CPM DEVELOPMENT CORPORATION

SIEGMUND EXCAVATION & CONSTRUCTION, INC. specializes in heavy civil infrastructure projects, with deep expertise in highway, street, and bridge construction, as well as related earthmoving and roadbed development. The contractor delivers turnkey road construction services under IDIQ and BPA vehicles, including grading, pavement installation, drainage systems, and embankment work across rugged terrain. Their experience extends to emergency infrastructure recovery, such as post-fire road restoration and snow removal operations on remote forest service roads, demonstrating adaptability in challenging environmental conditions. Technical proficiency includes precision earthwork, erosion control, and compliance with USDA Forest Service engineering standards for sensitive watersheds and protected lands. The company maintains a strong, long-standing relationship with the U.S. Department of Agriculture, particularly the Forest Service, where they execute critical transportation and land management infrastructure projects. Their work supports agency missions by maintaining access roads for wildfire response, timber operations, and public recreation in Oregon’s western and central regions. Projects often involve coordination with natural resource agencies to meet environmental mitigation requirements and preserve ecological integrity during construction. Their primary industry focus is on heavy civil engineering under NAICS 237310, with supplementary work in forestry support activities and other civil engineering construction. This positions them as a specialized contractor for federal land management agencies requiring durable, environmentally compliant road systems in forested and mountainous regions. They are not a generalist but a focused operator in rural and wilderness infrastructure. SIEGMUND EXCAVATION & CONSTRUCTION, INC. is a small, locally based firm headquartered in Sublimity, Oregon, with no federal certifications on record. Their operational footprint is centered in the Pacific Northwest, where they leverage regional knowledge of soil conditions, weather patterns, and federal land access protocols to deliver mission-critical infrastructure with minimal disruption to natural systems.