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Miller Consulting Engineers (MCE) is a well-established, growing structural engineering firm located in SW Portland, OR. We provide diversified structural engineering services to a variety of clients and design using a full array of materials including timber, steel, masonry, concrete, and composites. Consulting is a fast-paced business and last year we completed over 1,500 projects.
MCE offers a competitive benefits package and growth opportunities. We also support continuing education and training to encourage your potential.
- Competitive salary (commensurate with experience)
- Company profit sharing & retirement contribution
- Work-life balance
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Employer paid benefits including medical, dental, vision, life, and disability insurance
If you're interested in joining our growing team, look through our current openings below and submit your résumé and cover letter. We look forward to hearing from you!
Currently Hiring:
Associate Structural Engineer I (3+ years experience and license)
- Perform calculations, develop loading requirements, & create accurate & concise drawings
- Communicate effectively & professionally with senior engineers & clients regarding status of new & ongoing projects
- Pay attention to client expectations & scope adjustments, work closely with senior engineers
- Perform research & conduct field investigations
- Bachelor’s Degree in Civil Engineering or equivalent
- PE license & 3+ years of experience is required
- Preferred to have personal vehicle & the minimum required Oregon insurance for site visits
- Ability to generate creative solutions within existing limitations
- Balances team and individual responsibilities
- Contributes to positive team spirit
As a subconsultant, MCE provided a structural assessment of eight diverse building groups located at the Blue Heron Paper Mill. Many of the building groups comprised of multiple individual buildings encompassing a mixture of concrete, steel, and heavy timber structures.
During the assessment, ASCE 31 guidelines were used to help identify structural deficiencies and aided in the generation of an engineer’s magnitude of probable structural construction costs for each building group. As part of this evaluation, potential upgrades and repairs in accordance with the current IBC were identified considering the structural deficiencies highlighted by the ASCE 31 evaluation. This upgrade information was used to develop an engineer’s magnitude of construction cost estimate for the upgrades considering individual element costs, as well as area cost estimates based on past experience.