I already have a surveyed 40 sqm basement apartment with a basic floor plan, but the space still needs a sharper, more functional layout. I want to keep a clean modern aesthetic while squeezing every centimetre of usefulness out of the bathroom and kitchen—and then illustrate the overall concept with a few clear visuals. Bathroom focus • Re-work storage, shower design and lighting so they all coexist comfortably. • Integrate the toilet, concealed cistern, washbasin and the existing pumping/lifting station without compromising head-room. • Make smart use of a raised platform for extra storage and verify all regulatory clearances, including the path to the emergency exit.Photorealistic Balcony Cladding Design, 1. Project Background 1.1 I am the owner of a residential building and seek an experienced architect or architectural designer to develop a photorealistic, to-scale design for cladding applied to an existing balcony structure. 1.2 Architectural plans and photographic documentation will be provided, including scaled drawings titled: Bauzeichnungen – Anbau Balkon 2006.pdf 1.3 The objective of the project is to strengthen the architectural coherence of the façade by redesigning only the balcony cladding of structural elements, not the structure itself. 1.4 This assignment follows a staged workflow consisting of concept visualization, technical development, and procurement specification. 1.5 The scope of work is strictly limited to the balcony. No redesign or modification of other façade areas or structural extensions is permitted. ________________________________________ 2. Project Workflow 2.1 Phase 1 — Concept Visualization Create two photorealistic design visualizations of the same concept in alternative expressions: 2.1.1 Organic classical profile expression 2.1.2 Expression using square accent stone elements Requirements: • Photorealistic rendering • Accurate modelling to scale • Compliance with provided architectural drawings • Dimension extraction capability • Accurate depiction of real balcony geometry • Cladding applied only to structural vertical and horizontal beams • Existing windows, doors, and railing unchanged One variant will be selected for continuation. 2.2 Phase 2 — Technical Development Based on the selected concept: • Produce refined architectural design • Provide scaled technical drawings • Provide dimensioned plans and elevations • Integrate STO catalogue profiles • Coordinate proportions between all elements 2.3 Phase 3 — Procurement Specification Deliver a complete ordering package enabling commissioning of STO production and delivery: • Detailed material take-off • Linear meters per profile type • Cross-section dimensions • Quantities per component • Cutting/waste allowances • STO catalogue references • Assembly logic for composite components Separate material lists required for both beam expression approaches if developed. ________________________________________ 3. Physical Site Conditions and Geometry 3.1 Vertical Steel Support Diameter: 16 cm 3.2 Base Plinth Height: 8 cm Footprint: 25 × 25 cm 3.3 Height From plinth top to underside of balcony beam: Approx. 287.8 cm Column cladding may start on plinth and may be fabricated in two parts with internal cavity approx. 16 cm diameter. 3.4 Balcony Configuration Reality • Balcony serves only first two doors • No balcony in front of third window • Right side remains part of light well with no slab • Single horizontal beam extends beyond balcony footprint toward the house • Existing stainless steel railing remains unchanged • No railing extensions • No roof above balcony • Building is single story • Balcony located at first-floor height Accurate depiction of these conditions is mandatory before decorative development. ________________________________________ 4. Architectural Style Direction 4.1 General Intent Design must reinforce architectural coherence using: • Elegant proportioning • Visual rhythm • Hierarchical balance • Form repetition • Harmonized detailing 4.2 Stylistic References • Classicist vocabulary • Early 20th-century tone (1920–1930) • Entrance portal stonework • Extruded window façade elements • Double gable hierarchy 4.3 Portal Reference Dimensions Side jamb parts 39 cm and 10 cm Side elements 22 cm Top portal 32 cm Proportional translation is acceptable. ________________________________________ 5. Balcony Design Requirements 5.1 Cornice and Floor • Cornice band aligns with floor cornice • Stainless steel balcony floor hidden beneath cornice • Visual perception as unified classical band • Classical moulding character allowed Colour direction: • Slightly lighter than brick • Similar to window frames • Must not appear new 5.2 Column / Support • Single support on left side • Ends at cornice • Integrated into cornice band • Styled analogously to façade pilasters Preferences: • Square geometry • Reduced ornamentation • Proportional balance • Thickness coordinated with beam cladding Assembly via STO components permitted. 5.3 Horizontal Beam Cladding • Beam extends beyond balcony footprint • Must be modeled accurately • Cladding thickness coordinated with column • Must not appear visually weaker than column Two expressions required: • Square accent element expression • Organic profile expression 5.4 Underside and Lighting Provide design concept including feasibility study for: • LED spot integration • Linear LED strip integration • Connection concept ________________________________________ 6. STO Catalogue Integration 6.1 Standard components preferred over custom fabrication 6.2 Assembly of multiple elements permitted 6.3 Reference profile context Cornice / Square Beam Expression PV-1000-352n PV-1000-162n Organic Beam Expression PV-100-717 PV-9000-111 Column / Pilaster SV-4000-103 PV-3000-151 Column Base PV-6000-209 These references indicate design direction and are not mandatory final selections. ________________________________________ 7. Design Constraints • Work limited to balcony only • No façade redesign • No structural extensions • No additional supports • No right-side column • No mosaic detailing • No railing modification • No balcony enlargement Scale accuracy mandatory. ________________________________________ 8. Deliverables 8.1 Phase 1 Two photorealistic visualizations 8.2 Phase 2 Technical architectural drawings 8.3 Phase 3 Complete STO procurement list ________________________________________ 9. Professional Requirements • Architectural background • 3D modelling expertise • Photorealistic rendering capability • Ability to work to scale • Experience with architectural drawings • Understanding of classicist proportion systems Portfolio examples encouraged. ________________________________________ 10. Budget and Timeline Provide quotation covering all phases described. Scope strictly limited to balcony. Kitchen focus • Optimise storage runs, appliance positioning and countertop continuity. • Maintain an unobstructed emergency-exit route through the window while maximising prep area. Overall apartment • Confirm the escape strategy for every room. • Produce two or three hero visuals for the bedroom and living zone that show finishes, furniture and lighting mood. Deliverables 1. Fully dimensioned drawings and construction-ready plans (PDF + editable source, dwg/rvb). 2. A short animated walkthrough of the complete layout (MP4 or equivalent), smooth enough for client presentations. 3. Still renderings for the bedroom and living area that match the modern style. I will supply the existing CAD files and laser-measure survey once we start. I’m happy to iterate quickly—please indicate the software you prefer (Revit, Archicad, SketchUp + V-Ray, Lumion, etc.) and how many revision rounds you include.