AL-SHAMAA · ENGINEERING SERVICES AND CONSULTANCY
AL-Shamaa turns structural intent into buildable detail — accurate reinforcement shop drawings, coordinated BIM models and dependable design support, from straightforward elements to highly complex geometries.
We specialise in reinforcement detailing, BIM modelling and structural design services. Our team delivers precise and dependable detailing for a wide range of structures — from straightforward elements to highly complex forms — using both advanced BIM platforms and conventional 2D drafting techniques, depending on what the project actually needs.
Beyond detailing, we provide design services including structural analysis and the design of support systems for solar panels. The goal is always the same: add technical value, reduce on-site conflicts, and streamline construction through coordinated, buildable, cost-effective solutions.
Our vision — to revolutionise the construction industry by delivering precise, intelligent and integrated engineering solutions that drive efficiency, accuracy and sustainable growth.
Every deliverable is produced against the project's own standards and checked before it leaves the office — so what reaches site is clear, complete and ready to build.
Highly accurate reinforcement shop drawings tailored to each project — clear, fully dimensioned and detailed for the people placing the steel.
Advanced Building Information Modelling that carries real construction geometry — so conflicts are resolved in the model, not on the slab.
Comprehensive design services — structural analysis and the design of support systems for solar panels, grounded in practical engineering judgement.
Detailing is where design meets reality. We use that position to remove ambiguity before it becomes a delay, a variation, or a crowded bar zone nobody can place.
Some projects want a fully modelled rebar environment. Others need fast, clean 2D output against an established site workflow. We are fluent in both and pick the method that serves the programme.
Curved walls, transfer structures, sloping slabs and congested nodes — detailed so the steel actually fits.
Clashes and buildability issues are caught in the model and the check, before they cost programme time.
Deliverables align with your project requirements, client templates and industry standards.
Solar support structures and efficient steel arrangements that reduce waste and rework.
A multidisciplinary team that stays with your project from first model to final issue.
A predictable route through every reinforcement package, with the checking built in rather than bolted on at the end.
We review the consultant's drawings, specification and standards, agree the delivery method — BIM or 2D — and raise technical queries early.
Reinforcement is modelled in 3D or drafted in 2D against the agreed conventions, element by element, with schedules generated from the same source.
Rebar is checked against embeds, openings, services and adjacent pours so congestion and clashes are resolved before issue.
An independent check covers geometry, laps, covers, bar marks and schedules. Nothing leaves the office unchecked.
We stay available through construction for RFIs, revisions and as-built updates — keeping the drawing set true to what is actually being built.
One reinforcement package where every column is raked, and one solar plant where the wind rather than the weight decides the steel. Both were modelled before anything was drawn, and both were issued as documents the site could build straight from.
Damour · Chouf, Lebanon
A private villa development where the structure is the architecture: raked reinforced-concrete columns carry the upper floor and the cantilevered roof, so almost nothing about the reinforcement repeats. We modelled the ground-floor-to-first-floor columns in full 3D, worked out the bar arrangement where each inclined shaft lands, and issued a coordinated set of elevations, plans and bar bending schedules.
Every column on this elevation is raked, and each one meets its slab at a different angle and a different level. Standard column details applied nowhere.
The whole ground-to-first-floor zone was built as a 3D rebar model first, so laps, covers and the congested column-to-slab junctions were settled where they could actually be seen.
Elevations, plans, 3D views and the bar bending schedule all came off that one model.
Bekaa, Lebanon
A ground-mounted PV plant on an exposed ridge, where the panels weigh almost nothing and the wind decides the structure. We set out the array, ran the support tables through a wind simulation, designed the bolted base connections and their anchors against the uplift that came out of it, and sized the spread footings that hold the whole thing down.
The panels are light and the ridge is exposed, so wind governs rather than gravity — uplift on the tables, tension in the anchors, overturning on the pads.
The tables were simulated in 3D so the pressure they actually see drove the member sizes, instead of a blanket coefficient applied to the whole array.
Members, base connections, anchors and footings all sized off one set of load cases, with the governing anchor left at 77 % of capacity.
Reinforcement detailing and design support across the structures that make up construction and design programmes.
Cores, slabs, shear walls and podium transfers.
Frames, basements and long-span floor systems.
Retaining walls, culverts, abutments and decks.
Foundations, pits, machine bases and plant structures.
Panel support systems, ballast and pile foundations.
Curved, sloping and irregular forms modelled in 3D.
Share a specification, a set of consultant drawings or just a scope outline. We'll come back with the delivery method, programme and a clear price for the package.
