Senior Structural Design Engineer
Catalyst Acoustics Group · Dublin, OH · 6 days ago
EngineeringFull-time
About the role
Kinetics Noise Control is seeking a highly skilled Structural Engineer to support the design, analysis, and development of structural systems used in noise control, vibration isolation, and engineered building products.
Responsibilities
- Design and analyze structural systems including barrier walls, support frames, equipment support structures, isolation assemblies, anchored systems, and custom-engineered components.
- Perform beam sizing, member design, connection design, fastener calculations, and anchorage calculations for structural applications.
- Evaluate structures for applicable dead, live, wind, seismic, and project-specific loading conditions in accordance with governing codes and standards.
- Develop cold-formed and light-gauge steel designs for framing, bracing, supports, and related assemblies.
- Perform structural analysis utilizing engineering software, hand calculations, spreadsheets, and other analytical tools.
- Conduct finite element analysis (FEA) of custom components and assemblies as required.
- Support vibration analysis, isolation system design, and evaluation of dynamic loading conditions.
- Prepare engineering calculations, technical reports, design summaries, and sealed engineering documents when licensed.
- Review project requirements, specifications, drawings, site conditions, and customer-provided information to define engineering scope and identify technical risks.
- Collaborate with Sales, Project Management, Manufacturing, Design, and Field Service teams to develop practical, cost-effective solutions that meet customer and project requirements.
- Support continuous improvement initiatives related to engineering standards, calculation tools, design methods, and workflow efficiency.
- Provide technical guidance and mentorship to engineers, designers, and cross-functional team members as needed.
- Maintain compliance with applicable engineering standards, company policies, quality requirements, and safety practices.
Qualifications
- Bachelor’s degree in Structural Engineering required; Master’s degree preferred.
- Professional Engineer (PE) license preferred; ability and desire to obtain licensure is highly valued.
- Minimum of five (5) years of structural engineering experience preferred.
- Experience with custom-engineered products, industrial or commercial structural applications, and building code-based design requirements preferred.
- Experience designing support frames, structural steel systems, barrier wall structures, anchored systems, and cold-formed/light-gauge steel assemblies strongly preferred.
- Experience producing professional engineering calculations, technical reports, and supporting documentation.
- Experience with vibration analysis, dynamic loading, or vibration isolation systems is a plus.
Technical Skills
- Proficiency with structural analysis software; RAM Elements experience preferred.
- Experience with SolidWorks Simulation or similar finite element analysis software preferred.
- Strong knowledge of structural load paths, connection design, anchorage systems, and practical constructability considerations.
- Understanding of building codes and structural design standards related to steel, cold-formed steel, wind, seismic, and anchorage design.
- Ability to perform and clearly document hand calculations, spreadsheet calculations, and software-based analyses.
- Proficiency in Microsoft Office applications, including Excel, Word, and Outlook.
Core Competencies
- Engineering analysis and problem-solving.
- Structural design expertise and sound engineering judgment.
- Attention to detail and calculation accuracy.
- Technical communication and documentation.
- Project management and organizational skills.
- Collaboration and cross-functional teamwork.
- Continuous improvement mindset.
- Customer-focused solution development.
Travel
Minimal travel required. Occasional visits to customer locations, project sites, manufacturing facilities, or industry-related events may be necessary.