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Mechanical Engineer Resume

Blackfoot, ID

Cost Effective Design / Assessment and Design Improvement / Creative Design / Project Management / Analytical Software

A dynamic, team spirited and performance driven engineering professional with an extraordinary blend of leadership, business, and manufacturing industry knowledge. Recognized for keen ability to improve component designs, increase efficiency, and decrease the need for re-engineering. Ability to communicate and motivate team members to enhance strategic goals and bottom line objectives. Creative problem solving and troubleshooting skills complemented by meticulous and creative detail to drawing specifications.

Efficiency Improvements Creative Problem Solving Product Improvement
Root Cause Analysis ASME/ISO Standards Assessment/Design/Implementation
Oral communication skills


Confidential, Oct 2011-May 2012
Mechanical Engineer/Construction Engineer

  • Trouble shoot and maintain various components used in the manufacture of polysilicon.
  • Helped optimize the manufacturing process through control systems (DCS) and sensors.
  • Helped Develop, implement, and manage the Mechanical Integrity program that will assure and improve the quality, integrity, reliability and service life of plant equipment and systems.
  • Responsibility for compliance with all mechanical codes, standards, regulations and industry best practices (ASME, ASTM, API, ANSI, OSHA).
  • Construction oversight, cost estimating and invoice tracking and verification.

Confidential, Jun 2006-Oct 2011
Mechanical Design Engineer

  • Independently complete engineering assignments.
  • Provide designs for remote maintenance of waste processing equipment.
  • Provide design for hot cell shielding windows.
  • Review and check calculations of work contributing to experiments and designs prepared by peers.
  • Participate on project teams to develop technical skills.
  • Maintain proficiency in engineering, design, and materials.
  • Support department strategic objectives.
  • Design and analysis of mechanical components.
  • Clearly describe complex experiment designs and analyses, and develop persuasive arguments to defend analyses.
  • Investigate equipment failures and difficulties to diagnose faulty operation, and to make recommendations for equipment redesign

Confidential, Jan 2006-June 2006
Mechanical Engineer

  • Design various types of unique prototype food processing and packaging equipment.
  • Oversight of equipment production.
  • Develop, evaluate, and improve manufacturing methods.
  • Utilize knowledge of production equipment capabilities, parts fabrication processes, tooling and assembly methods to produce more efficient designs.
  • Analyze and plan work force utilization, space requirements, and workflow, and designs layout of equipment and workspace for maximum efficiency.
  • Apply statistical methods to estimate future manufacturing requirements and potential.

Confidential, Aug 2005-Dec 2005
RTR Operator

  • Operation of three separate RTR units to aid in the characterization and certification of TRU waste.
  • Produce and review batch data reports to accompany the waste in its final disposition for disposal.

Confidential, Jan 2005-July 2005
Mechanical Engineer

  • Provide structural analysis of dynamic loading experienced in mobile equipment.
  • Oversight of drafting personnel to complete design work.
  • Specify system components or direct modification of products to ensure conformance to design requirements and performance specifications.
  • Redesign equipment to eliminate machine or system malfunctions.
  • Perform physical calculations alongside computer generated calculations to validate system function.
  • Interface with truck manufacturers to verify compatibility of truck with specialized trailer design

Confidential, July 2001-July 2004
Mechanical Design Engineer

  • Oversee manufacturing, operation, maintenance, and repair to ensure that machines and equipment are built and functioning according to specifications.
  • Conduct research develop testing to analyze the feasibility, design, operation and performance of equipment, components and systems.
  • Utilize knowledge of manufacturing techniques including machining, welding, molding and forming to optimize designs.
  • Apply design techniques, tools, and principles involved in the production of precision technical plans, blueprints, drawings, and models.
  • Design a speed matching radar controlled hydrostatic drive for farm equipment
  • Interface with tractor manufacturers to verify compatibility with equipment design


Bachelor of Science
Major: General Engineering with an emphasis in Mechanical
State of Idaho PE Certification:

Training Courses
Hazardous Work Operations
Radiological Worker II
Value Engineering Studies
Applying Codes and Standards at Department of Energy (DOE) Facilities


  • ACAD
  • Navisworks
  • Plant Pipe
  • Pro/E, Solid Works, Inventor
  • Microsoft Office Pro
  • Visual Basic
  • Mechanica and Cosmos FEA programs
  • Lean manufacturing and Six sigma

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