Land Surveyor

Position Overview We are seeking a detail-oriented and motivated Land Surveyor to support land surveying operations in the state of Wyoming. The ideal candidate will assist in collecting, processing, and analyzing field data for boundary, topographic, construction, and engineering surveys. This role requires a strong understanding of surveying principles, proficiency with survey instruments and software, and the ability to work effectively in both field and office environments. Job location: Gillette, Wyoming (primary, with alternate sites in Lander and Cheyenne). This role requires approximately 80% fieldwork, with the remaining 20% involving overnight travel to project sites. You’ll support projects across transportation, water, power, and other related infrastructure sectors throughout the Wyoming/North Dakota region. Responsibilities Set up and operate total stations, GPS/GNSS equipment, levels, drones, and other surveying instruments in a fashion consistent with accepted rules and practices. Assist in construction layout and data collection. Assist in topographic, boundary and site survey tasks. Assist in boundary document research at courthouses. Maintain detailed and accurate field notes. Perform basic calculations from field note data, read, interpret, and use topographic maps and design drawings. Demonstrate understanding of basic survey or CAD computer applications. Download and process raw data from field instruments. Perform other duties as needed. Preferred Qualifications Professional Land Surveyor (PLS) License or Land Surveyor‑In‑Training (LSIT) License. Required Qualifications Associate degree in a closely related field or combination of education and relevant experience. A minimum of 5 years of experience. An attitude and commitment to being an active participant of our employee‑owned culture is a must. HDR is an affirmative action and equal opportunity employer. We consider all qualified applicants, regardless of criminal histories, arrest, and conviction records. #J-18808-Ljbffr HDR