A specialist technical engineering practice covering every phase of a project — from feasibility studies and conceptual design through construction supervision, commissioning, and long-term maintenance planning.
Mechanical, electrical, and plumbing systems engineered from concept through detailed drawings, calculations, and specifications.
Civil and structural engineering across reinforced concrete, steel, and hybrid systems — from preliminary sizing to construction-ready details.
HVAC, fire protection, low-voltage, high-voltage, and process integration — coordinated across architectural and structural disciplines.
Geotechnical assessment, existing-conditions surveys, and as-built documentation — establishing the technical baseline before design begins.
Building Management Systems, IoT-enabled controls, and process automation — designed for performance and long-term operability.
Independent verification that executed work conforms to design intent, regulatory requirements, and contractual specifications.
Day-to-day oversight of design teams, contractors, and subconsultants — ensuring coordinated delivery on schedule and on budget.
Site inspections, materials verification, test witnessing, and non-conformance management throughout construction.
Coordination with authorities, submission of technical files, and resolution of approvals through to occupancy permits.
Systems testing, performance verification, operator training, and handover — ensuring buildings perform as designed from day one.
Multi-disciplinary feasibility studies that test viability before commitment — technical, financial, and operational.
Concept-stage costing, operating-cost projections, and lifecycle assessments to support informed investment decisions.
Systematic review of design choices to optimize cost, performance, and constructability without compromising design intent.
Establishment, consultation, and analysis of tender packages — including bidder evaluation and technical recommendations.
Lifecycle cost models, scenario testing, and financial projections that link technical decisions to long-term operating economics.
Design integration of HQE certification standards — proven on landmark projects including Fairmont Royal Palm Marrakech.
Building energy modeling, system optimization, and retrofit strategies — reducing operational consumption while improving comfort.
EIA studies and regulatory reporting — covering site impacts, energy, water, materials, and operational footprint.
Long-term operating manuals, maintenance schedules, and technical advisory through the post-occupancy life of the building.
Including specialty engineering such as desalination, complex water treatment systems, and mission-critical industrial water infrastructure — extending our practice to demanding hydraulic mandates.
End-to-end engineering responsibility — feasibility through commissioning. The most common engagement for landmark projects, where GETB acts as the technical lead alongside the architect and project manager.
Targeted engagement on defined scopes — MEP only, structural only, or supervision only. Often used by clients with their own preferred design team but seeking GETB's technical depth on specific lots.
Technical due diligence, second opinions, feasibility reviews, dispute support, and value-engineering audits — short-form mandates that draw on four decades of accumulated experience.
Tell us where you are in the project — feasibility, design, construction, or post-handover. We'll let you know within two business days how we can help.
Let's discuss your project