مريم يوسف

• Guided HNWI clients in selecting furniture, fixtures, and luxury materials, balancing design
vision with project budgets.

• Led the development of detailed interior design documentation packages, including precise wall partition
drawings and aluminium/steel door schedules, resulting in their adoption as internal technical standards to
enhance project consistency and quality.
• Developed architectural concepts and detailed drawings aligned with client requirements, codes, and project
budgets.
• Prepared construction documents, specifications, and material selections for residential, commercial, or
mixed-use projects.
• Conducted site inspections to monitor progress, quality, safety compliance, and adherence to design intent
• Coordinated with structural, MEP, and consultant teams to resolve design and construction conflicts
• Reviewed contractor shop drawings, RFIs, and submittals for accuracy and construction feasibility
• Managed project schedules, BOQs, and cost estimates to support timely and budget-conscious delivery
• Supervised on-site execution, ensuring workmanship met drawings, standards, and approved construction
methods
• Liaised with clients, authorities, and vendors to secure approvals, permits, and procurement support
• Used AutoCAD, SketchUp, and related software to produce models, plans, and presentations.
• Transforming preliminary architectural plans into detailed architectural drawings:
✓ External and internal wall plans with precise wall thickness (in cm).
✓ Furniture layout plans for optimized interior organization.
✓ Internal and external floor plans of the villa.
✓ Elevation plans for exterior and interior facades.
✓ Ceiling plans with level details and lighting layout.
✓ Intercommunication plans including CCTV, Wi-Fi, speakers, etc.
✓ Ventilation openings layout for proper airflow and HVAC integration.
✓ Electrical layout plans including sockets and switches.
✓ Window and door schedules for aluminium windows and doors.

• Designed and executed luxury furniture showrooms in Fujairah and Al Ain, improving
circulation flow and showroom experience, which increased foot traffic efficiency by 20%.
High-End 3D Visualization

• Led end-to-end interior design development for private luxury villas exceeding 8, 000 sq. ft., creating
premium material palettes and optimizing spatial layouts to deliver bespoke, high-end residential
environments.

• Updated material specifications and interlock flooring design.
• Prepared material quantity calculations, including paint finishes and interlock flooring used in
the cooling tank design.
Smith & Nephew Office - Fit-Out Project
• Redesigned the office interior layout, materials, and color schemes.

• Assisted in furniture selection and preparation of design specifications, including color
palettes, fabrics, and building materials.

• Fresh Fruits Company Project - Dubais Al Aweer
✓ Created 3D counter designs using 3ds Max, including detailed plan drawings and ceiling layouts.
✓ Developed 3D tent design concepts, including floor plans and ceiling plans.
✓ Coordinated design details for retail display counters and tent structures.
• Empower Cooling Plant - JBR (PJC3, PJC4)
✓ Redesigned the cooling plant model using 3ds Max while maintaining the existing structure.
✓ Updated material specifications and interlock flooring design.
✓ Prepared material quantity calculations, including paint finishes and interlock flooring used in the cooling
tank design. Smith Nephew Office - Project Redesigned the office interior layout, materials, and color schemes.
✓ Planned furniture layouts and lighting fixtures to improve functionality.
✓ Assisted clients with design selections, material choices, and layout planning.
✓ Produced 3D interior visualizations for office areas, activity rooms, and gym spaces. Etisalat Academy Hostel Prepared material schedules for bathrooms and guest rooms based on existing building details.
✓ Assisted in furniture selection and preparation of design specifications, including color palettes, fabrics,
and building materials.
✓ Created 3D interior visualizations using 3ds Max.