Mechanical Engineer

Cody Litzko

208-***-**** ********@*******.******.***

EMPLOYMENT EXPERIENCE

Mechanical Engineer, Ares Corporation, Richland WA June 2015 – Present

Automated the operation of a wet vacuum system through redesign and equipment procurement

Performed liquid waste transfer calculations

Produced heat transfer and structural design calculation packages

Designed nuclear fuel cell inspection assemblies to withstand seismic activity

Material Handler, Unitech Composites, Hayden ID Summer 2013

Controlled autoclaves and industrial ovens to cure composite materials

Tested parts for quality assurance compliance

Recorded processes done to all materials/parts subjected to work under my supervision

Mill Worker, North Idaho Post and Pole, Rathdrum, ID Summer 2012 & 2014

Operated large and hand held machinery in teams to make custom wood products

EDUCATION

Bachelor of Science Mechanical Engineering, University of Idaho May 2015

Relevant Coursework:

Statics & Dynamics Mechanics of Materials Electrical Circuits Thermodynamics Control Systems Dynamic System Modeling Advanced CAD Methods Finite Element Applications HVAC Systems Experimental Methods Robotics Thermal Energy System Design Computational Fluid Dynamics Differential Equations Engineering Physics I, II & III Calculus I, II & III Technical Writing

COMPUTER SKILLS

Solidworks Catia TK Solver AFT Fathom SAP2000 Matlab Mathcad Microsoft Office

OTHER ENGINEERING EXPERIENCE

Engineering Intern (E.I.) December 2015

Capstone Senior Design Project, University of Idaho August 2014 – May 2015

Used Solidworks to design components and create bills of materials for submarine components

Designed and fabricated waterproof camera housings

Designed and fabricated adjustable ballasts that doubled as cosmetic components

Worked with electrical engineers, computer scientists and equipment manufactures to validate designs

Developed weekly reports with team members to present to client and advisor

Thermal System Design Project, University of Idaho Fall 2014

Designed a hydronic heating system for driveway snow and ice removal

Performed pump selection based on flow and head requirements

Selected pipe material, size and layout to maximize design and long term cost efficiency

Performed a 25 year economic analysis to determine long term system cost and advantage

Drafting Project, University of Idaho Spring 2013

Collaborated with team to create a 6-cylinder Radial Engine model in Solidworks

Created task schedule and part numbering system to ensure timely organized completion

Modeled cylinder head and piston components

LEADERSHIP

Membership Educator, Phi Kappa Tau Fraternity 2014

President, Phi Kappa Tau Fraternity 2013 – 2014

Scholarship Chair, Phi Kappa Tau Fraternity 2012 – 2013

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