Structural Design Engineer, Precast Concrete Engineering Group

Our entry-level Structural Design Engineer position is designed with future P.E.'s in mind. Our focus is on providing you with practical on-the-job learning that will develop your technical problem-solving skills and foster your professional development. 

During your training, you will develop a deeper understanding of:

• How a building is put together, before the designing begins. There are many trades involved in the process (general contractors, architects, owners, etc.) along with real-time problem-solving.
• How precast pieces are made. By visiting a client site, you will see first-hand how everything needs to fit together and perform its function. 
• Engineering and drafting of wall panels, double T’s, cladding systems, lateral systems etc. 
• In your 4th year, you will be prepared to sit for the Professional Engineer examination. We encourage exam preparation courses and cover the cost of courses and exam fees. 

What will your day-to-day experience be like? A Structural Design Engineer's essential responsibilities will include, but not be limited to: 

• Structural design of precast/prestressed concrete products and connections for large commercial buildings such as stadiums/arenas, parking garages, dormitories, apartments, etc.
• Performing basic calculations, learning codes and standards to complete assignments
• Checking of drawings, coordination with clients, architects, other engineers, general contractors 
• Working as part of a project team to provide high quality and on-time deliverables. 
• Maintaining internal team needs as well as external client relationships.

Requirements

• B.S. in Civil or Architectural Engineering, with Structural coursework, from an ABET accredited university. 
• Passed the FE exam. EIT certification is required upon hire.

To be successful in this role, engineers will need the following skills and attributes:

• Be able to adjust to varying demands of work, managing responsibilities and meeting deadlines.
• Communicate effectively by presenting ideas clearly and in a professional manner, both orally and in writing.
• Apply logical thinking and data analysis skills to identify and solve engineering design challenges.
• Be receptive to and accepting of guidance and direction from others.
• Independently seek expertise, advice, and perspectives from a variety of sources.
• Competency using Revit, AutoCAD and/or related programs.

About Our Company

SERVICE I INNOVATION I QUALITY