Amir D. Ali is an Iraqi structural engineer with over 30 years of experience in design and project management. He has a BSc in Civil Engineering from Baghdad University and an MSc in Structures from Baghdad University. He is registered as a structural engineer with Dubai Municipality and Trakhees. Currently he works as Design Manager at AMTECH in Dubai where he is responsible for structural concept design, calculations, drawings, and construction review for various building and infrastructure projects in the UAE and Iraq.

1. AMIR D. ALI
Nationality Iraqi
Date of Birth 1964
Marital Status Single
Language Arabic Mother Tongue English Fluent
Mobile +971 55 2651739
Email engamirstr@gmail.com
Key Qualifications Design of various types of reinforced concrete and steel frame's buildings,
Design and review for post-tensioned floors, Design for prestressed concrete
and composite steel bridge, Design for various types of foundations including
piled foundations and interacting with geotechnical engineering, Modeling,
Design and analysis by ETAB, SAP2000 , STAADPRO software Conversant
with British , Euro code and American building codes and specifications.
Education BSc Civil Engineering, Baghdad University, 1986
MSc Structures – Baghdad University – 1995.
Register in Dubai Municipality for Unlimited High Rise Buildings
Registered as structural engineer with Trakhees Accreditation program.
Professional Experience
AMTECH – Dubai, U.A.E 2013 – TO DATE
Design Manager – Structure
- Task including prepare the structural concept design for each project, study various types of structural
system, flooring system and foundation system. Prepare the structural calculations , drawings and
review specifications for projects. Prepare reports for design, tests and the interference with
construction.
- Educational Hospital 600 beds in Kerbala –Iraq. Review the structural design, hold workshops with
designer to follow up the design review and progress and interacting with site. The project cost 200
Millions USD.
- Design for 15 floors building of Al Kademya hotel – Baghdad –Iraq. The building structural system is
R.C. frames with piled foundation.
- Design for 22 floors building of Tiba mall and hotel – Basrah- Iraq. The building is post-tensioned flat
slab with piled foundations.
- Design for various buildings
UPA – Abu Dhabi, U.A.E 2011 – 2013
Senior Structural Engineer
- Abu Dhabi Ladies Club-Phase 2-UAE:- Design of eight buildings with multi functions. The total cost
of project 200millions dhs. The buildings are sport academy, Art academy, restaurant, Spa and health
facilities and shooting range etc. The buildings have different structural system, concrete frames, post-
tensioned floors, precast floors, steel roofs.
- Al Qasim Green University - Babylon-Iraq. The project contains many buildings with various functions
and structural systems.
Cloisall Contracting Co. – L.L.C., U.A.E 2006 – 2011
Structural Engineer, Various Projects
 Dubai Airport concourse -3 :- Design of steel supporting system for Vaulted claddings
 Dubai Airport Terminal -3 :- Design of steel supporting system for various false ceilings and claddings

2.  Dubai Mall :- Design of steel supporting frame for Red Wall cladding and various supporting frames for
interior finishes
 Delma Mall – Abu Dhabi:- Design of steel supporting frame for curtain wall, curtain roof, curtain for link
bridge and other steel frames.
Hijazy Consultant Architect 2004-2006
Structural Engineer, Various Projects
 Design of 3B+G+23 floors residential building, reinforced concrete structure, post-tensioned slab and bored
piles foundation.
 Design of G+20 floors Emirates Bank building reinforced concrete structure, post-tensioned and bored piles
foundation.
 Design of a various projects steel frames and reinforced concrete structures.
Halcrow Group Limited 2001-2004
Bridge Design Engineer, Various Projects
-Detailed design of a 43m single span composite steel bridge Al Ittihad Interchange Bridge, Sharjah - -Design
of a crossing channels 14m span Dibba Hisan, Sharjah
- Detailed design of a multi spans Reinforced Concrete Bridge consisting of an 18m simple span, Qatar.
- Design of an underpass 8.5m span, Sharjah - Design of services box culvert with chamber, Dubai Marina
- Bridge engineer- supervision for Sharjah- RAK road which is part of Emirates road. The project includes three
bridges with box girder type and 11 underpasses.
Hijazy Consultant Architect 1998-2001
Structural Engineer, Various Projects
-Design of B+G+7 floors residential building reinforced concrete structure, and bored piles foundation - Design
of G+7 floors residential building with reinforced concrete structure, and bored piles foundation - Design of a
Mosque (800 prayers) with 8m diameter dome, 50m high Minaret - Design of various projects, including villas,
commercial buildings.
Jurutera Konsultant (Semenanjung) Sdn Bhd Consulting Engineers 1997-1998
Malaysia: Design Engineer - Various Projects
 Bridge Section, Johor Bahru Inner Ring Road Project/ Package 2, Malaysia
1500 m bridged road total length, - 1300 m (30,34 m)pre stressed post-tension girders, - 100 m cast in
situ beams, - 100 m cast in situ slabs, - 500, 600 mm pre stressed spun piles for foundations
 Bridge Section, Putra Jaya Project, Malaysia
Design of piers and abutment of multi spans arched bridge, 18,25 m span,500 mm pre stressed spun pile for
foundations, slabs supported by 400 mm spun pile for fill embankment at approaches - Design of
vehicular Under Pass with 10.0m span and 12m length with 6.0 m height retaining walls at approaches -
Design of pedestrians underpass (tunnel) with 6.0 meters span and 7.0 m length, reinforced concrete piles
are used for foundations
 Sungai Nipath Project, Malaysia
Design of reinforced concrete box culverts of varying width, reinforced concrete piles for foundations
 North-South Highway, Malaysia
Design of several single span and multi spans bridges. The bridge spans varied between 15 and 30 meter
and were all in the form of post-tensioned or pretension precast beams with composite R.C. deck slab. The
abutments in the form of cantilever wall founded on group of 500mm pre stressed spun piles.
Design of eight-storey reinforced concrete building, with reinforced concrete driven piles for foundation
Design of fifteen-story reinforced concrete building, with basement, and reinforced concrete driven piles
foundation
Dar Al Handasa Bureau Consulting Engineers 1995-1996
Iraq: Design Engineer
Design of six-story reinforced concrete building founded on raft foundation.

3. Post Graduate Study, MSc Structures 1993-1995
Al Idrisi Consultancy Centre 1991-1993
Iraq: Design and Supervision Engineer
Design of governmental building, industrial buildings and condominiums.
Al Taj Company for Construction 1989-1991
Iraq: Project Engineer
Involved in the construction of 54m three span intersection bridge. Each span was precast pretension girders
with 200 mm composite R.C. slab. The intermediate piers were in the form of circular R.C. columns with a
crosshead beam founded on a group of R.C. bored piles. The abutments were in the form of cantilever wall
supported on a group of bored piles. My site supervision duties included materials testing, checking of
Contractor’s temporary work design, supervising concrete pours in the pre casting yard and on site and general
supervision works.
Al Rawi Company Limited 1986-1989
Iraq: Site Engineer
Involved in construction of reinforced concrete frame stores covering 10,000m², frames are precast units
supported on pad footings.