Engineer I – Mechanical/Process

CoorsTek•Golden, CO

1d•$73,342 - $90,000

About The Position

This role is responsible for foundational aspects of the design, development, implementation, and continuous improvement of manufacturing processes, tooling, and production methods. The Engineer I works closely with Senior Engineers to support process development, production optimization, data collection, root cause analysis, and process documentation. This position combines hands-on manufacturing support with engineering analysis, offering opportunities to develop technical expertise in machining, metrology, process engineering, and New Product Introduction (NPI) activities. The role also provides support and input for process/product improvement, quality control, and customer service.

Requirements

Bachelor's Degree in Mechanical Engineering, Manufacturing Engineering, Industrial Engineering, or related engineering discipline.
Bachelor’s degree in related engineering field and/or 4 years of experience in similar discipline.
Analytical/Critical Thinking - Identifies and analyzes issues, gathers relevant data, collaborates with experts, and explores alternative solutions while considering different perspectives.
Building Relationships - Creates an inclusive environment that values individual uniqueness, fosters innovation, builds trust through authenticity and empathy, and treats others with integrity.
Communication - Communicates using empathy, influence, and an adaptive approach to accurately and persuasively create dialogue.
Data Analysis - Demonstrates a foundational understanding of data analysis by cleaning, categorizing, identifying trends, and communicating basic insights to support decision-making.
Manufacturing Knowledge - Applies strong knowledge of manufacturing processes, machining techniques, and associated tooling/fixture design.
Materials Knowledge - May need a general understanding of materials and characteristics including material formulations and shrink rates for manufacturing product lines.
Mechanical Aptitude - Demonstrates strong hands-on mechanical ability and a willingness to work directly with manufacturing equipment, tooling, and processes.
Root Cause Analysis - Applies structured problem-solving methodologies to identify process issues, determine root causes, and support corrective actions.
Statistical Analysis - Utilizes basic statistical methods and SPC techniques to evaluate process performance and support data-driven decision making.
Metrology & Measurement - Uses precision measurement tools and Coordinate Measuring Machine (CMM) data to evaluate product quality and process capability.
GD&T Knowledge - Demonstrates an understanding of Geometric Dimensioning & Tolerancing (GD&T) and the interpretation of engineering drawings with tight tolerance requirements.
Process Development - Supports process development, process validation, and continuous improvement activities within a manufacturing environment.
Computer Skills - Proficient with Microsoft Office applications including Excel for data analysis, reporting, and documentation.
Mathematical Reasoning - Understands and applies complex mathematical concepts, including geometry and trigonometry, works with various 2D and 3D coordinate systems, applies Geometric Dimensioning & Tolerancing requirements, and writes and troubleshoots simple formulas in Excel or similar software.
Project Management - Supports project execution by following plans, managing tasks, tracking progress, ensuring quality deliverables, securing resources, and proactively communicating risks and challenges.
Technology Use - Independently operates common technology platforms (e.g., CAD, SPC), submits technology requests to the Service Center, and uses job aids and help documentation to resolve issues.
Time Management - Accurately tracks time use, prioritizes work according to deadlines and goals, and identifies unimportant tasks.

Nice To Haves

Experience with CNC machining, manual machining, or manufacturing processes.
Experience using precision measurement equipment, metrology tools, or Coordinate Measuring Machines (CMM).
Experience interpreting engineering drawings and GD&T requirements.
Exposure to process development, manufacturing engineering, or New Product Introduction (NPI) activities.
Experience working in a precision manufacturing environment with tight tolerances.

Responsibilities

Works with some supervision and oversight
Product costing & technical review for Repeat items, Revision change, or New item with similar design (NPI levels 1-3)
Develop Customer approval drawings
Learn from and support commercial partners
Support prototyping efforts including hands on creation and evaluation
Set up or update BOM and routings
Develop and update Production drawings
Develop tooling design
CAM tooling path set up or update
Support projects such as Scrap and Productivity projects and EHS
Utilize Change Control process
Support operators and gather production feedback
Utilize process control systems (PCS) and Statistical Process Controls (SPC) to effectively maintain and improve product and process quality
Provide cost and manufacturing information to management
Learn various ceramic processing techniques and materials
Work closely with Senior Engineers to support manufacturing process development and continuous improvement initiatives
Assist with machine setup, process verification, troubleshooting, and data collection activities on the manufacturing floor
Perform root cause analysis and participate in corrective action efforts to improve process capability, quality, and productivity
Collect, analyze, and interpret manufacturing data to support process and product improvements
Create, update, and maintain engineering process documentation, work instructions, and manufacturing records
Support New Product Introduction (NPI) activities through process development, testing, and validation
Utilize measurement equipment and metrology techniques to verify product conformance and process capability
Collaborate with manufacturing personnel to improve machining processes, reduce variation, and achieve tight tolerance requirements
Develop foundational knowledge in process engineering, advanced manufacturing techniques, and engineering project execution