Marie Beverage Avatar

Marie Beverage

dedication engineer

Mechanical engineer with over four years of design experience and a solid understanding of science calculations related to solid mechanics, and an appreciation for the fabrication side of business operations. Deadline driven project manager with a proven ability to thrive in high pressure...
See More


Dedication Engineer  
Engine Systems, Inc., March 2007 to Present

Develop inspection and test procedures that are used by quality assurance and production to qualify commercial-grade components for use on backup diesel generators in nuclear power plants. Activities also include the creation and modification of CAD drawings for new and existing systems and components. Interactions with customers range from responding to concerns regarding existing systems to providing project plans and information regarding the scope of project work. Responsibilities also extend to the review of sales orders and the finalization of completed job packages for shipment.


North Carolina State University  
Bachelor of Science (B.S.), Mechanical Engineering, Jan, 2000 to Jan, 2006
Enrolled in computer science in 2000. Changed major to mechanical engineering in 2002. Provided editorial input for a textbook/safety manual to be used in future Senior Design Project courses (Fall 2006).


NCSU - Senior Design Project  by  Marie Beverage    
August, 2006 - Present
Worked with a team of eleven students to design, analyze, and construct a moveable engine dynamometer test stand capable of being adjusted for use with various engines. The analysis of the test cell also took into consideration the air intake, exhaust, cooling, and fuel systems that would be required for effective use of the dynamometer test cell in a permanent facility.

MAE 412 Design Project  by  Marie Beverage    
January, 2006 - Present
Along with three team members, provided an analysis of the system requirements for a scenario in which a plant's boiler feedwater heater had been taken out of service due to excessive corrosion. The analysis investigated the thermal efficiencies and costs of various replacement feedwater heater designs, as well as the economic impact of not replacing the heater.


  • Engineering Intern (Fundamentals of Engineering Exam)
    June 2009