Base: $99,900 – $131,145; bonus/equity: kone annua...
On-site
Designing mechanically functioning equipment
Translating technical guidance
Increasing production quality, efficiency, or volume
KONE Oyj is seeking a Mechanical Engineer II for their Moline, IL, or Allen, TX locations, focusing on elevator modernization projects. The ideal candidate should possess at least five years of experience and a Bachelor's degree in Mechanical Engineering, with skills in design software and understanding of safety codes
Job Summary
As a Mechanical Engineer II, you will work on elevator modernization projects for the purpose of planning, designing and/or developing products, machines and other mechanical improvements.
You will bring 5+ years of progressive and successful experience (maybe entry level for candidates with a master’s degree).
At KONE, we foster an innovative and collaborative culture, valuing each individual's contribution.
Matching Summary
Match Score: 85
KONE Oyj is seeking a Mechanical Engineer II for their Moline, IL, or Allen, TX locations, focusing on elevator modernization projects. The ideal candidate should possess at least five years of experience and a Bachelor's degree in Mechanical Engineering, with skills in design software and understanding of safety codes.
Salary
Base: $99,900 – $131,145; Bonus/Equity: KONE Annual Bonus plan at 15% Target Incentive; Benefits: Medical, Dental, Vision, 401K Employer Match, Paid Time Off & Holidays, etc.
Skills & Requirements
Must-have
designing mechanically functioning equipment
translating technical guidance
increasing production quality, efficiency, or volume
ASME / B44 / EN 115 Safety Codes
Creo, Windchill, and AutoCAD
improving processes with other departments
Nice-to-have
FEA modeling and interpretation
managing strategic and tactical work streams
communicating and presenting information
applying industry codes and standards
Key Requirements
5+ years of progressive experience
Bachelor of Science Degree in Mechanical Engineering
Ability to select materials based on strength, environmental impacts, fatigue life, manufacturability, and cost