GET IN TOUCH WITH US:
Contact form:
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. We offer:
- Competitive salary (commensurate with experience)
- Company profit sharing & retirement contribution
- Work-life balance
- 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 (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
If this would be a good fit for you, please submit your cover letter and résumé in the "Upload Résumé " section, found below.
Structural Designer (0-4 years experience)
- Determine structural systems with licensed engineers
- Perform calculations, develop loading requirements, & create accurate & concise drawings with supervision
- Review work with supervising engineers
- Write reports/letters under direct supervision of senior engineers
Qualifications/Competencies:
- Bachelor’s Degree in Civil Engineering or equivalent
- Preferred to have passed Fundamental of Engineering exam and have Engineer in Training certificate
- Excellent verbal and written communication skills
- Strong interpersonal skills; ability to work individually and as part of a team
- Versatility, flexibility, and a willingness to work within constantly changing priorities with enthusiasm
- Strong organizational, problem-solving, and analytical skills; able to manage priorities and workflow
If this would be a good fit for you, please submit your cover letter and résumé in the "Upload Résumé " section, found below.
Revit Drafter
- Work with structural engineering staff to prepare an accurate Revit model of the project’s structural components.
- Create structural plans and construction details from sketches and markups provided by structural engineers.
- Work with clients to coordinate Revit models between various consultants on the project team.
- Submit plans for building permits to building departments in various jurisdictions.
- Field work to measure existing structures and create plans based on the field information.
- Highly proficient in Revit
- Proven ability to produce a clear and accurate set of construction drawings
- Excellent communicator and work well with other team members
- Strong time management skills and demonstrated ability to meet project deadlines
- Possess a strong attention to detail
- A minimum of 3 years work experience in the Architecture/Engineering industry
If this would be a good fit for you, please submit your cover letter and résumé in the "Upload Résumé " section, found below.
Built in 1915, the Royal Arms Condominiums is a five-story brick masonry, multi-unit building consisting of 65 units. This is a renovated historic building located at the corner of NW 18th and Lovejoy Street in the popular NW Alphabet District of Portland. Being a historical building, the fire escapes were original and unique with concrete rather than steel framed platforms as normally found on most fire escapes of this era. They were setup as a single continuous platform with 25% demarcated as a balcony and the remaining 75% for the fire escape.
Miller Consulting Engineers (MCE), was hired to perform a fire escape evaluation initiated by a building renovation project at the condominiums. During our evaluation, MCE discovered that steel pan decking had been added underneath the concrete platforms as a device to protect the occupants below from deteriorating falling debris. The same steel pan decking and concrete platforms presented challenges, especially with estimating what lay hidden beneath the concrete; including steel braces and connections to the buildings’ interior through the exterior wall.
After the initial investigation, MCE decided that the original concrete platforms were too deteriorated to retrofit, and new platforms would have to be manufactured and installed. Steel railings, stairs, and fireman’s ladder were reused and reattached to the new platforms to minimize construction cost. MCE worked closely with individual unit owners, the HOA board, the contractor, and the City of Portland to design a gate separating the two areas of the platform which allows owners to keep and have access to the balcony while not impeding the life safety requirements for egress to the fire escape. Each platform was divided into two sections with this new gate that was designed to match the historical era of the building, while maintaining its structural strength. In keeping with its original assigned areas for the individual platforms; 25% was allocated as a balcony and the remaining 75% designated as a fire escape for the studio condominiums, separated by the gate addition.
In conclusion, MCE was responsible for the initial structural evaluation of the fire escape, structural design of the replacement platform, gate design, construction services, and 100% of the structural design work. Our design was meant to incorporated new steel construction with the existing steel components reused for a natural and historic look to the building originally constructed in 1915.