Senior Mechanical Engineer

City of Seattle•Wa, WA

3d•$75 - $87•Onsite

About The Position

Seattle City Light, a department of the City of Seattle, is one of the nation’s largest municipally owned utilities in terms of the number of customers served. Over the years we have worked very hard to keep Seattle's electricity affordable, reliable, and environmentally sound. Today, City Light is a recognized national leader in energy efficiency and environmental stewardship. Seattle City Light’s Engineering & Technology Operations Division is seeking a Senior Mechanical Engineer to ensure reliable operation of hydro turbine generating units and all auxiliary systems that support the generating units. In this position, you will be responsible for design changes, maintenance and construction of powerhouse and dam support systems, gates, hoists, structural equipment, piping systems, ventilation system, etc. This position reports to the Mechanical Engineering Supervisor.

Requirements

Requires five years of professional mechanical engineering experience and a Bachelor’s Degree in Mechanical Engineering or other combinations of education and/or experience which provide preparation to do professional mechanical engineering work.
Registration as a Professional Engineer in the State of Washington
Current Washington State driver's license or evidence of equivalent mobility

Nice To Haves

Experience working at a hydroelectric generating facility
Experience with large rotating machinery
Experience with vibration analysis of rotating machinery
Knowledge of welding codes and welding procedure generation
Experience with Non-Destructive Examination (NDE) methods
Experience with mechanical data analysis to determine changes in machine operation
Ability to work on multiple projects and adapt to project and site needs
Power Plant, plant maintenance, and maintenance procedure experience
The ability to communicate and collaborate with skilled trade workers
Proficient using CAD, 3D design software, and Matlab

Responsibilities

Reporting to City Light’s Boundary Project and provide engineering support with operations and maintenance
Meet regularly with the mechanical maintenance crew to review planned work and ensure projects are completed and documented
Provides support with procurement and sourcing of materials
Work independently to complete tasks and manage priorities
Recommend projects at our plants and facilities when deficiencies are identified, with a goal of enhancing worker safety and productivity or generation reliability and efficiency
Ensure customers (Shops and Generating Plants) and other engineering disciplines (Electrical & Civil) are included as needed in the development of designs
Ensure that designs meet or exceed all Codes, Laws and Ordinances and promote safe operations of equipment and a safe environment for yourself, your co-workers and the general public
Experience with Work Asset Management systems for creating work tasks, preventative maintenance requirements and ordering equipment
Reverse engineering – review old parts without existing information or drawings. Determine functionality, loading, forces, and calculate/design new replacement parts.
Full design engineering includes calculate part stresses, strains – to be compliant with safety and code requirements and produce drawings with part dimensions, tolerances, bearing clearances, and alignment requirements.
Review designs for code compliance and/or industry standards.
Modifications or replacement of piping with ASME B31.1 & B31.3 piping codes
Knowledge of rotating machinery systems and their testing procedures and control systems.
Develop disassembly procedures including tooling and rigging designs for rotating machinery.
Develop assembly procedures for rotating machinery including proper materials, clearances, bolt torque values, alignment and fit up.
Confirm shaft run out measurements meet industry standards.
Oversee and inspect work performed by machine shop, machinists, iron workers, and structural welders during generator and support system overhauls.
Directing of in-place machining of turbine and generator components including the use of boring bars and alignment verification.