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Control Programming in Boulder
Licensed control programming services for Boulder and Boulder County. One interface for everything.
- Full Design Lifecycle
- Construction & Tenant Finish
- Smart Home · A/V · Edge Compute
One interface for everything
EVERY PROJECT STARTS WITH DESIGN
Proof in the Field
Real control programming work, delivered
HOSPITALITY TECHNOLOGY / ENTERTAINMENT VENUE · 2026
Just completedBARna SCTB — Full Venue A/V, Edge Compute & Barbot Platform
Autotelic delivered BARna SCTB’s complete technology layer across two floors — a 10-display bar video wall, 28+ independently addressable screens, custom karaoke suites, zoned DJ audio, AI-camera surveillance, and edge compute running Autotelic’s own Barbot venue-operations platform — one headend, no third-party SaaS subscriptions.
- Design
- Automate
ENTERTAINMENT VENUE
Free-Roam VR Arena & Arcade Bar
Autotelic designed and built a free-roam virtual-reality arena and arcade bar — as a complete family-entertainment-center build-out: Proxmox edge compute with VM and GPU clusters, DMX lighting driving an RGB light matrix programmed in MADRIX, Resolume-fed visuals, zoned club sound, high-end gaming PC infrastructure with Pico headsets and shared-map free-roam VR, golf and racing simulators, and Barbot running online reservations, point of sale, and venue management.
- Design
- Build
- Automate
Local Service
Control Programming Services in Boulder, Colorado
Autotelic provides professional control programming services throughout Boulder and the surrounding Boulder County area. Crestron, Savant, and Control4 programming services for unified control of lighting, A/V, shades, climate, and security. Whether you're in Boulder (home to CU Boulder) or nearby communities, our team delivers quality workmanship backed by Colorado licensing and full insurance coverage.
Permit Thresholds
Boulder permit thresholds
- Exempt work (no permit required, though work must still comply with all applicab
- The complete list is referenced in Boulder Revised Code (B.R.C.) 1981, Title 10, Chapter 5, Section 10-5-2 (Adoption of International Building Code with Modifications, including exemptions in section J).Section 10-5-2
- Code reference
- Minor drywall repairs (<1 sheet or 32 sq ft).
- Code reference
- One-story accessory sheds (≤120 sq ft, ≤10 ft high, no utilities/electrical/mechanical/plumbing).
- Code reference
- Fences ≤7 ft high.
- Code reference
- Flatwork (private sidewalks, patios, driveways) ≤30 inches above grade, not over a basement/story below, and not part of an accessible route.
- Code reference
- Playground equipment accessory to 1- or 2-family dwellings.
- Code reference
- Prefabricated above-ground swimming pools accessory to 1- or 2-family dwellings (<24 inches deep, ≤5,000 gallons).
- Code reference
- Retaining walls ≤3 ft high (measured from footing bottom to wall top), unless supporting a surcharge or impounding certain flammables.
Codes are amended regularly — verify current requirements with **City of Boulder Planning and Development Services (P&DS; specifically its Building Permits and Inspections section) issues residential building permits for properties within Boulder city limits.
Zoning & Dimensional Standards
Setback & dimensional standards in Boulder
Zone-district dimensional standards for Boulder, quoted verbatim from the Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024). Knowing your lot's district — and its setbacks, height, and coverage limits — is where every feasibility conversation starts.
Asetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 15' |
| Side Setback Abutting Street (min) | 25' |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) A setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
BCsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) BC setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
BCSsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 10' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 10' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) BCS setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
BMSsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 5' |
| Side Setback Abutting Street (min) | 0' for first and second stories 12' for third story and above |
| Rear Setback (min) | 0' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) BMS setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
BRsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) BR setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
BT-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) BT-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
BT-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 10' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 25' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) BT-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
DT-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 0' (k) |
| Rear Setback (min) | 15' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) DT-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
DT-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 0' (k) |
| Rear Setback (min) | 15' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) DT-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
DT-3setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 0' (k) |
| Rear Setback (min) | 15' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) DT-3 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
DT-4setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 0' |
| Rear Setback (min) | 15' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) DT-4 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
DT-5setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 0' (k) |
| Rear Setback (min) | 15' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) DT-5 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
IGsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) IG setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
IMsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) IM setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
IMSsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 5' |
| Side Setback Abutting Street (min) | 0' |
| Rear Setback (min) | 10' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) IMS setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
IS-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) IS-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
IS-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 0' or 12' |
| Side Setback Abutting Street (min) | 15' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35'; 40' (in I-zones) |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) IS-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
MHsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | See section 9-7-13 |
| Side Interior Setback (min) | See section 9-7-13 |
| Rear Setback (min) | See section 9-7-13 |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) MH setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
MU-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 15' |
| Side Interior Setback (min) | 0' or 5' |
| Side Setback Abutting Street (min) | 0' or 5' (b) |
| Rear Setback (min) | 10' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) MU-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
MU-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 5' |
| Side Setback Abutting Street (min) | 0' |
| Rear Setback (min) | 10' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) MU-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
MU-3setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 5' |
| Side Setback Abutting Street (min) | 0' for first and second stories 12' for third story and above |
| Rear Setback (min) | 15' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) MU-3 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
MU-4setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 0' (k) |
| Side Interior Setback (min) | 0' or 5' |
| Side Setback Abutting Street (min) | 0' for first and second stories 12' for third story and above |
| Rear Setback (min) | 0' |
| Building Height (max) | 38' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) MU-4 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
Psetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 10' |
| Side Setback Abutting Street (min) | 12.5' (k) |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) P setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
REsetback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 10' |
| Side Setback Abutting Street (min) | 25' |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RE setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 15' |
| Side Interior Setback (min) | 0' or 3' |
| Side Setback Abutting Street (min) | 1' per 2' of bldg. height, 10' min. (i) |
| Rear Setback (min) | 15' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 10' |
| Side Setback Abutting Street (min) | 12.5' (k) |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-3setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 10' |
| Side Interior Setback (min) | 1' per 3' of bldg. height, 5' min. (i) |
| Side Setback Abutting Street (min) | 1' per 2' of bldg. height, 10' min. (i) |
| Rear Setback (min) | 15' |
| Building Height (max) | 40' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-3 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-4setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 1' per 2' of bldg. height, 5' min. (i) |
| Side Setback Abutting Street (min) | 1' per 2' of bldg. height, 10' min. (i) |
| Rear Setback (min) | 20' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-4 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-5setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 10' |
| Side Setback Abutting Street (min) | 12.5' (k) |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-5 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-6setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 15' |
| Side Interior Setback (min) | 0' or 3' |
| Side Setback Abutting Street (min) | 1' per 2' of bldg. height, 10' min. (i) |
| Rear Setback (min) | 15' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-6 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RH-7setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 10' |
| Side Interior Setback (min) | 1' per 3' of bldg. height, 5' min. (i) |
| Side Setback Abutting Street (min) | 1' per 2' of bldg. height, 10' min. (i) |
| Rear Setback (min) | 15' |
| Building Height (max) | 40' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RH-7 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RL-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 5' |
| Side Setback Abutting Street (min) | 12.5' (k) |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RL-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RL-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 1' per 2' of bldg. height, 5' min. (i) |
| Side Setback Abutting Street (min) | 10' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RL-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RM-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 20' |
| Side Interior Setback (min) | 1' per 2' of bldg. height, 5' min. (i) |
| Side Setback Abutting Street (min) | 10' |
| Rear Setback (min) | 20' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RM-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RM-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 5' |
| Side Setback Abutting Street (min) | 12.5' (k) |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RM-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RM-3setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 15' |
| Side Interior Setback (min) | 0' or 3' |
| Side Setback Abutting Street (min) | 1' per 2' of bldg. height, 10' min. (i) |
| Rear Setback (min) | 15' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RM-3 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RMX-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 5' |
| Side Setback Abutting Street (min) | 12.5' (k) |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RMX-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RMX-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 15' |
| Side Interior Setback (min) | 0' (attached DUs); 1' per 2' of bldg. height, 5' min. (detached DUs) (i) |
| Side Setback Abutting Street (min) | 0' (attached DUs); 1' per 2' of bldg. height, 5' min. (detached DUs) (i) |
| Rear Setback (min) | 20' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RMX-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RR-1setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 15' |
| Side Setback Abutting Street (min) | 25' |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RR-1 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
RR-2setback & dimensional standards
| Standard | Requirement |
|---|---|
| Front Setback (min) | 25' (k) |
| Side Interior Setback (min) | 10' |
| Side Setback Abutting Street (min) | 25' |
| Rear Setback (min) | 25' |
| Building Height (max) | 35' |
Boulder Revised Code, Title 9 Land Use Code (through Ord. 8599, 2024) RR-2 setback standards (\u00a79-7-1 Table 7-1 Schedule of Form and Bulk Standards) — effective 2024 · View the code
Verify current requirements with the jurisdiction — informational reference only. Standards vary by overlay, lot, and use; we confirm the exact rules for your property during feasibility.
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What control programming covers
Control programming is the design, coding, integration, and commissioning of automated systems that run buildings and industrial processes. In the Denver metro, the work typically falls into two tracks: Building Automation Systems (BAS) / Direct Digital Control (DDC) for mechanical, electrical, ventilation, lighting, and related building systems; and industrial controls using PLCs, SCADA, and HMIs for process and equipment automation. Scope often includes control architecture and communication strategy, controller programming and tuning, multi-brand system integration, custom graphics and operator interfaces, sensor and actuator integration, VFD coordination, on-site commissioning, diagnostics, and ongoing optimization or retro-commissioning. For industrial work, scope may also include control panel design and programming, panel retrofit, and integration of robotic cells with PLC logic.
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BAS and DDC programming
Commercial and institutional projects commonly need engineered control sequences, shop drawings, and controller logic that manage HVAC equipment, air handlers, terminal units, boilers, chillers, pumps, lighting interfaces, and related points. Programming work includes DDC logic development, loop tuning, alarm strategy, trending, and energy-focused sequences that improve comfort and reduce wasteful runtime. Platforms frequently encountered include Honeywell WEBs, Distech Controls, and Tridium AX/Niagara environments. Graphics development gives operators clear floor plans, equipment faceplates, setpoints, and fault views. Installation support coordinates point-to-point checkout with field teams so software matches installed hardware before functional testing.
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Industrial PLC, SCADA, and HMI work
Industrial control programming focuses on reliable machine and process automation. Typical deliverables include PLC logic in languages such as Ladder Logic and Function Block, SCADA configuration for supervisory monitoring, and HMI screens for operator control. Projects often integrate sensors, safety and process interlocks, VFDs, and networked I/O. Control panels may be designed, built, and programmed to industrial construction standards such as UL 508A listing requirements where applicable, with retrofit options for legacy panels. Start-up services cover download, I/O validation, sequence proving, and troubleshooting of software-to-hardware interface issues. In manufacturing and process environments, robotics cells may be programmed and tied into PLC supervision.
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Protocols, materials, and integration methods
Interoperability depends on deliberate protocol and network choices. Open protocols such as BACnet, LonWorks, and Modbus are commonly used to connect controllers, meters, VFDs, and third-party equipment and to limit vendor lock-in. Some sites still require proprietary controller tools alongside open supervisory layers. Common materials include DDC controllers and PLCs, sensors and actuators for temperature, humidity, pressure, and flow, HMI touch panels, VFDs, Ethernet and field-bus networking hardware, low-voltage control cabling, power wiring, and conduit. Methods emphasize unified supervisory integration (often Niagara-class platforms for multi-vendor BAS), phased modernization of legacy controls to reduce downtime, secure remote monitoring for diagnostics, and documented commissioning that proves sequences against design intent.
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Denver permits, inspections, and code context
Control programming itself is software and sequence work, but associated electrical and mechanical installation usually triggers City and County of Denver permitting through Community Planning and Development (CPD). Electrical permits are typically required when control panels, sensors, actuators, or related circuits are installed or altered. Mechanical permits apply when controls interface with or modify HVAC and other mechanical systems. Larger scopes that change building systems or structure may also need building permits. After permit issuance, city electrical and mechanical inspections check installed work against approved plans and adopted codes. Applicable references commonly include the Denver Building and Fire Code, Denver Electrical Code (NEC/NFPA 70 with local amendments), UL 508A for industrial control panels where used, ASHRAE 90.1 energy-related expectations, ASHRAE 135 (BACnet), and Denver’s IBC/IMC-based mechanical provisions. A municipally licensed Denver general contractor coordinates the overall project and the licensed specialty trades who pull trade permits and perform regulated electrical and mechanical work.
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What buyers should evaluate
Compare contractors on relevant BAS or industrial project experience, platform depth (for example Tridium Niagara, Honeywell WEBs, Distech, and major PLC brands), and fluency with BACnet, LonWorks, and Modbus integration. Ask how they document sequences, points lists, network architecture, and as-built graphics. Prefer open-protocol design where the site needs multi-vendor flexibility. Confirm commissioning process, owner training, and post-turnover support options such as preventative maintenance, remote diagnostics, and service response for logic or interface failures. For industrial panels, ask about UL 508A panel construction practices when panels are in scope. Review how the team coordinates with mechanical, electrical, and controls installers so programming, wiring, and equipment start-up stay aligned. Cost is project-specific and depends on point count, platform mix, panel scope, integration complexity, and commissioning requirements.
FAQ
Common questions
What is included in control programming for a commercial building?
Typical BAS/DDC scope includes control narrative and architecture, controller programming and tuning, BACnet or other protocol integration, graphics/HMI development, point checkout support, functional testing, and commissioning. Many projects also add alarming, trending, energy sequences, and staff orientation on the operator interface.
What platforms and protocols are commonly used in Denver-metro projects?
Common BAS environments include Honeywell WEBs, Distech Controls, and Tridium AX/Niagara. Industrial work often uses PLC ladder or function-block logic with SCADA/HMI supervision. Communication frequently relies on open protocols such as BACnet, LonWorks, and Modbus, sometimes alongside Ethernet networking and vendor-specific tools.
Who handles the electrical and mechanical permits and licensing?
A municipally licensed Denver general contractor coordinates the project and the licensed specialty trades. Electrical and mechanical permits are issued through the City and County of Denver Community Planning and Development Department when wiring, panels, HVAC interfaces, or related systems are installed or altered. Trade-specific licensed contractors perform the regulated electrical and mechanical work under that coordination.
Do control upgrades always require replacing every controller?
Not always. Many facilities use phased modernization: keep viable field devices where practical, replace obsolete controllers or supervisory software in stages, normalize to open protocols, and recommission sequences area by area to limit downtime. The right path depends on existing hardware health, protocol support, cybersecurity posture, and operational priorities.
What should be delivered at turnover?
Buyers should expect as-built drawings or points lists, sequence documentation, network/addressing records, graphics and user access setup, commissioning results, and basic operator training. Clear documentation makes future service, tenant changes, and multi-vendor integration far less disruptive.
How is project cost determined?
Cost is project-specific. Drivers include facility type, controller and point counts, new versus retrofit conditions, panel fabrication needs, protocol translation, graphics scope, commissioning depth, and required electrical or mechanical companion work. A site review and controls inventory are used to define scope before pricing.
Service Area
Serving Boulder and Boulder County
We serve Boulder, CO and all surrounding Denver metro communities. Our team is based in Denver and operates throughout the Front Range, from Castle Rock to Longmont and everywhere in between. Contact us for a free estimate on your Boulder project.
How It Runs
01
Survey
02
Design
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Build
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Verify
DESIGN SERVICES
Discovery & Site Analysis
Needs + preference programming, site survey, as-built documentation, feasibility.
We walk, measure, and photograph your property — existing conditions, utilities, structure, and constraints. You get the as-built documentation and feasibility read that every later decision rests on.
Learn more →Concept Design & Space Planning
Schematic design, floor plan studies, layout options.
Your scope becomes schematic floor plans you can compare side by side — circulation, daylight, adjacencies, and what each option does to the budget. Layout decisions happen on paper, where changes are cheap.
Learn more →Architectural Design & 3D Renderings
Design development, materials + finishes, photorealistic visualization.
The chosen concept resolves into materials, finishes, fixtures, and lighting — with the automation layer drawn in. Photorealistic renderings let you walk the space and adjust before anything is priced.
Learn more →Construction Documents & Permitting
Full CD sets, structural + MEP engineering coordination, permit-ready drawings.
Approved designs become coordinated architectural, structural, and MEP sheets — the set your jurisdiction permits from and trades build from. We submit, track, and answer review comments.
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New Construction & Custom Homes
Ground-up homes and light commercial, dirt to keys.
Ground-up residential and light commercial builds — foundations through finishes, including modular and steel construction. One accountable builder from dirt to keys.
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Kitchens, baths, basements, pop-tops, whole-home.
Kitchens, baths, basements, pop-tops, and whole-home renovations that respect the house you already have. We handle structure, permits, and the dust.
Learn more →Commercial Tenant Finish & Build-Outs
Shells to working spaces — retail, office, restaurant, school.
Raw shells become working spaces — showrooms, offices, restaurants, schools. Dealer-spec finishes, code compliance, and opening dates held.
Learn more →ADUs & Modular Construction
Backyard cottages, garage conversions, factory-built homes.
Backyard cottages, garage conversions, and factory-built homes — zoning, design, permits, and set. Denver’s ADU rules are a specialty, not a surprise.
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Decks, pergolas, and dining patios built for Colorado weather.
Decks, pergolas, and dining patios engineered for Colorado sun, snow, and hail — structure, shade, and drainage done right the first time.
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Smart Home Automation
Lighting, shades, climate, audio, security — one interface.
Whole-home control of lighting, shades, climate, audio, and security from a single interface — Crestron, Lutron, Savant, and Control4 designed in, not bolted on.
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Theaters, distributed audio, video walls, commercial sound.
Theaters, distributed audio, video walls, and commercial sound — designed, installed, and tuned by the same team for over 20 years.
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Custom programming — scenes and schedules that fit the space.
Every subsystem brought into one elegant interface — custom programming for homes and venues, with scenes and schedules that match how the space is actually used.
Learn more →Networking & Edge Compute
Enterprise Wi-Fi, structured cabling, racks, on-prem compute.
Enterprise-grade Wi-Fi, structured cabling, racks, and on-premise compute — the backbone that makes everything else reliable, including our own Barbot platform.
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Solar arrays, Tesla Powerwall, EV charging — certified install.
Solar arrays, Tesla Powerwall, and EV charging designed and installed by a Tesla Energy Certified team — roof, electrical, and app in one scope.
Learn more →TRUSTED TO BUILD FOR
- Punch Bowl SocialFirst four locations
- Spectrum RetirementSenior living communities
- Denver HighlandsFirst modular custom home