consis en . Buil -in sensing sys ems in au oma ed assembly lines speed up p oduc ion, cu down on
he amoun o ma e ial ha needs o be mo ed, and make su e ha quali y con ol is always in place. The e may no be
a lo o skilled building wo ke s in A ica. Au oma ion can help speed up wo k and gi e people he chance o lea n new
skills and ge echnical aining (Amma e al., 2021).
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4.3. Supply Chain Op imiza ion
Supply chain managemen ools ha use AI make i easie o buy hings, keep ack o s ock, and plan logis ics. Nweje
and Taiwo (2025) say ha p edic i e analy ics can help A ica's complica ed in as uc u e ne wo ks by igu ing ou
pa e ns o demand, making he bes use o ac o y schedules, and coo dina ing logis ics o anspo a ion. I is e y
impo an o ha e hese sys ems in place so ha modula building supply chains s ay simple and cos s and deli e y
imes s ay cheap.
4.4. Pa e n Recogni ion and Design Au oma ion
Machine lea ning p og ams can look a old A ican building s yles and come up wi h new designs ha a e ue o he
cul u e bu also make he s uc u e wo k be e and he p oduc ion p ocess mo e e icien . This me hod akes old design
knowledge and combines i wi h new enginee ing skills o make homes ha mee cu en pe o mance s anda ds and
a e popula wi h people in he a ea (Chi keshwa , 2024).
5. Renewable Ene gy In eg a ion and Sma Home Technologies
Figu e 3 Sma Home Sys em
This pic u e shows how he pa s o a sma home ene gy con ol sys em a e linked o each o he . The main pa is he
house i sel , which has sola sc eens buil in. I is shown in he low cha how a "Ene gy Managemen sys em" manages
"Sma Appliances" and a "Home a ea ne wo k." A "Sma me e " is linked o his ne wo k, and i wo ks wi h "Ene gy
s o age" and "Renewable ene gy sou ces." When ene gy is handled om he "U ili y" company back o he cen al
sys em, he cycle is comple e. This shows ha ene gy lows comple ely and e icien ly in a sma home (Gunawan e al.,
2016).
5.1. Sola In eg a ion and Ene gy Independence
Because A ica has a lo o sun esou ces, pho o ol aics mus be used in modula buildings ha a e mean o las . I is
easie and cheape o add sola panels, ba e y s o age sys ems, and ene gy managemen con ols i hey a e buil in o
he ac o y. Communi ies can ge mo e eliable ene gy om mic og ids ha connec se e al modula uni s. Each sys em
can also cos less because o economies o scale (Ma hies, 2016).
5.2. Ene gy-E icien Building Sys ems
Wi h modula cons uc ion, i is easy o add ene gy-sa ing ea u es like LED ligh s, sma HVAC con ols, and ools ha
use less powe . Se ing up he sys em in he ac o y makes su e i is se up co ec ly and makes i easy o se up in he
ield. Ene gy modelling helps wi h he design p ocess o ind he bes sys em size and layou o he a ea and how people
use i (Pless e al., 2022).
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5.3. IoT In eg a ion and Sma Home Fea u es
Adding ene gy-sa ing ea u es like LED ligh s, sma HVAC con ols, and ene gy-e icien appliances is easy wi h
modula building. Fac o y ins alla ion makes su e he sys em is se up co ec ly and makes i easy o ins all in he ield.
Modelling ene gy use helps designe s igu e ou he bes sys em size and layou o he a ea's wea he and how people
will be using i (Pless e al., 2022).
5.4. Wa e and Was e Managemen
Some modula plans include ways o clean wa e , collec ainwa e , and ake ca e o ash (Nwachukwu e al., 2025).
They can help many A ican owns ill in impo an in as uc u e gaps. Rod igues e al. (2023) say ha hese sys ems
can wo k on hei own o connec o bigge communi y in as uc u e when i is eady.
6. S a egic Change Managemen and Implemen a ion F amewo ks
Figu e 4 Modula Cons uc ion Adop ion
This diag am shows he di e en le els o change ha a e needed o adop modula building, om small s eps o big
changes. I desc ibes ou main s eps: "Regula o y Adap a ion," which means changing exis ing ules; "Capaci y
Building," which means c ea ing a skilled wo k o ce; "Ko e 's Model," which sugges s a planned way o pu he plan
in o ac ion; and "Ecosys em Mapping," which makes su e ha e e yone in ol ed wo ks oge he . The pic u e shows a
de elopmen om easie , mo e s able changes o ha de , mo e ans o ma i e ones (Shin e al., 2022).
6.1. S akeholde Ecosys em Mapping
A lo o di e en g oups need o wo k oge he o make modula homes wo k. These g oups include banks ha lend
money o p ojec s, adi ional cons uc ion companies ha need o lea n new ways o do hings, communi y g oups
ha speak o end use s, and ech companies ha make he ools and sys ems ha ac o ies need o make hings.
Adeyemi e al. (2024) say ha di e en g oups o s akeholde s ha e di e en needs, skills, and wo ies ha need o be
add essed wi h di e en change managemen me hods (Ibe e al., 2025).
6.2. O ganiza ional Change Models
Ko e 's 8-S ep Change Model suppo s modula cons uc ion. I makes people eel like housing sho ages a e u gen ,
b ings s akeholde s oge he , makes clea plans o changing housing, alks abou bene i s and conce ns, empowe s
hem o ac h ough policy and inancing suppo , ge s sho - e m wins h ough pilo p ojec s, keeps momen um going
h ough con inuous imp o emen , and makes changes s ick h ough ins i u ional suppo and cul u al change (Zia aki,
2023).
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6.3. Capaci y Building and Skills De elopmen
Modula cons uc ion equi es aining o manu ac u ing echnicians o unning ac o ies, quali y con ol specialis s
o o e seeing p oduc ion, logis ics coo dina o s o mo ing and assembling hings, and main enance echnicians o
keeping hings unning. T aining p og ams mus each echnical skills and change managemen o enable o ganisa ions
ans o m (Thu ai ajah e al., 2023).
6.4. Policy and Regula o y Adap a ion
Mos building codes and ules do no ha e ules o modula cons uc ion, which makes i ha de o use. Pa o
managing s a egic change is making su e ha a emp s o change egula ions se he igh s anda ds while keeping
sa e y and quali y s anda ds. People om all sides need o be in ol ed in his p ocess and i needs o be ca ied ou in
s ages so ha people can ge used o he new echnology and ways o doing hings (Wuni and Shen, 2020).
7. Tex ile and Fashion Design Applica ions in Modula Housing
Figu e 5 In eg a ing Fashion in o Modula Housing
This diag am illus a es how p inciples om he ashion indus y can be applied o modula housing. I highligh s ou
key a eas o in eg a ion: 'Fashion Me hodology' which in ol es applying design echniques o housing cus omiza ion;
'Tex ile A chi ec u e' which adap s ashion design p inciples o a chi ec u al ab ic elemen s; 'Func ional Tex iles'
which uses echnical ab ics o wea he p o ec ion and en i onmen al con ol; and 'Cul u al Exp ession' which
in eg a es adi ional ex iles o c ea e cul u ally esonan homes (Casciani, 2023).
7.1. Tex ile A chi ec u e P inciples
Tex ile a chi ec u e p inciples in modula housing in ol e inco po a ing ex ile ma e ials and design s a egies o
enhance sus ainabili y e iciency and aes he ic appeal. This includes designing buildings om independen
p e ab ica ed modules ha can easily be combined, allowing lexibili y and scalabili y (Be am e al., 2019); using eco-
iendly ma e ials like na u al ibe s o ecycled ex ile was es o minimize en i onmen al impac ; using ex ile-
ein o ced building componen s o enhance du abili y and s eng h; in eg a ing sma ex iles such as elec och omic
ma e ials (change colo o opaci y in esponse o elec ical signals allowing o dynamic shading and ligh con ol) o
he moch omic ma e ials (change colo in esponse o empe a u e changes , p o iding isual indica o s o empe a u e
luc ua ions) o p o ide dynamic shading and op imize ene gy e iciency and las ly, design lexibili y which allows
adap able and cus omizable designs ha mee changing p e e ences and needs simila o how ashion designs can be
upda ed o epu posed (Kola e ic, 2003). The way mo able housing pa s wo k migh be changed by ideas om ashion
design abou buil -in ex iles. Pa e n d awing echniques ha can be used on a bigge scale allow o e y accu a e
making o clo h building pa s. Tensioned memb ane sys ems ha keep ou he wea he while le ing ai mo e na u ally
a e made wi h d aping p inciples. D awing ashion designs on clo hes can help many people unde s and how ab ics
can be pu oge he and how designs wo k (Chil on, 2010).
7.2. Cul u al Exp ession Th ough Tex ile In eg a ion
The in eg a ion o ex iles in o A ican modula housing is a an as ic way o exp essing cul u al iden i y, p ese ing
cul u al he i age and p omo ing sus ainable de elopmen . Acco ding o a s udy by Wu e al., 2023 on ex ile- ein o ced
conc e e (TRC), ex iles can be used o c ea e building componen s ha a e no only du able bu also cul u ally ele an .
Tex iles ha e always been an in eg al pa o he A ican cul u e ha ing adi ional pa e ns and mo i s ha con ey
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meanings and symbolism (Renne, 2018). People who build houses using modula sys ems can use adi ional A ican
ex ile pa e ns and me hods o make homes ha a e cul u ally app op ia e and help local a isans. Oladepo-Ajagbe
(2024) says ha digi al p in ing makes i cheap o add designs and colou s ha a e unique o an a ea o ex ile building
pa s. The s anda d modula pa s a e used in his way o make housing solu ions ha i a cul u e and keep he
communi y's iden i y while s ill mee ing mode n pe o mance s anda ds.
7.3. Func ional Tex ile Sys ems
Modula homes can do many hings wi h echnical ex iles o enhance sus ainabili y and pe o mance. Examples a e
sma ex iles such as he moch omic ex iles and elec och omic ex iles , insula ing ex iles which p o ide he mal
insula ion, educing hea loss and ene gy consump ion (Gunawa dena e al., 2022), phase change ma e ials ha abso b
and elease hea , egula ing indoo empe a u e and also educing ene gy consump ion (Wu e al., 2023), ai -pu i ying
ex iles which cap u e pollu an s and alle gens imp o ing indoo ai quali y (Na a a nam e al., 2019), an imic obial
ex iles which inhibi g ow h o mic oo ganisms, educing he isk o in ec ions and p omo ing a heal hy indoo
en i onmen (Venigalla e al., 2022), acous ic ex iles which abso b sound wa es, educing noise le els and imp o ing
acous ic com o (Gelb ich e al., 2018) and las ly sus ainable ex iles such as ecycled ma e ials ha a e eco- iendly,
educing was e, minimizing en i onmen al impac and p omo ing sus ainabili y (Fle che , 2014). Ou side, hey keep
he wea he ou , and inside, hey spli ooms, p o ec p i acy, and con ol sound. They can also be used o con ol he
su oundings by using sma ab ic echnologies o con ol empe a u e and humidi y (Fi oozi e al., 2024). Some o he
bene i s o ex ile-based sys ems a e ha hey a e easy o ins all easy o epai , a e o low main enance and hey can be
epu posed.
7.4. Fashion Design Me hodology in Housing Cus omiza ion
Fashion design ideas conce ning cus omisa ion, sizing, and i can make modula housing mo e use - iendly. Clo hing
manu ac u ing echniques like modula assembly, changeable pa s, and s anda dised size can be employed in home
design (Yeung e al., 2010). Mass cus omisa ion enables consume s design hei own li ing spaces while lowe ing
p oduc ion cos s.
8. Case s udies: implemen a ion expe iences
8.1. A ican Modula Housing Ini ia i es
Sou h A ican eme gency housing p ojec s ha e used p e ab ica ed solu ions o educe building ime om 6 o 12
mon hs o 4 o 6 weeks (Moghayedi and Awuzie, 2023). T anspo a ion, alen , and money issues ha e slowed scaling.
Kenya uses sola and wa e ha es ing o p oduce cheap houses. These ini ia i es demons a e how in eg a ed u ili y
sys ems can wo k and he impo ance o communi y in ol emen and upkeep (Obunga, 2023).
8.2. Global Pa allels and Technology T ans e
India's p e ab ica ed housing p ojec s show us how o use local ma e ials and make hings la ge in A ica (Ande son,
2019). B azil's social housing p og ams demons a e how o engage communi ies and make li le adjus men s ha could
bene i A ica. These wo ldwide examples demons a e he impo ance o adap ing global echnologies o local demands
a he han jus eloca ing hem (Cubillos-González and Tibe io Ca doso, 2020).
8.3. Supply Chain and Logis ics Challenges
A ican in as uc u e issues complica e modula building logis ics. Designe s may need o adjus module sizes and
weigh s o mee local anspo ne wo ks (Pei is e al., 2022). S ong in en o y managemen and local supplie s a e
needed due o supply chain eliabili y issues. These issues demons a e he need o alue chain-wide sys ems, om
p oduc de elopmen o consume deli e y (Samson and Gloe , 2018).
8.4. Financial Inno a ion and Access
Mic o inance in eg a ion, communi y owne ship models, and go e nmen subsidy p og ams can make modula homes
a o dable o low-income people (Bhanye e al., 2024). Financial ansac ions can be simpli ied and cheape wi h
blockchain and mobile paymen solu ions. New inancial mechanisms help A ica's housing sca ci y by ge ing o he
igh size (Ogundu, 2025).
Wo ld Jou nal o Ad anced Resea ch and Re iews, 2025, 27(02), 2023-2034
2031
9. Fu u e ision: in eg a ed sma manu ac u ing ecosys ems
9.1. AI-D i en P oduc ion Op imiza ion
Ad anced AI sys ems will manage logis ics, quali y con ol, ma e ial acquisi ion, and p oduc ion scheduling o op imise
manu ac u ing ecosys ems. Machine lea ning algo i hms will keep g owing be e a manu ac u ing hings based on
pe o mance da a, wea he condi ions, and pa e ns o demand (Mawson and Hughes, 2020). P edic i e analy ics will
o ecas when main enance will be needed and imp o e sys em pe o mance du ing he li e o he building (de B i o
and Sil a, 2020).
9.2. Dis ibu ed Manu ac u ing Ne wo ks
Ins ead o mega ac o ies, modula housing sys ems may le e age dis ibu ed p oduc ion ne wo ks. Regional s eng hs
and lowe ansi needs would bene i hese ne wo ks (Ben-Ne and Siemsen, 2017). Mobile ac o ies may wo k in ha d-
o- each egions, while ci y ac o ies can make se e al hings a once. Dis ibu ed me hods can boos local economies
while educing en i onmen al impac (Mo a e al., 2019).
9.3. Ci cula Economy In eg a ion
Fu u e sys ems will inco po a e ci cula economy p inciples like disassembly and componen euse. AI sys ems will
moni o building i ems h oughou hei li espans o euse hem and sa e was e (Sikande , 2024). This s a egy is use ul
in A ica, whe e limi ed esou ces equi e e ec i e ma e ial use o p o ec he en i onmen .
9.4. Communi y-Cen ed Sma Ci ies
Sma communi ies will be buil using modula housing sys ems ha in eg a e anspo a ion, u ili ies, and social
in as uc u e. IoT will help communi ies use esou ces be e and p o ide da a o imp o e (Li e al., 2024). This
combina ion app oach can help ci ies lou ish while imp o ing people's li es by minimising en i onmen al impac .
10. Conclusion
We need modula building, AI, enewable ene gy, and s a egic change managemen o sol e A ica's housing c isis.
These new ideas can quickly build inexpensi e, cul u ally app op ia e homes on a wide scale o encou age ene gy
independence and economic g ow h. We need o in es in in as uc u e, ain wo ke s, de elop help ul legisla ion, and
coope a e wi h businesses o achie e his. E e yone mus collabo a e apidly o u n A ica's u banisa ion c isis in o
long- e m g ow h.
Compliance wi h e hical s anda ds
Disclosu e o con lic o in e es
The au ho s decla e no con lic s o in e es ela ed o his wo k
Re e ences
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bene i s. J. Cons . Inno , 18, 67-82.
[2] Akin adewo, O., Aigba boa, C., Aghimien, D., Oke, A., and Ogunbayo, B. (2023). Modula me hod o cons uc ion
in de eloping coun ies: he unde lying challenges. In e na ional Jou nal o Cons uc ion Managemen , 23(8),
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[3] Alganehi, S. M. (2025). G een Building Ma e ials and Technologies o Sus ainable Cons uc ion (mas e ’s hesis,
Hamad Bin Khali a Uni e si y (Qa a )).
[4] Amma , M., Haleem, A., Ja aid, M., Walia, R., and Bahl, S. (2021). Imp o ing ma e ial quali y managemen and
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