Project experience

Design informed
by the real world.

Robert’s professional background includes heavy display assemblies, custom motion systems, fabrication documentation, and complex site coordination. Explore representative project scopes below.

01 / Custom supports · Architectural coordination

Freestanding conference display

2024IndoorSOLIDWORKS
16 ftwidth × 4.5 ft tall
2displays
2024project year

The challenge

Two 16 ft × 4.5 ft displays needed freestanding supports elevated approximately 5 ft above the finished floor, with the base connections integrated beneath a raised subfloor.

Design & coordination scope

The work included coordinating with the project structural engineers, general contractor, and architect on adjustable base plates and support legs. Custom mounts, finish trim, dual-camera enclosures, wiring diagrams, fabrication drawings, presentation drawings, and on-site assembly instructions completed the design package.

Project focus

  • 3D CAD and customer presentation drawings
  • Custom mounts, structural legs, and adjustable base plates
  • Camera enclosures, trim, and wiring documentation
  • Fabrication drawings, assembly instructions, and site coordination
An installed freestanding conference-room LED display with custom support legs
Freestanding conference display with custom supports and architectural finish details.
02 / Large-format display · Seismic coordination

LA Metro display support

2024IndoorSOLIDWORKS · Revit · AutoCAD
40 ftwidth × 10 ft tall
≈20 ftslab-to-deck structure
2024project year

The challenge

A support system for two 40 ft × 10 ft displays had to span approximately 20 ft from the floor slab to the overhead deck and fit the existing Los Angeles installation environment.

Design & coordination scope

The design required coordination with structural engineering teams on seismic loading requirements. Existing electrical systems, building beams, deck connections, and architectural and MEP obstructions informed the support layout and installation details.

Project focus

  • 3D CAD with Revit and AutoCAD coordination
  • Structural-engineer coordination for seismic requirements
  • Existing beam, deck, electrical, and MEP interfaces
  • Presentation and fabrication drawings, wiring diagrams, and assembly instructions
Large display support framing installed in the LA Metro station environment
LA Metro display structure coordinated with existing building and electrical conditions.
03 / Cantilevered support · Front service access

Sliding residential display

2023IndoorSOLIDWORKS
16 ftwidth × 9 ft tall
Slidingfront service access
2023project year

The challenge

A 16 ft × 9 ft display positioned in front of a large window needed a cantilevered, ceiling-suspended support system that could retract for front-side service.

Design & coordination scope

Specialized sliding rails and integrated leveling adjustments provided the required movement and alignment. The design accommodated ceiling HVAC, electrical systems, window conditions, and server racks behind the display. Custom black trim concealed the support system and finished the surrounding areas.

Project focus

  • Custom cantilevered support and sliding-rail system
  • Integrated leveling and front service access
  • HVAC, electrical, window, and server-rack coordination
  • Fabrication drawings, black trim, assembly instructions, and installation coordination
The cantilevered sliding display support frame and rail mechanism in a workshop
Sliding display support frame and rail mechanism before installation.
04 / Moving assemblies · Mechanical coordination

Motorized horizontal display

≈1,000 lbdisplay weight
≈40 fthorizontal travel

The challenge

A heavy display needed to travel along a custom motorized track while fitting the site and surrounding finishes.

Design & coordination scope

The work covered the track and support design, wire management, finish details, control safety coordination, trade interfaces, and installation sequencing.

Project focus

  • Motorized track and support-system design
  • Wire management and service considerations
  • Field conditions and installation coordination
05 / Vertical motion · Existing building conditions

Motorized vertical display

≈4,500 lbdisplay weight
≈50 ftvertical travel
2chain motors

The challenge

A vertically traveling display needed to move through an existing structure while coordinating with building steel and architectural conditions.

Design & coordination scope

The project required mechanical integration, review of movement clearances and support conditions, field-team coordination, and installation guidance.

Project focus

  • Display path and clearance coordination
  • Chain motor and mechanical integration
  • Existing steel interfaces and field review
06 / Heavy assemblies · Architectural interfaces

Suspended multi-motor display

≈5,000 lbsystem weight
3chain motors
<2 inavailable spacing

The challenge

A suspended display needed to fit through a constrained architectural gap while integrating with existing building conditions.

Design & coordination scope

The work involved support and clearance coordination, guidance to the architectural team, installation-focused detailing, and deconfliction of existing conditions.

Project focus

  • Heavy suspended assembly coordination
  • Constrained architectural clearances
  • Building interfaces and installation planning

These examples describe Robert’s professional project experience. We discuss the specific responsibilities, deliverables, and coordination needed for each new engagement.

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