A bachelor's degree in civil engineering is required.
At least 5 years of experience in municipal and/or transportation infrastructure projects is required.
Proven ability to design dry utility systems, including electrical design components.
Experience with underground infrastructure design, including water, sanitary, storm, and drainage systems.
Working knowledge of computer-aided design platforms, specifically Civil 3D and AutoCAD, particularly for review and coordination, is required.
Strong communication skills and experience working in multidisciplinary teams.
High attention to detail and commitment to delivering quality work.
Ability to manage small tasks or sub-projects with minimal supervision.
Responsibilities
Develop detailed designs and coordinate dry utility systems such as duct banks for electrical, telecommunication, and gas networks in accordance with standards.
Develop designs including alignments, profiles, sections, and trench design in coordination, considering dry utilities including hydro, gas, and telecommunications within transportation and urban corridors.
Apply subsurface utility engineering principles to evaluate utility data quality and support informed design decisions.
Contribute to quality assurance and quality control processes and own the quality assurance and quality control process for design deliverables.
Develop 3D design models for conflict analysis and resolution using Civil 3D or similar design software.
Support preparation of technical specifications and contract documents.
Desired Qualifications
Working knowledge of the building information modeling process and development of the design and review process using Autodesk Construction Cloud.
Previous experience working with municipalities, utility companies, developers, and consulting engineering firms.
Job Description
· Development of detailed design and coordination of dry utility systems such as Duct Banks for electrical, telecommunication and gas networks in accordance with standards.
· Develop designs including alignments, profiles, sections and trench design in coordination, and design considerations for dry utilities, including hydro, gas, and telecommunications, within transportation and urban corridors.
· Apply subsurface utility engineering principles to evaluate utility data quality and support informed design decisions.