ARCHITECTURE REFERENCE AMERICAN CAR
Friday, 29 August 2025
Tuesday, 26 August 2025
Michael Funk
Fall 2025
ARC 111 (3)
ARC 301 (3)
ARC 394 (3)
Gen Studies (3) - SOS 111 (3)
Spring 2026
ARC 302 (6)
ARC 112 (3)
ARC 331 (3)
ARC UD Elective (3)
Summer 2026
Gen Studies (3)
Gen Studies (3)
Gen Studies (3)
Gen Studies (3)
Fall 2026
ARC 401 (6)
ARC 421 (3)
ARC 332 (3)
ARC UD Elective (3)
Spring 2027
ARC 402 (6)
ARC 422 (3)
ARC UD Elective (3)
ARC UD Elective (3)
Summer 2027
General Studies Course Equivalency Search https://transferguide.apps.asu.edu/app/reverselookup
General studies, non-ARC courses you still need (Gold):
--Scientific Thinking in Natural Sciences (8)—any SCIT course from the Gold general studies list for which you meet the pre-requisites—usually two 4-credit hour classes
--Quantitative Reasoning (3)—any QTRS course from the Gold general studies list for which you meet the pre-requisites
--American Institutions (3)—any AMIT course from the Gold general studies list for which you meet the pre-requisites
--Global Communities, Societies, and Individuals (3)—any GCSI course from the Gold general studies list for which you meet the pre-requisites
--Sustainability (3)—any SUST course from the Gold general studies list for which you meet the pre-requisites
*Registration Guide Online: http://links.asu.edu/RegistrationGuideOnline--use this online Registration Guide for instructions about how to register from your MyASU page and how to find general studies courses.
_____
I see what you’re building — a term-by-term path. It’s close, but you’re right: something is off. Let’s check it against your audit + major map:
π Issues in Your Draft
-
Fall 2025 (current)
-
You listed: ARC 111, ARC 301, ARC 394, SOS 111.
-
Missing: GCU 113 (US & AZ Social Studies) — this is already in your actual Fall 2025 schedule, and it covers AMIT.
✅ Fix: Add GCU 113 back in → Fall 2025 = 15 credits.
-
Spring 2026
-
You listed ARC 302, ARC 112, ARC 331, ARC UD Elective.
-
That’s 15 credits — good balance.
-
BUT: Audit shows ARC 331 is required, yes, but usually taken after ARC 111/112. You’re okay here, but confirm with advisor about sequencing.
-
Summer 2026
-
You wrote 12 credits of Gen Studies.
-
Overload — and not realistic for summer. Also, audit only shows 3 Gen Studies categories left (SCIT 8 cr, QTRS 3 cr, GCSI 3 cr) → ~14 credits, but some can be spread.
✅ Fix: Summer = 2 courses max (e.g., SCIT + QTRS). Leave 1 for later term.
-
Fall 2026
-
ARC 401, ARC 421, ARC 332, ARC UD Elective = 15 credits.
-
Looks solid.
-
Spring 2027
-
ARC 402, ARC 422, 2 ARC UD Electives = 15 credits.
-
Solid.
-
General Studies mismatch
-
AMIT = covered by GCU 113 (Fall 2025)
-
SUST = covered by SOS 111 (Fall 2025)
-
Left after Fall 2025:
-
SCIT (8 credits, two sciences w/labs)
-
QTRS (3 credits)
-
GCSI (3 credits)
-
So you don’t need to schedule AMIT or SUST later — your plan double-counted.
✅ Corrected Plan
Fall 2025 (current)
-
ARC 111 (3)
-
ARC 301 (3)
-
ARC 394 (3)
-
SOS 111 (3, SUST)
-
GCU 113 (3, AMIT)
= 15 credits
Spring 2026
-
ARC 302 (6)
-
ARC 112 (3)
-
ARC 331 (3)
-
ARC UD Elective (3)
= 15 credits
Summer 2026
-
SCIT course w/lab (4)
-
QTRS (3)
= 7 credits
Fall 2026
-
ARC 401 (6)
-
ARC 421 (3)
-
ARC 332 (3)
-
ARC UD Elective (3)
= 15 credits
Spring 2027
-
ARC 402 (6)
-
ARC 422 (3)
-
ARC UD Elective (3)
-
GCSI course (3)
= 15 credits
Summer 2027 (if needed)
-
Backup slot (if petitioned credits aren’t approved or you still owe SCIT/GCSI).
π― Takeaway
-
You’re not wrong — your draft was close.
-
The error: you still had AMIT + SUST listed as future generals, but they’re actually already covered this Fall (GCU 113 + SOS 111).
-
That frees space and keeps your plan at ~15 credits/term, which is realistic.
π Do you want me to also show you which exact ASU courses from the General Studies Gold list are best picks for SCIT, QTRS, and GCSI, so you don’t waste time in random classes?
Monday, 25 August 2025
Sunday, 24 August 2025
5 pm to 7 pm a much better window for heavy outdoor work in San Diego right now. Here’s why:
π Sun & Temperature
-
Sunset today is around 7:22 pm.
-
By 5 pm, the sun is already past its peak intensity and temperatures are starting to drop.
-
From 6 pm onward, UV exposure decreases rapidly, and it becomes noticeably cooler.
π Alternative Windows
-
Early morning (around 6 am – 9 am): Also excellent—cool, bright, and with very low UV exposure.
-
Late afternoon/evening (5 pm – sunset): Good balance of light and reduced heat.
⚠️ Things to Keep in Mind
-
Even at 5 pm, especially during summer, it can still be pretty warm—stay hydrated.
-
If the work is extremely strenuous, starting closer to 6 pm might be more comfortable.
-
Twilight lasts about 30 minutes after sunset, so you may still have usable light until just before 8 pm.
Saturday, 23 August 2025
ΰΉΰΈͺ้ΰΈΰΈΰΈ²ΰΈΰΈͺู่ΰΈΰΈ²ΰΈ£ΰΈ₯ΰΈΰΈΰΈΰΈΰΉΰΈͺ้ΰΈΰΈΰΈ²ΰΈΰΈͺู่ΰΈΰΈ²ΰΈ£ΰΈ₯ΰΈΰΈΰΈΰΈΰΉΰΈͺ้ΰΈΰΈΰΈ²ΰΈΰΈͺู่ΰΈΰΈ²ΰΈ£ΰΈ₯ΰΈΰΈΰΈΰΈΰΉΰΈͺ้ΰΈΰΈΰΈ²ΰΈΰΈͺู่ΰΈΰΈ²ΰΈ£ΰΈ₯ΰΈΰΈΰΈΰΈΰΉΰΈͺ้ΰΈΰΈΰΈ²ΰΈΰΈͺู่ΰΈΰΈ²ΰΈ£ΰΈ₯ΰΈ
BRUTE FORCE Work
Why to brute force work ?
synaccess is temporary so a new work is obligatory.
Lets put it like this.
This is your cards
- Starbucks(ASUtuition) π‘
-Independent Architecture π‘
-Entry level Architect π‘
-Construction π‘
-Programmer(engineer) π‘
-mymultiplatform company π‘
Note: why is so exhausting to apply all this jobs:
-Starbucks(ASUtuition) - UNIQUE RESUME only one CAN TAKE ONE DAY
-Independent Architecture - UNIQUE RESUME only one CAN TAKE ONE DAY
-Entry level Architect - UNIQUE RESUME only one CAN TAKE ONE DAY
-Construction - UNIQUE RESUME only one CAN TAKE ONE DAY
-Programmer(engineer) - UNIQUE RESUME only one CAN TAKE ONE DAY
5 Resumes ( with possible unique portfolios)
option Ξ± : Brute force architecture job
note: if mymultiplatform succeed no job/work will be required.
___________________________________________________________________________
-
Apple – Senior Performance Tools App Engineer
https://jobs.apple.com/en-us/search?location=san-diego-SDO&utm_source=chatgpt.com -
Apple – Senior Full-Stack Software Engineer
https://www.glassdoor.com/job-listing/senior-full-stack-software-engineer-os-performance-tools-apple-JV_IC1147311_KO0%2C56_KE57%2C62.htm?jl=1009777057175&utm_source=chatgpt.com -
ServiceNow – Senior Staff Software Engineer
https://builtin.com/job/senior-staff-software-engineer-fullstack/6588400?utm_source=chatgpt.com -
Snap – Embedded Software Engineer, Cellular Level 5
https://wd1.myworkdaysite.com/recruiting/snapchat/snap/job/San-Diego-California/Embedded-Software-Engineer--Cellular--Level-5_R0040442?source=BuiltInNationwide&utm_source=chatgpt.com -
Applied Intuition – C++ Product Software Engineer
https://builtin.com/job/senior-product-software-engineer/4008662?utm_source=chatgpt.com -
Leidos – Software Engineer, Functional Programming
https://careers.leidos.com/jobs/16487721-software-engineer-functional-programming?utm_source=chatgpt.com -
ServiceNow – Senior Software Engineer, Security Center
https://builtin.com/jobs/san-diego/dev-engineering?utm_source=chatgpt.com -
ServiceNow – Senior Software Systems Engineer, Hyperscalers
https://builtin.com/jobs/san-diego/dev-engineering?utm_source=chatgpt.com -
Intuit – Senior Software Engineer, Full Stack
https://jobs.intuit.com/job/san-diego/senior-software-engineer-full-stack/27595/83305590336?utm_source=chatgpt.com -
Sr. Test Software Engineer – Semiconductor (San Diego)
https://builtin.com/jobs/san-diego/dev-engineering?utm_source=chatgpt.com
Thursday, 21 August 2025
Exeter Library – Louis Kahn (1972)
1. Background & Context
-
Commissioned in 1965 after the Academy rejected traditional proposals, Kahn’s design fulfilled the school’s requirement for a brick exterior in harmony with the campus and an ideal study environment inside Exeter Library+13ArchDaily+13Architecture Lab+13.
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Completed in 1971/72, it remains the world’s largest secondary school library, with 160,000 volumes across nine levels, and capacity for 250,000 volumes Wikipedia+1.
-
In 1997, the AIA awarded it the Twenty-five Year Award for its architectural significance dwgLAB+7Wikipedia+7Wikipedia+7.
2. Architectural Design & Spatial Organization
-
Kahn structured the building with three concentric rings:
-
Outer ring (brick): Contains load-bearing walls and reading carrels right beside the perimeter ArchDaily+11Wikipedia+11Architecture Lab+11.
-
Middle ring (reinforced concrete): Houses heavy book stacks Wikipedia+7Wikipedia+7Architecture Lab+7.
-
Inner ring (atrium): A dramatic central courtyard with large circular openings revealing the multiple stack levels Wikipedia+7Wikipedia+7Patrick Marsden ARCH1390+7.
-
3. Light & Materiality
-
Natural light floods the central atrium via clerestory windows and skylights, creating a contemplative ambiance ArchEyes+2Architecture Lab+2.
-
Kahn is famous for saying the library "tells you of this offering" (the book), embodying his philosophy that a book naturally draws you to light Patrick Marsden ARCH1390+4Words In Space+4ArchEyes+4.
4. Spatial Experience & Symbolism
-
A grand travertine-clad circular staircase leads visitors into the soaring central hall, creating a sequence that heightens anticipation Patrick Marsden ARCH1390.
-
The atrium, rising the full height of the building, reveals the stacks around it and emphasizes clarity of spatial organization ArchDaily+3dmahr.com+3Words In Space+3.
How to Use These in Your Project 1 Prep
| Step | Action |
|---|---|
| Gather Visuals | Download and study the carousel diagrams: plans and sections clearly communicate the design’s structural logic. |
| Analyze Design Intent | Notice how Kahn visualized hierarchy and movement—from entrance to central atrium—through geometry and light. |
| Build Your Presentation | Use these visuals and insights to show how Kahn balanced functional requirements with spiritual and contemplative qualities in space. |
Planning a bathroom that will later be converted into a parking space requires some foresight, but it can save you time and money down the road. One of the smartest strategies is to design the drainage system so it can serve both functions. Right now, it will work as a normal bathroom floor drain, handling shower and wash water. In the future, the same drain can double as a garage floor drain, taking care of rainwater, melted snow, or water from cleaning a car.
To make this effective, there are a few details worth considering. First, bathroom drains use P-traps to block sewer gases, but in a garage setting these traps can dry out if the drain isn’t used regularly. Installing a trap primer, which automatically keeps water in the trap, or using a mechanical trap seal device can prevent odors when the space is converted.
Second, think about environmental safety. Cars can bring in oil, grease, or fuel residues, so some municipalities require an oil or grit interceptor before the water connects to the main sewer. Even if not legally required, this is a good precaution if you intend to park vehicles in the space later.
Third, pay attention to floor slope. A bathroom floor is usually sloped gently toward the drain, but for garage use you’ll want at least a one to two percent slope. This ensures that water from a wet car doesn’t pool around the tires or along the walls.
Finally, surface materials should be chosen with durability in mind. While tiles may work in the short term, they are not designed to bear the weight and wear of a car. Epoxy or sealed concrete is a better long-term option once the conversion is made.
Sunday, 17 August 2025
Build the lean 2×2 m tufting gantry: V-slot extrusion, belts, 3× NEMA23 with DM556 drivers, GRBL-HAL controller, 1605 Z-ballscrew, gun cradle with compliance, SSR for gun, HX711 + 50–100 kg load cell, limit switches, E-stop, wiring, drag chains. Skip table/vision. Estimated total cost: $1,800. Range $1,760–$1,860 depending parts and sourcing.
ΰΈΰΈ²ΰΈ£ΰΈั้ΰΈΰΈ่ΰΈ²ΰΈ‘ΰΈ«ΰΈ²ΰΈ§ิΰΈΰΈ’ΰΈ²ΰΈ₯ัΰΈ’ΰΈั้ΰΈΰΈ«ΰΈ‘ΰΈΰΈΰΈ²ΰΈ£ΰΈั้ΰΈΰΈ่ΰΈ²ΰΈ‘ΰΈ«ΰΈ²ΰΈ§ิΰΈΰΈ’ΰΈ²ΰΈ₯ัΰΈ’ΰΈั้ΰΈΰΈ«ΰΈ‘ΰΈΰΈΰΈ²ΰΈ£ΰΈั้ΰΈΰΈ่ΰΈ²ΰΈ‘ΰΈ«ΰΈ²ΰΈ§ิΰΈΰΈ’ΰΈ²ΰΈ₯ัΰΈ’ΰΈั้ΰΈΰΈ«ΰΈ‘ΰΈΰΈΰΈ²ΰΈ£ΰΈั้ΰΈΰΈ่ΰΈ²
dd ASU check:
Class Start 8/20 <------- Schedule check
SWC FAFSA CANCELL : https://dynamicforms.ngwebsolutions.com/Submit/Page?form=6787a497-f4a6-4c2a-b055-b214e06f284a§ion=324142&page=287254&token=aVZ_Kk84Ge82Ix91Ur0bf7e3XUYwiIz36KGNTleRtE
ASU ASU:
Michael Font C:
Fall 2025
ARC 111 (3)
ARC 301 (3)
ARC 394 (3)
Gen Studies (3) - SOS 111 (3)
Spring 2026
ARC 302 (6)
ARC 112 (3)
ARC 331 (3)
ARC UD Elective (3)
Summer 2026
Gen Studies (3)
Gen Studies (3)
Gen Studies (3)
Gen Studies (3)
Fall 2026
ARC 401 (6)
ARC 421 (3)
ARC 332 (3)
ARC UD Elective (3)
Spring 2027
ARC 402 (6)
ARC 422 (3)
ARC UD Elective (3)
ARC UD Elective (3)
Summer 2027
Year 1 (Fall 2025 + Spring 2026)
-
Tuition: ~$13,030
-
FAFSA Aid: ~$11,796 (grants + loans)
-
Out-of-pocket: about $1,200 for the whole year
That’s a very manageable gap compared to the full tuition bill. Grants are covering almost half, and loans fill the rest.
FAFSA APPOIMENTS LINK:
https://outlook.office.com/book/OnlineandCorporatePartnerFinancialAidandScholarshipServicesCopy@arizonastateu.onmicrosoft.com/id/i03jMV4yWkikr83pkk3ssg2?isAnonymous=true
Monday, 11 August 2025
Sunday, 10 August 2025
Saturday, 9 August 2025
Wednesday, 6 August 2025
Sunday, 3 August 2025
Friday, 1 August 2025
FIRST ARCHITECTURAL ESTIMATE
Congratulations!
PROJECT DESCRIPTION
Repair fire damage to second floor of existing 4-plex apartment building
and remodel interior — located at 3778 Shasta St., San Diego, CA
PROJECT ADDRESS
3778 Shasta St., San Diego, CA
PROPOSED USE
4-Unit Apartment Building (No Change)
The existing use is staying the same—no new units, no use change.
PROPOSED SQUARE FOOTAGE
3,006 SF
(No change)
You're not adding square footage—just repairing/remodeling.
ASSESSOR’S PARCEL NUMBER (APN)
424-553-22
ENVELOPE/FOOTPRINT
No change to non-conforming envelope
So, even if the building doesn't fully comply with current setbacks or codes, they're not increasing volume, so it's allowed to remain as is.
LEGAL DESCRIPTION
Lots 41 & 42 in Block 36 of Fortuna Park Addition, Map 894
Filed 1-22-03
ZONING
R-1500 Coastal Zone
(This likely refers to a multi-family residential zone with a density of 1 unit per 1,500 sq. ft.)
OCCUPANCY
R-1 (Standard residential occupancy type)
SHEET INDEX (Drawing Set Overview)
| Sheet | Description |
|---|---|
| 1 | Site Plan, Project Summary |
| 2 | Floor Plans |
| 3 | Exterior Elevations (East & West) |
| 4 | Exterior Elevations (North & South) |
| 5 | Demolition Plan |
| 6 | Foundation Plan, Roof Plan |
| 7 | Second Floor Framing, Roof Framing |
| 8 | Building Sections |
| 9 | Door and Finish Schedules |
| 10 | Window Schedule, Interior Elevations |
| 11 | Electrical Floor Plan |
| 12 | General Notes and Specifications |
| 13 | Construction Details |
Task:
-
Redraw or clean up this site plan professionally
-
Based on this layout and dimensions
-
Likely recreate it in CAD or similar format
-
Deliver it cleanly for city permitting or as part of a construction document set
Notes:
The sketch gives you layout, but not reliable, scaled dimensions of structures, walls, openings, elevations, or anything detailed enough for city approval.
Option 1: They Provide Original Plans or As-Builts
If the owner or city has original as-built drawings or older plans (e.g., from construction or previous permits), they might be able to give those to you.
You could redraw from that into a clean, city-ready plan.
Ask for this first.
Option 2: You Do a Site Visit and Measure
If no original plans exist or they're too outdated, you'll need to do a field measure of the structure.
That means measuring building walls, windows, doors, unit layouts, site boundaries (if unclear), and distances from property lines (setbacks).
You’ll likely need to bring a laser measurer, tape, and sketch pad or tablet.
Most likely:
-
There was significant fire damage to the second floor.
-
The city requires updated drawings to approve repair work.
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Even if the building isn’t expanding or changing, they still need:
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A clean site plan
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Floor plans showing the rebuild
-
Possibly elevations, framing, and sections
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All in permit-ready format, meeting current code and documentation standards
-
This is standard procedure when dealing with structural repairs, especially fire damage.
_______________________________________________
1. Project Scope Summary
Task: Redraw/clean up site plans and construction documents for fire-damaged 2nd floor of a 4-plex (3,006 SF).
Deliverables: 13-sheet set (site plan, floor plans, elevations, framing, schedules, etc.).
Key Constraints: No change to footprint/use, but permit-ready drawings required for repairs.
2. Estimated Timeline
Phase Duration Notes
1. Existing Conditions 1–3 weeks - If original as-builts are available: 1 week to digitize/update.
- If field measurement needed: 2–3 weeks (site visit + verification).
2. Redraw/CAD Drafting 2–4 weeks - Clean up floor plans, elevations, and site plan in CAD.
- Structural/framing details may require engineer coordination.
3. Demolition Plans 1 week - Outline fire-damaged areas to be removed (Sheet 5).
4. Code Compliance Review 1–2 weeks - Verify compliance with current San Diego codes (e.g., fire separation, egress).
5. Permit-Ready Set 1–2 weeks - Finalize sheets, notes, and specifications (Sheets 1–13).
Total (Optimistic) 6–8 weeks If as-builts exist and minimal revisions.
Total (Field Measure) 8–12 weeks If site visit + measurements required.
3. Critical Factors Affecting Timeline
As-Built Availability: Fastest if original plans are provided (saves 2–3 weeks).
Field Measurement Complexity: Irregular layouts or fire damage may prolong measurements.
City Feedback: San Diego’s permit review can add 4–12 weeks post-submission.
Engineer Coordination: Framing/structural details may need additional time.
4. Recommendations to Expedite
Request as-builts from the owner/city (Option 1) to avoid field measurements.
Use laser scanning (if budget allows) for accurate damaged-area documentation.
Parallel workflows: Start drafting unaffected areas while awaiting structural inputs.
Pre-submission meeting with San Diego Development Services to clarify requirements.
5. Permitting Note
Even with no footprint changes, San Diego may require:
Fire damage inspection reports.
Energy compliance (Title 24) for remodeled interiors.
Coastal Zone approvals (if applicable).
Let me know if you need a detailed workflow or vendor recommendations (e.g., surveyors, engineers).
____________________________________________________________________________
For an entry-level drafter working in Revit on this 4-plex repair/remodel project, here’s a realistic time estimate for completing the 13 sheets, focusing only on layout and plan design (excluding structural/engineering coordination, permitting, or major revisions):
Estimated Time Breakdown (Revit Drafting Only)
Sheet Task Time Estimate
Sheet 1: Site Plan Base map setup, property lines, annotations 4–6 hours
Sheet 2: Floor Plans Existing + proposed layouts (2 floors) 8–12 hours
Sheet 3–4: Elevations East/West/North/South (cleanup + detailing) 6–8 hours
Sheet 5: Demolition Plan Highlight fire-damaged areas 3–5 hours
Sheet 6: Foundation/Roof Basic roof plan + foundation outline 4–6 hours
Sheet 7: Framing Plans Simplified 2nd floor + roof framing 6–8 hours
Sheet 8: Building Sections 2–3 typical sections 4–6 hours
Sheet 9: Door/Finish Schedules Populate schedules 3–5 hours
Sheet 10: Window Schedules/Int. Elev. Window tags + cabinet elevations 5–7 hours
Sheet 11: Electrical Plan Outlets, switches, lighting (basic) 4–6 hours
Sheet 12: General Notes Import boilerplate text + edits 2–3 hours
Sheet 13: Details Standard wall/roof details (from library) 3–5 hours
TOTAL 55–80 hours
Key Assumptions
Entry-Level Speed:
Familiar with Revit but may need time for troubleshooting.
Uses preloaded families/templates (no custom modeling).
Input Clarity:
Existing drawings or field measurements are provided and clear.
No major design changes during drafting.
Exclusions:
Not responsible for structural/engineering details (e.g., beam calcs).
No permit revisions (only base drafting).
Workflow Tips to Save Time
Use Revit Templates: Pre-set layers, title blocks, and schedules.
Batch Processes: Generate schedules/elevations with Revit’s automation.
Focus on Critical Sheets: Prioritize floor plans/elevations (Sheets 2–4) first.
Realistic Completion Timeline
Full-time (40 hrs/week): 1.5–2 weeks (with review/edits).
Part-time (20 hrs/week): 3–4 weeks.
___________________________________________
Possible estimates:
| Method | Rate | Calculation | Total Estimate |
|---|---|---|---|
| Hourly Rate | $50–$120/hr (entry-level) | 55–80 hours (estimated drafting time) | $2,750–$9,600 |
| Per Sheet | $100–$350/sheet | 13 sheets | $1,300–$4,550 |
| Per Square Foot | $0.35–$2.50/SF | 3,006 SF | $1,052–$7,515 |
Service Fee
-------------------------------------------
Base Fee (13 sheets in Revit) $3,500–$4,500
- Includes: Site plan, floor plans, elevations, demolition plan
- Excludes: Structural engineering, permit submissions
Optional Add-ons:
- Field measurements +$1,000
- 3D renderings (2 views) +$800–$1,500 :cite[1]
- Expedited turnaround (50%) +$1,000
____________________________________________
POSSIBLE A
SERVICES
- Redraw 13 architectural sheets in Revit (based on provided as-builts).
- Focus: Floor plans, elevations, demolition plan, schedules (Sheets 1–13).
FEE STRUCTURE
- Rate: $45/hour × 45 estimated hours = $2,025 total.
- Included:
- 2 rounds of client revisions.
- PDF + Revit file delivery.
- Excluded
- Field measurements (if needed: +$750).
- Permit submittals or engineer coordination.
PAYMENT SCHEDULE
- 50% deposit ($1,012.50) to start.
- 50% upon delivery.
Note A:
Track hours meticulously (use Toggl or Clockify).
Communicate limits upfront:
"This quote assumes no major redesigns. If the scope changes, we’ll discuss adjustments."
________________________________________________________________________
Risk:
If the project runs over 45 hours (e.g., due to unclear as-builts or revisions), your effective rate drops further.
Local firms charge $80–$120/hr for similar work
_________________________________
Site Assessment & Existing Conditions Verification : 200 usd flat rate
______________________________________________
Proposal Alpha
Site Assessment & Field Work $100 (flat)
Drafting (13 sheets × 3.5 hrs) 45.5 hrs × $35 = $1,592.50
Total Estimate $1,692.50
You can round it up slightly for a clean number:
Final Estimate: $1,700
_________________________________________________________________
Proposal Beta
Scope of Work
Prepare a full 13-sheet architectural set in Revit, based on the provided hand-drawn site plan and limited documentation. Includes:
-
Site Plan (Sheet 1)
-
Floor Plans
-
Elevations (N, S, E, W)
-
Demolition Plan
-
Foundation & Roof Plan
-
Framing Plans
-
Building Sections
-
Door, Window, and Finish Schedules
-
Electrical Plan
-
Construction Notes & Details
All drawings will be prepared in permit-ready format (no engineering or MEP stamps included).
Fee Structure
| Description | Amount |
|---|---|
| Site Visit & Existing Conditions Review | $100 flat |
| Drafting (13 sheets × avg. 3.5 hrs @ $50/hr) | $2,250 total |
| Total Estimate | $2,350 |
_____________________________________________
When to Adjust Your Rate
If the client balks at $50/hour:
Offer a per-sheet discount ($175/sheet × 13 = $2,275).
Or reduce to $45/hour but strictly cap at 45 hours ($2,025).
If they demand a lower rate:
“I can do $45/hour if you provide perfectly clear as-builts and limit revisions to 1 round.”
______________________________
Final Proposal Recommendation:
For this 4-plex fire repair drafting project, charge $50/hour × 45 hours ($2,250 total)—a fair rate for your 3rd-year ASU skills in San Diego. Include:
13 Revit sheets (permit-ready, no engineering).
2 revision rounds; extra hours at $50/hour.
$100 flat fee if field measurements are needed.
Why?
Balances market rates ($50–$75/hr for juniors).
Protects against scope creep (cap at 45 hours).
50% deposit ($1,125) secures your time.
Alternative: Offer $200/sheet ($2,600 fixed) if hourly pricing worries the client. Always use a contract.
__________________________________
Based on the scope, timeline, and your drafting skill level, a $50/hour rate is fair and competitive. The total estimate of $2,350, including site verification and 13 Revit sheets, reflects both your time and the project’s complexity. You’ve outlined clear deliverables, boundaries, and revision limits, which protects you and builds client trust. This proposal presents a professional, transparent foundation for your first freelance architectural project—and positions you for future work with confidence and credibility. You're ready. Send it.
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