Portfolio Aleksa Cavic

PORTFOLIO
STRUCTURAL ENGINEER
ALEKSA CAVIC
aleksacavic@gmail.com
www.cavic.me/CV
+971 56 80 22 030

KWS’ plant for corn processing,
Serbia, Becej
Tim-Inzenjering sistem
November 2013-March 2014
As a part of Tim-Inzenjering Sistem I was
involved in producing complete set of
technical documentation including final
structural design.
Overall facility worth is €30 million.
The factory compound covers 15.5 ha in
Becej's industrial zone, houses the most
recent equipment and technology and is
capable of an output of 10,000 tons of corn
seed.
Facility was opened by Serbian Prime
Minister.
KWS FACILITY
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KWS’ plant for corn processing,
Serbia, Becej
November 2013-March 2014
My role was designing (structural analysis,
calculations, detailing) most of concrete
structures and some of steel facilities as
well.
Software used:
 Radimpex software
o Tower
o ArmCAD
 Graitec software
o Advance steel
o Graitec concrete
 AutoCAD
References:
 Milos Boskovic – CEO
o mboskovic@gmail.com
 Vladimir Jovic – structural engineer
o vladimjovic@gmail.com
KWS FACILITY
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Onshore Drilling Rigs Facilities,
Serbia, NIS GAZPROM
June 2013-October 2013
Serbia's Oil industry NIS was sold to Russian
giant GAZPROM so they requested
modernization of existing onshore drill rig
facilities.
Consulting and design were awarded
to TIM.
As a part of Tim Inzenjering's structural
engineering department I was responsible
for site planning, structural design and
detailing of all existing continental drilling
rigs facilities (Continental EMSCO, IDECO 5,
IDECO 6, IDECO 7).
GAZPROM DRILL RIGS
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Onshore Drilling Rigs Facilities,
Serbia, NIS GAZPROM
Our mission was to plan facilities' layout,
maintenance and HSE procedures, design
all structural elements down to detail level.
Scope of work included site planning, close
collaboration with client's (NIS GAZPROM)
engineers (especially we worked close with
mud engineers).
Result is entirely renewed drilling rig facilities
for national Oil company designed by
latest western standards, as per client
request.
Software used:
o Tower
o ArmCAD
o Advance steel
o Graitec concrete
 AutoCAD
References:
GAZPROM DRILL RIGS
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Waste Water Treatment plant
Buljarica, Montenegro
The project for the biological wastewater
treatment plant (WWTP) in the Municipality
of Budva/Montenegro, included the
infrastructure required for the construction
and commissioning of the plant, site
leveling, slope protection, regulation of the
creek bed and access roads. Client was
WTE (EVN group).
WWT PLANT
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Waste Water Treatment plant
Buljarica, Montenegro
I was a part of the team responsible for
developing final detailed design of
wastewater treatment plant.
Software used:
o Tower
o ArmCAD
o Advance steel
o Graitec concrete
 AutoCAD
References:
WWT PLANT
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Working platforms
Serbia, Pancevo, NIS GAZPROM
Client (National Oil Company) was facing
problems with maintaining of their facilities
as extensions were done through the
decades without proper planning and
many of crucial points on their production
lines were inaccessible.
This called for immediate action in
providing ingenious solutions of
constructing working platforms in a middle
of production lines, in a very complicated
and hazardous environment.
Over 500 working platforms were designed.
Project was done in phases:
 Very thorough site survey was
conducted for each location,
assessing the best way to access
the point of interest and noting all
surrounding obstacles.
 Detailed 3D models were
developed for each platform
complying with Client HSE and
other specs.
 MTOs and details were produced.
GAZPROM PLATFORMS
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Working platforms
Serbia, Pancevo, NIS GAZPROM
Responsible for planning, structural analysis
and detailing.
Software used:
o Tower
 Axis VM
o Advance steel
o Graitec concrete
 AutoCAD
References:
GAZPROM PLATFORMS
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Residential and business
midrise buildings
Serbia
Structural aseismic and static analysis,
reinforcement detailing, construction
supervision of more than 20 buildings and
private residences.
As Serbia is seismically very active area,
most demanding task was to design
construction with sufficient capabilities to
withstand such an action but at the same
time to comply with architect demands.
I used wide range of tools for designing of
these structures:
o Tower
o ArmCAD
 Axis VM
 SAP2000
 Etabs
o Advance steel
o Graitec concrete
 AutoCAD
My company did not hire drafters;
engineers were in charge of detailing so I
have gained significant experience in
that regard as well.
BUILDINGS
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midrise buildings
Serbia
Company employs engineer from
different fields: civil engineers, architects,
mechanical engineers and infrastructure
civil engineers and all of us worked
closely to produce finalized projects to a
client satisfaction.
BUILDINGS
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midrise buildings
Serbia
Meeting architectural requirements
which are almost always conflicting with
aseismic regulations was the biggest
challenge.
BUILDINGS
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midrise buildings
Serbia
Some of the structures combine leisure
with production facilities.
That is the case with object on lower
picture; it is actually wine house with
production line placed in to the
basement.
BUILDINGS
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midrise buildings
Serbia
3D Models were formed for structural
analysis.
Depending on available time and
complexity of the structure I have used
either Tower (Radimpex software) or
Etabs.
General arrangement drawings were
usually done as 2D drawings in AutoCAD,
or as 3D models in Graitec Concrete
software.
For the most of the buildings I did
reinforcement detailing as well.
BUILDINGS
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midrise buildings
Serbia
For most of the buildings I constructed I
was in charge of supervision as well.
Gain experience from construction point
of view which is crucial for proper office
designing.
References:
BUILDINGS
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Silos, MK Group, Serbia
For one of the leader in agricultural
production in Serbia and Eastern Europe,
MK Group, I worked on several storage
silos facilities.
Silos itself were prefabricated steel
structures shipped from Spain, for which
we designed foundations and
surrounding production units.
Software used:
o Tower
o ArmCAD
o Advance steel
o Graitec concrete
 AutoCAD
References:
SILOS
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Oil facilities connections,
Kazakhstan
Company Nostrum (previously called Zak
Munai) was increasing production of gas
condensate at the field Chinarevskoe in
northern Kazakhstan, through the
construction of new gas treatment
facilities
Series of projects were produced in
collaboration with Neopetrol Engineering
from Serbia.
KAZAHKSTAN OIL FACILITIES
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Oil facilities connections,
Kazakhstan
My role on these projects was project
management of structural design and
project coordination with mechanical
engineers.
I also produced 3D models.
Software used:
 Asana
 MS Project
o Advance steel
 AutoCAD
References:
KAZAHKSTAN OIL FACILITIES
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In-line Petrol Blending system,
NIS GAZPROM, Serbia
GAZPROM invested 10 million of euros in
this project.
Worked on designing of facilities for in-line
blending at Pancevo Oil Rafinery which
was part of modernisation of rafaniery
processing.
This project enabled increase in
production capabilities of oil processing
by 4.9 millions of ton/year to and
production of Euro 5 grade diesel.
For this to be possible new operating
facilities had to be built such as MHC
(mild hydrocracking complex).
My team and I were in charge of site
planning and collaboration with
mechanical and oil engineers from
Ludan Engineering in order to design
concrete and steel facilities.
PERTOL BLENDING SYSTEM
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In-line Petrol Blending system,
NIS GAZPROM, Serbia
My scope of work included site surveying,
building facilities layout and 3d model,
design and detailing of concrete facilities
and foundations.
Software used:
o Tower
o ArmCAD
o Advance steel
o Graitec concrete
 AutoCAD
References:
PERTOL BLENDING SYSTEM
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Sandbags revetment,
Bluewaters Dubai
Ecocoast Contracting llc
Ecocoast Contracting llc was contractor
on temporary Geocontainers revetment
on northern part of the Bluewaters Island.
450 m long wall with 8 rows of Geobags is
constructed. I was involved in post-
construction review and stability
assessment.
Wall is subjected to high wave impact
and developing precise mathematical
model for calculation of its stability was a
demanding task considering lack of
standards.
I developed in-house software for
assessment of Sandbags wall stability
which I turned into one of a kind publicly
accessible online calculator (see next
project).
References:
 Matijas Darko – Division manager
o darko.matijas.uae@gmail.com
 Nikola Zutic – technical engineer
o nikola.zutic.zule@gmail.com
BLUEWATERS REVETMENT
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Geobags online calculator
Online Application developed for
Ecocoast for assessment of Geotextile
Sand Containers stability.
Based on wave loads and configuration
of the revetment wall, program outputs
required size of the Geobag unit based
on all existing calculation methodologies.
Full stack development.
Back-end is programmed in PHP, front-
end in JavaScript.
Accessible online at
http://www.cavic.me/EC
References:
ONLINE CALULATOR
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Al Mamzar boat ramp,
Sharjah
Ecocoast Contracting llc was contracted
for building slipway for small size boats at
Al Mamzar. I was involved in every stage
of the project: from tendering, planning,
to construction.
References:
BOAT RAMP
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