Additive Manufacturing Lead – Metal L-PBF & Production

Phasic Energy Co; Baltimore (MD); On-site; USD 90,000 - 150,000; Full time

Job summary

Phasic Energy Co. is building an in-house metal LPBF lab near BWI to prove out new designs and drive print time, cost and yield.

You will own the printing process from R&D coupons to finished units, coordinating with an overseas manufacturing partner to scale designs into production. As the technical owner of the printing programs, you will write procedures, optimize orientation, nesting and parameters, and push for consistent quality across multi-unit orders while maintaining strict

Qualifications

• BS in Mechanical, Materials or Manufacturing Engineering.
• 5+ years with metal L-PBF in production or advanced R&D on large-format, multi-laser machines.
• Design for additive in practice; able to show yield/time/cost improvements.
• Build preparation and parameter development: orientation, nesting, laser assignment.
• Post-print and quality: stress relief, heat treatment, CT, NCRs and root cause analysis.
• Experience holding an outside manufacturer or service bureau to spec.
• Ability to build processes where none exist yet.

Responsibilities

• Stand up the lab and commission the L-PBF printer cell.
• Write procedures for printing, powder handling and post-print work.
• Work hands-on at the machine with the lab technician.
• Run test coupons and prototype builds to prove new designs.

Skills

Metal L-PBF

Design for Additive

Build preparation

Post-print QC

Outside manufacturer oversight

Process development

Education

BS in Mechanical, Materials or Manufacturing Engineering

Job description

Phasic Energy Co. is building an in-house metal LPBF lab near BWI to prove out new designs and drive print time, cost and yield.

You will own the printing process from R&D coupons to finished units, coordinating with an overseas manufacturing partner to scale designs into production. As the technical owner of the printing programs, you will write procedures, optimize orientation, nesting and parameters, and push for consistent quality across multi-unit orders while maintaining strict