Civil Engineer - Structural Engineer Job Description Template

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Design & Analysis: Plan, design, and analyze structural/civil projects (e.g. buildings, small bridges, site developments) including performing load calculations and stress analyses to ensure stability and safety

. Prepare engineering drawings and 3D models (using AutoCAD/Revit) with appropriate materials and dimensions, iterating designs as needed to meet project criteria.

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Technical Documentation: Develop and review detailed technical documents - including construction drawings, specifications, and calculation reports - ensuring accuracy and clarity Produce bills of quantities, cost estimates, and project schedules for the designed solutions, accounting for resource needs and constraints

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Regulatory Compliance: Research and apply relevant building codes, standards, and regulations (e.g. IBC, ACI, AISC, local codes) throughout the design process

. Verify that designs meet all safety and legal requirements, and prepare permit application packages or code compliance checklists as needed.

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Site Inspections & Feasibility: Conduct site visits and on-site inspections to assess existing conditions, verify that construction work conforms to plans, and troubleshoot issues in the field

Perform feasibility studies and site assessments (e.g. soil condition checks, measurements) early in projects to inform design decisions and identify constraints or necessary design adjustments.

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Project Coordination: Coordinate closely with clients, contractors, and multidisciplinary team members (architects, MEP engineers, etc.) to align the design with client needs and address any changes or issues during the project

. Liaise with regulatory authorities or external consultants to obtain necessary approvals, clarifications, or inspections.

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Problem Solving & Support: Monitor project progress and proactively solve engineering problems that arise during design or construction. For example, provide quick design modifications or remediation plans if site conditions differ from assumptions, and present these solutions in meetings or reports

. Offer on-site support during critical installation phases, conduct field -walk-downs- to resolve design discrepancies, and produce as-built documentation reflecting any changes

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Quality & Safety Oversight: Enforce quality control measures such as cross-checking calculations and peer reviewing drawings. Ensure all work follows safety best practices and OSHA/site safety requirements, intervening if unsafe conditions or non-compliant work is observed. Continually communicate the importance of safety, durability, and ethics in all project tasks.

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Structural & Civil Engineering Knowledge: Solid understanding of engineering principles in structural analysis (e.g. calculating loads, stresses, deflections) and civil design (e.g. grading, drainage) appropriate to typical SMB projects . Familiarity with construction materials (steel, concrete, wood) and their properties, and the ability to design members and connections that ensure stability and safety.

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Building Codes & Standards: Strong knowledge of relevant codes, standards, and regulations (e.g. building codes, design standards like ACI 318 for concrete, AISC for steel, ASCE 7 for loads). Able to apply code requirements to designs and confirm compliance

. For example, understand load combinations, seismic/wind criteria, and local permitting processes.

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Software Proficiency: Proficiency in industry-standard design and analysis tools. This includes CAD/ BIM software for drafting and modeling (e.g. AutoCAD, Revit) and structural analysis programs (e.g. SAP2000, STAAD.Pro, or similar) for modeling forces and deflections

. Competence with productivity software like Excel/Mathcad for engineering calculations and Microsoft Project (or similar) for scheduling is expected.

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Project Planning & Estimation: Ability to develop basic project plans, including preparing cost estimates and schedules. Capable of breaking down project tasks, estimating material quantities and costs, and forecasting duration for design and construction activities. Can use tools like Excel or project management software to assist in planning and resource allocation .

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Technical Writing & Documentation: Strong technical writing skills to produce clear reports, specifications, and correspondence

. Able to document design rationale, assumptions, and calculations in an organized manner. Can write site inspection reports and meeting minutes that are concise but detailed, and prepare presentation materials to communicate engineering solutions to stakeholders.

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Communication: Excellent verbal and written communication skills, with an ability to explain technical concepts clearly to non-engineers . This includes active listening and adjusting the level of detail based on the audience (e.g. simplifying engineering details for clients or executives). Strong report writing and email etiquette are essential for coordinating with clients and contractors.

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Teamwork & Collaboration: Proven ability to work in multidisciplinary teams and coordinate with various stakeholders. A mid-level engineer should be a team player who can collaborate with designers, drafters, site supervisors, and project managers

. Skills include contributing to group problem-solving, respecting diverse perspectives, and mentoring junior engineers or interns by sharing knowledge.

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Problem-Solving & Adaptability: Excellent analytical and problem-solving skills, especially in face of unexpected challenges

. Can break down complex problems, identify root causes, and develop practical solutions under time constraints. Shows adaptability - for example, if a design approach isn-t feasible due to site conditions or budget, able to pivot and propose alternative solutions quickly.

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