Manage projects under direction of a Principal

• Work with the Principal-in-Charge to develop structural schemes

- Perform and document feasibility studies

- Develop basis of design

- Participate in material and system selection

- Develop preliminary analytical models of vertical and lateral systems

- Evaluate alternate schemes for code compliance, serviceability, constructability and cost

• Manage and lead the Design Development, Construction Document, and Construction Phases of the project

 Attend design and construction meetings

- Perform analysis and design of structural systems

- Design and analyze joints and connections

- Assist and direct project engineering staff with design and analysis

- Collaborate with architects and other consultants on the overall project

- Collaborate with lead BIM coordinator to develop construction documents

- Review specifications for consistency with design and completeness

- Assist the contractor during construction with interpretation of the documents and resolution of field issues

- Review shop drawings for conformance with Contract Documents and design errors

- Answer RFI’s and field questions

- Evaluate requests for substitutions and alternates

- Provide structural observation Assist with development, implementation and enforcement of office design standards

- Assist with Marketing and Business Development efforts

- Assist with determining Fees and Preparing Proposals

• Candidates will have earned a Bachelor’s Degree in Engineering with an emphasis in Civil or Structural Engineering, have a Professional Engineer’s License (PE) or qualified to be licensed via reciprocity. A structural engineering license (S.E.) or qualified to be licenses via reciprocity is preferred.  

• Candidates must have a minimum 8 years building design experience. Preference will be given to those with a Master’s Degree with an emphasis in Structural Engineering.

• Candidates are able to analyze, design and detail entire structures with minimal constructability problems.

• Candidates can generate alternate framing schemes.

• Candidates are able to identify design conflicts and resolve design issues.

• Candidates have the ability to interpret codes and to resolve code discrepancies and ambiguity.

• Candidates understand dynamic behavior of structures.

• Candidates understand and interpret input and output of design and analysis programs.

• Candidates are able to check plans and details for accuracy and completeness and improve constructability of details.

• Candidates are able to compile complete and accurate contract documents working with Engineering and BIM staff.

• Candidates will have the ability to clearly and concisely communicate with design team members, architects, other consultants, building department staff, and contractors verbally and in writing.

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‍Relevant experience includes:

• Overall project design for moderate or large structures

• Modeling mid-rise and high-rise buildings using ETABS, STRUDL, STAAD, and/or SAP

• Linear dynamic analysis

• Design of concrete shear walls

• Design of mild reinforced concrete slabs and beams

• Design of post-tensioned concrete slabs and beams

• Design of concrete columns

• Design of steel structures

• Design of mat foundations

• Design of deep foundations

• Design of high seismic design category structures is preferred

• Experience in Non-Linear analysis is preferred

• Experience with analysis using time histories is preferred

The candidates must be proficient with the following Codes, Standards and Software:

• IBC (Current Version)

• ASCE 7-10

• ACI 318-11

• AISC Steel Manual Current edition

• ETABS, SAP, STRUDL, or STAAD

• SAFE or RAM Concept

• RAMSteel

• RAMFrame

• RISA

• ADAPT or PT Data or PT Plus

• SP Column

• SP Beam

• Word

• Excel
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The candidates should be familiar with the following software:
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• RAMFrame

• PERFORM

• ADAPT Floor Pro

• MathCAD

• AutoCAD

• Revit