APOLLO AUTOMATIONJAMES WARREN · ENGINEERING & PROJECT LEADERSHIPCASE-127 · Engineering case
Scoped site improvements across parking, drainage, curbing, plant beds, ADA access, signage, and weekend execution constraints.
The site work created a critical interface with electrical rough-in and stormwater planning, because missing the construction window would make future utility work more expensive and disruptive.
Scoped survey layout, demolition, storm protection, 1,350 LF curbing, ADA parking, 45 parking stops, grading, spillway preparation, Bahia sod, 455 LF shrubs, striping removal, ADA stalls, access markings, regulatory signs, no-truck / no-parking signage, speed signage, and DOT- Traffic-sign supplier solar signs.
Defined parking, drainage, curbing, ADA access, signage and storm-protection requirements for the site-improvement scope.
Workstream Portfolio Rollup
5,695,000 USD
Environmental Compliance and Recovery Systems
Recorded workstream portfolio reference. This is the workstream-level value and is not a project expenditure or a new total of reassigned projects.
| Measure | Value | Type & meaning | Attribution & operating context |
|---|---|---|---|
| Later Green-Space Restoration Area | 7,500 to 10,000 sq ft | Scope or Inventory Quantity Planned quantity | Applies to: Site Enhancement Initiative Later site-restoration concept — Later restoration concept area, separate from the earlier curb and sod scope. |
| Later Restoration Bush Quantity | approximately 230 bushes | Scope or Inventory Quantity Planned quantity | Applies to: Site Enhancement Initiative Later site-restoration concept — Approximate bush quantity in the later restoration concept. |
| Water-Truck Support Frequency | 2 visits/week | Target Planned support | Applies to: Site Enhancement Initiative Later site-restoration concept — Watering-support frequency for the later green-space concept. |
| Water-Truck Support Duration | 4 months | Target Planned support | Applies to: Site Enhancement Initiative Later site-restoration concept — Planned watering-support period for the later green-space concept. |
Defined site organization, ADA/DOT readiness, storm-drain protection, traffic control, and visual-presentation requirements while coordinating the site-development plan around active plant operations.
Scoped survey layout, demolition, storm protection, 1,350 LF curbing, ADA parking, 45 parking stops, grading, spillway preparation, Bahia sod, 455 LF shrubs, striping removal, ADA stalls, access markings, regulatory signs, no-truck / no-parking signage, speed signage, and DOT-approved solar signs.
Improved site-development readiness, measured by 1,350 LF curbing, 45 parking stops, 455 LF shrubs, ADA spaces, DOT-approved solar signs, and up to four reschedules for plant operations, by coordinating demolition, storm protection, concrete/asphalt, grading, landscaping, striping, and signage.
1,350 LF curbing; 45 parking stops; 455 LF shrubs; two pallets Bahia sod; 219 LF painted line removal; ADA stalls and access; DOT-approved solar signs.
Food and Beverage Manufacturer
Owned the full project lifecycle, from capital planning through commissioning and post-startup support. Drainage and erosion control protected the operating site as well as its surrounding infrastructure.
TSK-000054 · Action
Erosion Remediation and Rainwater Management
TSK-000055 · Method
Erosion Remediation and Rainwater Management
TSK-000056 · Action
Civil and Hydraulic Design Detail
Recorded applicationTSK-000057 · Method
Civil and Hydraulic Design Detail
Recorded applicationTSK-000331 · Method
Tank-Slab Drainage and Weir-System Engineering
TSK-000332 · Method
Full Drainage Channel & Weir System
Recorded applicationTSK-000333 · Method
Gutter Replacement
Recorded application
TSK-000334 · Method
Phase 1 Drainage Remediation
Recorded applicationTSK-000335 · Method
Site Readiness and Erosion Control
Recorded applicationTSK-000358 · Action
Drainage, Weir and Debris-Screen Design Details
TSK-000359 · Action
Drainage, Weir and Debris-Screen Design Details
TSK-000361 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000362 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000364 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000365 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000366 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000367 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000368 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000369 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000370 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000371 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000372 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000373 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000374 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000375 · Technical scope
Drainage, Weir and Debris-Screen Design Details
TSK-000376 · Method
Drainage, Weir and Debris-Screen Design Details
TSK-000377 · Action
Removable Debris Screen System
Recorded application
TSK-000378 · Method
Removable Debris Screen System
Recorded applicationTSK-000380 · Technical context
Drainage and Erosion-Control Project Overview
TSK-000925 · Action
Drainage and Erosion-Control Project Overview
Recorded application
TSK-000926 · Action
Drainage and Erosion-Control Project Overview
Recorded application
TSK-000927 · Action
Drainage and Erosion-Control Project Overview
Recorded applicationTSK-001067 · Engineering scope
Drainage, Weir and Debris-Screen Design Details
Action
Applies capabilities
ACTIVITIES IN CONTEXT
TSK-000336 · Action
Site Enhancement Initiative
TSK-000337 · Method
Site Enhancement Initiative
TSK-001050 · Quantity development
Site Enhancement Initiative
Full lifecycle project ownership
Owned the full project lifecycle: capital planning and prioritization, need definition, feasibility and scope development, engineering and AFE justification, procurement and vendor coordination, construction sequencing and field oversight, commissioning, turnover, and post-startup support. Connected operating requirements with technical scope, funding decisions, execution readiness, and the needs of operations and maintenance.
Coordinated a later site-restoration concept covering 7,500–10,000 sq ft of green space, approximately 230 bushes and twice-weekly water-truck support for four months, within city-restoration and rail operator coordination constraints.
Owned the full project lifecycle: capital planning and prioritization, need definition, feasibility and scope development, engineering and AFE justification, procurement and vendor coordination, construction sequencing and field oversight, commissioning, turnover, and post-startup support. Connected operating requirements with technical scope, funding decisions, execution readiness, and the needs of operations and maintenance.
Developed the reinforced channel, debris screens, five-step weir, outlet basin and stabilization scope. Curbing, grading, landscaping and wastewater-collection interfaces were coordinated with the work. The system reduced sediment carry by more than 90 percent while providing a maintainable runoff path.
