JOHN MICHAEL “MIKE” SNIDER

An Experienced, Accomplished Mechanical Engineer

303 Elm Hill Drive, Clinton, TN 37716

(615) 812-0725

objective

AMechanical Engineer position within a progressive company. Ideal position would fully utilize a wealth of industry experience, and offer a high level of challenge, responsibility, and opportunity for continued career growth.

highlights of qualifications

●Has more than thirtyyears of top, diversifiedexperience.

●Strong background in many areas including product and process design, fabrication work, plant construction, system and product testing, model development, modification work, licensing, and client relations.

●Hard-working and driven, while highly-experienced in all aspects of mechanical engineering, and is thoroughly familiar with engineering practices, standards, and protocols.

●Has worked for many industry-leading companies on a wealth of projects and initiatives, and is proven in consistently meeting all organizational and project goals.

●Extensive experience within the nuclear power generation, transportation, and manufacturing industries.

●Well-versed in serving in a lead capacity, and ensuring that all project parameters are consistently met.

professional experience

SNIDER CONSULTING, Clinton, Tennessee

Director of Operations (2010-Present)

Since 2010, has been involved with the patenting of a Computational Fluid Dynamics model, which utilizes equations derived from time and space derivatives of Newton’s Law, and the equations of motion to efficiently model linear, curvilinear, and turbulent fluid motion.

▪Model will be self-meshing based on the flow conditions of the model.

▪Also developed a motion function , which smoothly moves a flow field around an object with least pressure drag.

BECHTEL, Knoxville, Tennessee

Senior Mechanical Engineer (2009-2010)

Worked in firm’s Watts Bar Unit 2 Construction Completion Project (Special Projects Group). Responsible for leading Vendor Information Corrective Action Program, as well as the Containment Cooling Special Program.

▪Duties included developing Individual Plant External Event Evaluation Safe Shutdown Equipment List, performing Breach Evaluations, as well as preparing Closed/Developed corrective action plans for Unit I and Unit 2 issues.

SNIDER CONSULTING,Nashville, Tennessee

Director of Operations (2005-2009)

Responsible for managing company operations, consulting with clients regarding their needs, overseeing developmentprojects, building test models, model testing, client relations, and other consulting-related functions.

▪Developed a fluid physics method, which eliminated pressure losses when fluids accelerate and decelerate.

▪Built test models ofwings which were shaped to move a flow field, utilizing various motion functions.

▪Tested models at Georgia Tech Model Test Facility.

MADISON MILL, INC., Nashville, Tennessee

Machine Room Manager (1996-2005)

Responsible for managing machine room operations, workflow coordination, staff training and supervision, safety compliance, and other production-related functions. Presided over the setup, tooling, fixturing, operation, maintenance, and repair of woodworking machines in an operation which manufactured wooden accordion clothes dryers, semi-custom wooden parts, striking tools, dowels squares, and flag finals. Managed 25 production personnel.

SRAD, Knoxville, Tennessee

Proprietor (1992-1996)

Personally developed and tested a fluid-flow improvement device, which was utilized for internal combustion engines. Responsible for building test specimen, conducting steady-state flow testing, running engine tests, and other functions.

▪Worked in partnership with a cam shaft manufacturer in Memphis.

▪Also performed site and laboratory investigations, and efforts was integral in successfully defending product liability suit against a major recreational vehicle manufacturer.

PRC ENGINEERING SERVICES, INC., Spring City,Tennessee

Principal Staff Member (1989-1992)

Responsible for providing engineering services at Tennessee Valley Authority’s Watts Bar Nuclear Plant, serving as Lead Engineer in the Installation Design Requirements Matrix Program. Conceived, proposed, and obtained approval for program, which showed that all vendor manual requirements for installation of primary safety-related components had been followed at the plant. Supervised three engineers, as well as holding NRC site access clearance.

▪NRC had work confirmed after project’s completion, as 98% of results were verified, which was integral in securing operating license for Watts Bar Unit One.

▪Later served as Project Manager at Browns Ferry Nuclear Plant, and managed 20 engineers, technicians, data entry operators, and clerks, and met all project expectations.

▪Returned to Watts Bar Vendor Information Closure Program, and presided over the completion of engineering

activities necessary to fulfill requirements for Vendor Information Corrective Action Program.

JMS ENTERPRISES, INC., Knoxville, Tennessee

Proprietor (1987-1989)

Responsible for overseeing daily company operations, new product development, conducting product research and testing, and other related assignments.

▪Conceived, designed, development, and patented a conducting and muscledevelopment device, a compact,

lightweight, inexpensive product which allowed individuals to exercise every muscle of the body in an efficient, cost-effective way.

WESTINGHOUSE ELECTRIC CORPORATION, Pittsburgh, Pennsylvania

Engineer (1981-1987)

Originally hired as an Associate Engineer in Pump and Valve Engineering (1981-1982), then served in Equipment Qualification and Testing (1982-1984).Worked at BraidwoodNuclear Plant as Mechanical Member of of Support Engineering Team (1984-1986), and then served as Licensing Engineer at TVA’s Watts Bar Nuclear Plant from 1986-1987.

education

UNIVERSITY OF TENNESSEE - CHATTANOOGA,Chattanooga, Tennessee

Bachelor of Science in Mechanical Engineering (Thermal Option).

honors and awards

▪Possesses Two U.S. Patents

technical expertise

▪MS Office, Databases, Spreadsheets, CAD Autodesk Inventor, Simulation CFD, Finite Element Modeling.