The Die Striking Process Engineer Intern is responsible for assisting the die striking team with improving processes on many manufacturing processes utilized within the Die Striking production department.
This includes stamp press production, mechanical swage operations and induction soldering processes.
This role requires a scientific methodology approach to learning current state processes while utilizing critical thinking and problem-solving skills directly related to the improvement of mechanical processes completed in our department.
This role must also work together with tool/equipment design associates within our Tool and Die department to vet and suggest solutions.
The culmination of your time in die striking will require reviewing and vetting new machinery/processes to develop an end of internship presentation proposal for improving our die striking operations.
Key Responsibilities:
Findings Optimization: Monitor the High Mix Low Volume & High Mix High Volume production of die-struck findings, ensuring that settings and prongs maintain the work-hardened durability required to hold gemstones securely.
Coin & Medal Minting: Support the setup and tonnage calibration for striking precious metal coins and medals, focusing on high-relief detail and proficient surface consistency.
Struck Shank Ring Production: Assist in optimizing the transition of metal blanks into integrated shanks and settings, ensuring correct metal flow into engraved dies for multi-part engagement ring assemblies.
Qualifications:
Basic Qualifications:
Currently pursuing a degree in Mechanical, Manufacturing, or Materials Engineering.
Ability to use precision measurement tools (micrometers/calipers, drop indicators) for tight-tolerance inspections.
Ability to conduct and document time-studies and process analysis, including process flow mapping
Strict adherence to safety regulations
Ability to follow written and verbal direction while maintaining quality standards
Effective communication and teamwork skills
Strong attention to detail while maintaining focus on repetitive tasks
Preferred Qualifications:
Proficiency in Cad Software including but not limited to Autodesk suite, Rhino, SolidWorks.
Familiarity with Lean Manufacturing and its application in small-batch artisanal production.
Interest in the history and evolution of fine jewelry fabrication vs. modern casting.
Physical Requirements:
Ability to lift up to 25lbs
Ability to utilize ergonomic equipment to help aid in repetitive tasks.
Protective equipment required in work environment
Eye Protection, ear protection, gloves utilized for Sharp/Hot processes, aprons, steel toe shoes.
