Reinforced Concrete Detailing Projects

opportunity

2-in-1 Carpooling Platform (Short + Long Distance)

Develop a hybrid 2-in-1 carpooling platform (iOS, Android, Web, Backend) combining long-distance scheduled trips and short-distance on-demand rides with a global toggle. Features: real-time GPS tracking, 3D vehicle animation, driver/passenger KYC, vehicle auto-recognition, wallets with automated 65/35 split, booking flows, cancellation rules, ratings/loyalty, admin CMS, payment gateways, policy pages, scalable microservices, secure auth, and deployment-ready deliverables including API docs, QA, and integrations. Ratings visible on driver profile • Feedback system mandatory ⸻ 9. Driver Profile Display Before booking, passengers must see: • Vehicle details (plate, model) • Available seats • Total trips completed • Ratings & reviews • Past feedback ⸻ 10. Notifications System • Push notifications (Firebase/APNs) • Real-time alerts: • Booking confirmation • Driver arrival • Trip start/end • Payment updates ⸻ 11. Integration Requirements ⸻ 11.1 Website Integration • Sync with existing: • Driver forms • Passenger database • Shared backend APIs ⸻ 11.2 Admin CMS Super Admin must: • Manage users (drivers/passengers) • Monitor transactions • Control payouts • Handle disputes • View analytics ⸻ 11.3 Payment Gateway Integration • Stripe / PayPal / Local gateways • Must work across: • Mobile apps • Website ⸻ 12. Policy & Compliance Pages Integrate: • Privacy Policy • User Policy • Cancellation Policy • Dispute Resolution • Complaint Forms ⸻ 13. Technical Requirements ⸻ Frontend • Flutter / React Native (preferred for cross-platform) • Smooth UI/UX (Uber-like experience) ⸻ Backend • Node.js / Django / Laravel • RESTful APIs • Scalable microservices architecture ⸻ Database • PostgreSQL / MySQL • Real-time DB (Firebase optional) ⸻ Maps & Location • Google Maps API / Mapbox • Real-time GPS tracking ⸻ 14. Security Requirements • KYC verification • Data encryption (SSL) • Secure authentication (JWT / OAuth) • Fraud detection system ⸻ 15. Deliverables Developer must provide: • Fully functional iOS & Android apps • Admin dashboard (CMS) • Backend API documentation • Integrated website system • Testing & QA • Deployment support ⸻ 16. Expected Outcome A fully integrated hybrid ride-sharing ecosystem that: • Works like BlaBlaCar + Uber in one app • Allows mode switching • Provides real-time tracking + structured trip booking • Ensures automated revenue split & wallet system

Interior Design Transform Dining Room into Cozy living Area

Project Overview We are seeking a creative interior designer to transform an existing multi-purpose room (previously used as a dining and prayer space) into a cozy, homey yet formal seating area. The design should balance comfort and simplicity with a refined aesthetic, while maximizing functionality through smart storage solutions and thoughtful spatial planning. Objectives • Convert the room into a welcoming seating/lounge area • Maintain a minimal, clutter-free, and elegant atmosphere • Incorporate hidden storage and functional design elements • Address architectural constraints (doors, window, AC unit) in a seamless and visually appealing way Design Style & Direction • Style: Modern Scandinavian / Soft Contemporary • Mood: Cozy, homey, clean, and subtly formal • Color Palette: • Beige / warm neutrals • Light gray • Soft light blue accents • Muted greens (optional accents) • Natural wood tones Key Design Requirements 1. LAYOUT & SPACE PLANNING • Optimize layout considering: o Two entry points (doors) o One window o Dual access flow (room connects from two sides) • Ensure smooth circulation without blocking pathways • Create a clearly defined seating zone 2. AC UNIT CONCEALMENT (HIGH PRIORITY) • The room contains a visible split AC unit that must be concealed creatively • Solutions should: o Maintain full functionality and airflow o Be aesthetically integrated into the design o Examples (for inspiration, not limitation):  Wooden slatted panels  Built-in cabinetry integration  Decorative screens or feature wall treatment 3. WALL UTILIZATION & STORAGE • Use walls in a functional yet design-forward way, • Incorporate: o Built-in or concealed storage o Shelving that blends with the aesthetic o Multi-functional elements (display + storage) • Avoid bulky or visually heavy solutions 4. PRIVACY ELEMENT • Introduce a subtle privacy feature along one wall or zone • Should feel integrated, not obstructive • Possible approaches: o Wooden partitions / slats o Decorative screens o Layered curtains or soft dividers 5. SEATING CONCEPT • Comfortable seating arrangement that supports: o Relaxation o Hosting guests in a semi-formal setting • Options may include: o Sofa or sectional o Accent chairs o Built-in bench seating 6. LIGHTING DESIGN • Layered lighting approach: o Ambient (overall lighting) o Accent lighting (feature walls, shelves) o Optional floor/table lamps for warmth • Avoid harsh lighting; aim for a soft, inviting atmosphere 7. MATERIALS & FINISHES • Emphasis on: o Natural wood textures o Soft fabrics o Matte finishes • Keep palette cohesive and calming Deliverables The designer is expected to provide: 1. 2–3 Layout Options (2D plans) 2. 3D Visualizations / Renders (high quality) 3. Material & Color Palette Board 4. Furniture & Decor Selection (with references/links if possible) 5. Detailed Design Concept Explanation 6. Optional: Basic technical drawings for execution Provided by Client • Room dimensions and measurements • Photos/videos of the existing space • Any inspiration references (if applicable) Budget & Timeline • Budget: 50$ (USD) • Timeline: 5–10 days preferred Designer Profile • Experience in residential interior design • Strong portfolio in modern / Scandinavian / minimal interiors • Ability to provide practical, buildable solutions (not just aesthetic concepts) Success Criteria • Smart and elegant AC concealment solution • Functional layout that respects room flow • Balanced aesthetic: cozy + formal + minimal • Thoughtful integration of storage and privacy elements

Cinematic Space Technology Animation Full Storyboard Provided.

WHAT THIS IS I am developing a space debris removal technology called ARDENT and need a high-quality cinematic animation for use in: - IP licensing meetings with aerospace prime contractors (ClearSpace UK, Astroscale) - UK Space Agency grant application (£75.6M programme) - UK Space Conference 2026 presentation This is NOT a generic explainer video. This is a cinematic science film — think SpaceX Starship launch films, ESA debris visualisation videos, or NASA JPL science films. Serious, awe-inspiring, technically accurate. I have a COMPLETE production storyboard document (Word doc, ~25 pages) containing: ✓ Shot-by-shot descriptions for all 13 shots ✓ Camera directions for every shot ✓ Full voiceover script (310 words, ~2m35s read time) ✓ Sound and music notes per shot ✓ AI video prompts per shot (Sora/Runway formatted — you may use these or ignore them) ✓ Style references for every scene type ✓ Colour palette and brand guidelines (ARDENT navy/gold) You will not need creative meetings before quoting. The brief is complete. ━━━━━━━━━━━━━━━━━━━━━━━━ THE 13 SHOTS IN BRIEF ━━━━━━━━━━━━━━━━━━━━━━━━ 01 — Earth from orbit, opening wide shot (8s) 02 — Orbital debris field visualisation with statistics overlay (12s) 03 — Defunct satellite collision in slow motion (10s) 04 — ARDENT title card (8s) 05 — Servicer spacecraft approaching debris target (14s) 06 — Vision system characterising debris with HUD overlay (12s) 07 — THE HERO SHOT: cannon fires, net deploys in slow motion (14s) ← most important 08 — Net envelops debris, cinch mechanism closes (17s) 09 — Drag augmentation sail unfurls, passive deorbit begins (17s) 10 — Data/statistics sequence with kinetic typography (13s) 11 — Three failure modes solved — comparison graphic (17s) 12 — Epic wide beauty shot, full system against Earth (13s) 13 — End card with logo reveal (15s) ━━━━━━━━━━━━━━━━━━━━━━━━ STYLE & TECHNICAL REQUIREMENTS ━━━━━━━━━━━━━━━━━━━━━━━━ Style: Cinematic CGI — photorealistic space environment, not cartoon or flat design References: SpaceX Starship landing films / ESA space debris visualisations / NASA JPL Resolution: 4K minimum (3840×2160), 16:9 Frame rate: 24fps cinematic (slow motion shots at 50fps+ then slowed) Format: MP4 H.264 master + compressed version for presentations Source files: Included in price (After Effects, Blender, or Cinema 4D project files) Voiceover: NOT included — I will record or commission separately Music: NOT included — I will license separately from Artlist/Epidemic Sound Colour grade: Cinematic, cool-toned space palette with warm Earth glow ━━━━━━━━━━━━━━━━━━━━━━━━ THE HERO SHOT — SHOT 07 ━━━━━━━━━━━━━━━━━━━━━━━━ Shot 07 is the centrepiece of the film and the most important shot to get right. It shows a cold-gas cannon on the nose of a spacecraft firing a net package into space. The net blossoms open — 20 metres of fine Dyneema mesh expanding beautifully against black space, corner masses swinging out, sunlight catching the mesh fibres in gold. It travels at a visibly slow, controlled pace. This shot is beautiful and it needs to feel like a genuine engineering miracle. Please pay special attention to this shot in your proposal — showing me you've thought about how to achieve it will go a long way. ━━━━━━━━━━━━━━━━━━━━━━━━ WHAT I NEED IN YOUR PROPOSAL ━━━━━━━━━━━━━━━━━━━━━━━━ 1. Your showreel / portfolio — specifically anything with: space, particles, slow motion physics, mechanical sequences, or technical animation 2. Which shots you'd approach using 3D CGI vs AI-assisted generation vs motion graphics 3. Your proposed timeline 4. Your fixed price for the complete deliverable 5. Two or three sentences on how you'd approach Shot 07 specifically I will provide the full storyboard document to shortlisted applicants immediately. IDEAL FREELANCER PROFILE ━━━━━━━━━━━━━━━━━━━━━━━━ - Experience with space, science, or technical CGI animation (essential) - Proficient in Cinema 4D, Blender, or equivalent 3D software (essential) - After Effects for compositing and motion graphics (essential) - Experience with particle systems and physics simulation (important) - Comfortable working from a detailed written brief without hand-holding - UK-based preferred but not essential — must be comfortable with English-language brief NOT suitable for this project: - Character animators - 2D flat/explainer video specialists - Whiteboard animation - Template-based video makers A skilled animator using a combination of 3D CGI for the mechanical shots and AI-assisted generation for the space environment shots can deliver this within a good budget. I am happy to discuss a phased approach if helpful — priority shots first, balance on delivery. ━━━━━━━━━━━━━━━━━━━━━━━━ Looking forward to hearing from you. Please message with your portfolio and proposal.