Feasibility Schematic – Parking & Access on Sloped Site Overview -- 2

@FormFusion

As a seasoned architect skilled in 2D drafting with AutoCAD, I'm fully equipped to tackle the unique challenges of your project. I've consistently demonstrated my ability to effectively design and adapt spaces within existing constraints, which is precisely what your project calls for. Over the years, I've accrued significant experience in creating detailed plans for parking and circulation that harmoniously blend functionality and aesthetics. Lastly, what sets me apart is not just my skill set; it's my collaborative approach to projects. I believe in creating strong creative partnerships with clients to deliver something truly remarkable à la both our visions combined! With clear communication skills paired with technical know-how & collaborative spirit we can transform this plot into an effective therapy units' parking & access layout with safety, efficient pedestrian paths & retaining feasibility anticipated for future. Give way to let's embrace this challenge together & reshape fantasies into realities!

@Ehsanull

Hello. I'm a professional architect. I worked on several real projects. If you choose me, then I can help you with my experience and skills. Here's my portfolio- https://www.freelancer.com/portfolio-items/7850464-all-categories-in-one

@anshuman010194

As a qualified civil engineer with extensive field experience under my belt, I am confident that I have the necessary skills and expertise to deliver a comprehensive feasibility schematic layout for your parking and access project in Auckland. My strong background in construction management, site planning, and 2D drafting using AutoCAD will be valuable assets to successfully tackle the challenges outlined in your job description. In the past, I have dealt with similar constrained and sloped sites like the one you shared in your site report. In fact, I was directly responsible for developing efficient layouts and managing the entire process on such sites within budget and on time. This speaks directly to the needs of your project. It is worth mentioning my ability to factor in diverse aspects like vehicle circulation, pedestrian safety, retaining walls, slope management while catering to NZ standard 2.5mx5m parking lots that will be highly useful here. Moreover, I am committed to delivering high-quality work and ensuring client satisfaction through detailed-oriented solutions. As such, you will be able to count on me for accurate dimensioning, proper labeling of retaining lines and effective presentation of cut/fill areas. And finally, my experience in providing BOQs along with cost control ensures not just a

@ashalucas649

Civil/architectural designer experienced in steep-site parking layouts. I’ll deliver a to-scale schematic (not a render) focused on parking, circulation, pedestrian paths, and retaining feasibility. Deliverables (5 days): ---Option A & B at 1:200 / 1:250, DWG + layered PDF (Boundary, Building, Parking, Aisles/Paths, Retaining, Pedestrian). ---Dimensions on stalls/aisles, circulation arrows, slope/assumption notes. ---Trial task per brief (4–6 stalls + aisle + one retaining line). Milestones and INR budget accepted. Tools: AutoCAD 2018+ (sheet sets), Civil 3D (grading bands), Revit. Start: Immediate. Mandatory Answers: ---Stall & aisle (90° two-way): 2.5 m × 5.0 m stalls, ~6.0 m aisle (shown/dimensioned). ---Retaining & cut/fill indication: Retaining as bold polyline with tick marks; height bands hatched + labeled <1 m / 1–2 m / >2 m; cut/fill annotated with spot levels/arrows. ---Max cut before higher-spec wall: >2.0 m triggers engineered wall (note on drawings); ≤2.0 m assumed low wall with typical details (final type by geotech/structural). Samples: Top-down, dimensioned steep-site schematics available on request (PDF/DWG). I’ll keep it clean, accurate, and editable—ready for quick feasibility decisions.

@bend361

Hi! I'm excited about your project. Could you share more about your specific goals and any current challenges you're facing?

@thawban66

I will deliver your 2 to-scale schematic options (DWG+PDF) for parking/circulation on your sloped 809m² site. Q1: NZ Std 2.5x5.0m stalls, 6.0m two-way aisle width. Q2: Retaining walls on separate layer with bold line; hatched cut/fill zones with height bands (<1m,1-2m,>2m) labeled. Q3: >2m height indicates need for engineered wall. Using AutoCAD for layered, dimensioned deliverables. My mechanical design skills ensure precision for constrained sites. Accept 12k INR milestones. Ready to start trial task.

@mudassirb9

Having worked in the industry as a professional Engineer and 3D Visualizer for over 3 years, I have developed a strong understanding of architectural and civil design that makes me a perfect fit for your project. My proficiency in AutoCAD ensures that I can deliver the to-scale, top-down schematic you require, while my knowledge in Civil Engineering equips me to accurately mark retaining walls and cut-fill areas as per the provided site report. As an adept 2D/3D designer, I am familiar with creating designs on sloped sites such as yours, accounting for the unique limitations they offer. For example, in this case, I would assume a higher-spec retaining wall once the cut depth exceeds a set maximum. Additionally, my prior experience with constrained sites will enable me to provide intuitive parking layouts that maximize efficiency for your 809 sqm plot in Auckland. Rest assured that all my outputs will be carefully detailed and easy to understand. I will deliver layered PDFs and DWGs using software like AutoCAD or Revit for precise figures with separate labels and notations. And since I consider client satisfaction paramount, I offer up to one free revision to ensure your full satisfaction.

@jamesw626

Hello, We are a team of Civil and Architectural Engineers experienced in site layout design for steep and constrained lots, with past work across residential, commercial, and healthcare facilities in New Zealand and Australia. Our focus is always on practical, code-aligned solutions that balance parking efficiency, safe circulation, and slope feasibility. Experience Highlights: • Designed parking layouts on 700–1,000 sqm sites with 1–3 m slope variation. • Integrated NZ-standard stall sizing and accessible bays for compliance. • Incorporated retaining walls, drainage, and safe pedestrian pathways into schematic designs. • Delivered layered CAD files (DWG + PDF) at planning scales with clear annotation. Mandatory Questions: • Stall size & aisle width: 2.5 m × 5.0 m stalls, 6.0 m aisle for 90° two-way parking. • Retaining walls: Shown as heavy polyline with height bands (<1 m, 1–2 m, >2 m), annotated in plan. • Maximum cut depth: Assumed 2.0 m; deeper cuts flagged for higher-spec engineered wall design. Approach: We will prepare two schematic options at 1:200 scale, layering boundaries, parking, circulation, and retaining separately for clarity. Arrows and dimensions will demonstrate feasibility, while pedestrian paths ensure safe access to therapy units. Best regards,

@maryam0410

I’ve reviewed your brief and understand the challenge of fitting functional parking and circulation on a steep 809 sqm site. I’ll prepare to-scale layouts in AutoCAD (DWG + layered PDF) showing stalls, aisles, retaining, and pedestrian access. Answers: 1. For the stall size and aisle width, I will use 2.5 m × 5.0 m stalls and a 6.0 m wide aisle in line with NZ standards. 2. Retaining lines will be clearly drawn on a separate layer, labeled with approximate height bands i.e. 1-2m and annotated with slope notes. 3. I will assume up to 2.0 m cut/fill as feasible for conventional retaining. Anything beyond will be flagged as requiring higher-spec retaining (engineered solutions). 4. I will prepare drawings in AutoCAD and provide outputs in DWG + layered PDF at 1:200 or 1:250 scale. I can deliver the trial task within 1 day, and the complete V1 schematic (2 options + revision) in 5 days as per your requirement