Schematic Design Package: Cover Sheet – Site Location Info ✓ Solved

Schematic design package: Cover Sheet – Site location info,

Schematic design package: Cover Sheet – Site location info, Rendering, Sheet list, symbols, fire department notes, legends and pricing notes; Materials/color grid – a grid of boxes showing the colors and materials used in the space labeled with material names; Space Plan – floor plan of the space showing furniture, cabinets and doors, with general notes on types of furniture and cabinets; Power plan – a plan showing outlets, any special power and network/data locations, with general notes; Reflected ceiling plan – light fixtures and soffits, with general notes; Finish plan – wall finishes and floor finishes, with a list of finishes; Detail Sheet – 8 details: 2 typical wall types, window and door jambs, window and door heads, window sill and door threshold. Deliverable may be produced in Revit, AutoCAD, or a combination.

Paper For Above Instructions

Introduction

This paper describes a schematic design package organized to satisfy the cleaned assignment requirements: a comprehensive set of schematic drawings and accompanying graphics including a cover sheet, materials/color grid, space plan, power plan, reflected ceiling plan, finish plan, and a detail sheet with eight construction details. The objective of the schematic package is to clearly communicate overall design intent, layout decisions, major systems, finishes, and key construction interfaces to the client and project team while remaining at an appropriate schematic level for early-stage review (Ching, 2014; AIA, 2017).

Cover Sheet

The cover sheet anchors the set. It should include site location information (address, project name, north arrow, site context map), a conceptual rendering or perspective, a sheet index, legend for symbols and line types, fire department required notes (access, hydrant location, occupancy classification), and pricing assumptions or exclusions that affect schematic-level budgeting (AIA, 2019; NFPA, 2021). Use clear titleblock information and an index so reviewers can locate discipline-specific sheets quickly (Ramsey & Sleeper, 2016).

Materials / Color Grid

A materials and color grid is a visual schedule showing swatches (fabric, paint, flooring, tile, countertop, metal finish) with labels and manufacturer/product codes. Present swatches at consistent scale and group them by application (walls, floors, casework, millwork) so selections communicate hierarchy and maintenance expectations. Include brief notes for performance criteria (e.g., slip resistance, cleanability, VOC limits) to guide future specification work (Ching & Binggeli, 2014).

Space Plan

The space plan is the primary layout drawing showing walls, doors, fixed millwork, loose furniture, and circulation. At schematic scale (1:50 or 1/8" = 1'-0"), indicate furniture types with simple block graphics and general notes describing furniture family, anticipated finish, and flexibility requirements. Show major clearances, ADA-required accessible routes, and egress paths; coordinate with life-safety requirements noted on the cover sheet (ADA Standards, 2010; NFPA, 2021). For BIM projects, the plan should be derived from a coordinated Revit model for clash reduction (Autodesk, 2020).

Power Plan

The power plan identifies outlet locations, equipment power needs, special receptacles (dedicated circuits, isolated ground), and network/data locations. For schematic delivery, show approximate counts, general positioning and a notation system for loads (lighting, HVAC, equipment) that informs early electrical load calculations and rough-in coordination. Coordinate with mechanical and AV requirements; note any special isolation or generator needs (ASHRAE, 2016; IEC/IEEE guidance for data power).

Reflected Ceiling Plan (RCP)

The RCP indicates ceiling geometry, light fixture types and locations, soffits, and overhead mechanical diffusers/grilles. At schematic level, show fixture families by symbol with a legend and provide general lumen and control strategy notes (e.g., occupancy sensors, daylighting controls). Identify skylights or architectural ceiling features and note mounting heights and ceiling heights to clarify integration with pendant or recessed fixtures (Karlen, 2014).

Finish Plan

The finish plan documents wall and floor finishes by room and zone. Use keyed finish symbols and a finish index that references the materials/color grid. Include finish transitions at thresholds and changes at wet areas and high-traffic zones; note floor finish heights and any requirements for floor underlayment or waterproofing in interior wet zones. Finish notes should call out maintenance, warranty, and environmental attributes when relevant to client goals (Binggeli, 2014).

Detail Sheet

The detail sheet must provide eight schematic-to-design-development-level details: two typical wall types (interior partition and exterior wall interface), window jamb and head conditions, door jamb and head details, window sill detail, and door threshold detail. Each detail should state materials, approximate dimensions, general flashing/air barrier continuity, and any thermal or acoustical requirements to ensure the schematic intent is constructible and to inform cost estimating (Ching, 2014; Ramsey & Sleeper, 2016).

Delivery Format and Coordination

Deliverables may be produced in Revit, AutoCAD, or a hybrid workflow. If using BIM, provide exported 2D sheets in PDF and share federated models for interdisciplinary coordination. If using CAD, provide layered DWG files with standardized layer names and a clear symbol library to simplify review and future development. Maintain a revision log and issue status consistent with AIA document practice to control schematic-level changes (AIA, 2017; Autodesk, 2020).

Quality Control and Code Compliance

Schematic submissions should include a code and accessibility checklist referencing occupancy classification, egress widths, fire ratings, and accessibility clearances to reduce late-stage rework. Include notes on required permits and fire department expectations on the cover sheet. Early mechanical, electrical and structural input ensures power and ceiling zoning is feasible, and that details align with required fire and smoke containment strategies (NFPA, 2021; ADA Standards, 2010).

Conclusion

This schematic design package, structured around the listed sheets, delivers a clear, coordinated presentation of architectural intent, finishes, power and lighting strategies, and critical construction details. Using visual grids, legends, and concise notes—combined with coordination through BIM or disciplined CAD practices—ensures the schematic documents are actionable for client feedback, estimating, and design development (Ching & Binggeli, 2014; AIA, 2019).

References

• American Institute of Architects (AIA). (2017). Architectural Project Delivery and Contract Documents. AIA Publications.
• American Institute of Architects (AIA). (2019). Owner–Architect Agreement and Schematic Documentation Guidance. AIA.
• Autodesk. (2020). Mastering Autodesk Revit. Autodesk Press.
• Ching, F. D. K. (2014). Architecture: Form, Space, and Order (4th ed.). John Wiley & Sons.
• Ching, F. D. K., & Binggeli, C. (2014). Interior Design Illustrated. Wiley.
• Karlen, M., & Benya, J. (2014). Lighting Design Basics (3rd ed.). Wiley.
• National Fire Protection Association (NFPA). (2021). NFPA 101: Life Safety Code. NFPA.
• Ramsey, C. G., & Sleeper, H. R. (2016). Architectural Graphic Standards (12th ed.). Wiley.
• U.S. Access Board. (2010). 2010 ADA Standards for Accessible Design. U.S. Department of Justice.
• ASHRAE. (2016). ASHRAE Handbook—Fundamentals. American Society of Heating, Refrigerating and Air-Conditioning Engineers.