Engineering Staff Experience
Overview of Professional Engineering Staff Experience Starfire employs an experienced, professional staff of engineers, graphic designers, technicians and management staff hwho bring many years of accomplished and diverse talents to the table when called upon to provide services to our ever broadening customer base. Starfire's engineering group is made up of individuals with diverse but complimentary backrounds, in mechanical/structural and electrical disciplines. Currently, one-half of our engineers have earned multiple degrees in their respective fields of study. Additionally, one half of the engineering team have acquired their Professional Engineers licenses, while the remaining staff are registered Engineers-In-Training. Starfire's engineers are licensed PEs in Kansas, Montana, and in the Province of Quebec, Canada. The base of engineering experience is substantial, ranging from three years to an impressive thirty-five years in the field of engineering. Activities are lead by our company President, Andrew J. Spurlock, P.E., who earned his analytical, design and leadership chops while working as the Chief Mechanical Engineer for the Burlington Northern Railroad. The entire engineering staff draws from a variety of personal, business and educational backgrounds. This diversity has enabled Starfire to be flexible, responsive, and creative when delivering on a wide variety of rail-related projects. From freight car, passenger or transit car, to locomotive, track and bridge projects, Starfire absolutely delivers for our customers. GRAPHIC DESIGN Starfire's graphics design/drafting team consists of a group of creative individuals with broad backgrounds in areas such as:
Our graphics staff works hand in glove with the engineers, transferring the engineer's conceptual design into detailed drawings, thus providing a finished document that accurately reflects the needs and desires of the end customer. The graphics staff approaches each project with a "hands on" knowledge and a full appreciation of how designed parts will be realized in the manufacturing environment. |
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