Mechanical Engineer

Sunshine Minting•Henderson, NV

16d

About The Position

A Mechanical Engineer provides technical leadership, analysis, development and sets maintenance direction of plant production equipment and support systems. Designs fixtures and supports troubleshooting of plant equipment, hydraulic systems, and complex PLC logic controls. Leads machine selection, designs needed modifications, and determines power and maintenance requirements. Provides project management working with engineering, maintenance, supervision, and floor personnel.

Requirements

Requirements Analysis
Design Skills
Presenting Technical Information
Equipment Maintenance
Conceptual Skills
Quality Focus
General Consulting Skills
Control Engineering
Production Planning
Technical Zeal
Job Knowledge
Ability to read, write and communicate effectively.
Able to manage project teams, set priorities and meet deadlines.
Ability to multi-task.
Ability to pay close attention to detail.
Strong interpersonal skills and project management.
Ability to work with minimum supervision.
Ability to communicate with all departments, and co-workers in a courteous and professional manner.
Ability to function as leader or part of a team.
Advanced computer skills.
Must be able to lift 35 lbs. regularly.
Must be able to stand, sit, walk, push, pull or bend as needed.
Must be able to wear all required protective safety equipment.
Must be able to provide reliable attendance, employee must be able to be at work on time and be ready to work at start of shift each day.
Must be able to communicate with all departments, and co-workers in a courteous and professional manner.
Must be able to work weekends, rotating schedules and extended shifts.
Must be able to read, write, do basic math and communicate effectively.
Must be bondable.
Bachelors Degree in Mechanical Engineering supplemented with 5-8 years manufacturing experience in supporting plant utilities and production equipment a manufacturing environment.
2-5 years of project management experience with PMP preferred.

Nice To Haves

Lean/TPS and Six Sigma experience and/or training.
Advanced computer skills including PLC programming preferred.
SolidWorks 3D design experience preferred.

Responsibilities

Performs complex mechanical engineering assignments with considerable latitude for action and decision making.
Performs research, design, development, and testing of mechanical products and systems
Designs, develops, and tests various tools, machinery, and equipment.
Evaluates new and used equipment in concert with Manufacturing Engineers, maintenance and tooling departments for production suitability, quality, reliability and maintainability.
Sizes motors, hydraulics and selects control equipment.
Develops new or customizes equipment control (PLC) programs.
Leads customization efforts to adapt equipment to our production requirements providing 3D designs.
Leads improvement projects and looks for adaptation of new technologies for cost & quality savings.
Monitors equipment repairs, proactively working with various vendors to improve equipment operation and long-term reliability.
Recommends maintenance frequency to minimize downtime and outage risks.
Project manager for plant improvements, new facility design, and equipment installations.
Provides planning, cost, success criteria, coordination, activity tracking and follow-up of issues.
Provides lessons-learned at project closeout.
Provides floor plans / equipment layouts.
Ensures compliance with city, county, state, and federal regulations in equipment installation and maintenance.
Recommends updates to operating and training manuals for maintenance and production departments on equipment trouble-shooting and repair.
Evaluates mechanical and electromechanical systems and products by designing and conducting research programs; applying principles of mechanics, thermodynamics, hydraulics, heat transfer, and materials.
Confirms system and product capabilities by designing feasibility and testing methods; testing properties.
Assures system and product quality by designing testing methods; testing finished-product and system capabilities; confirming fabrication, assembly, and installation processes.
Maintains professional and technical knowledge by attending educational workshops; reviewing professional publications; establishing personal networks; participating in professional societies.
Contributes to team effort by accomplishing related results as needed.