Hadrian

Tooling Engineer, Forging, Special Projects

Hadrian$90K — $120K *
Aerospace & Defense
5 - 7 years of experience
Job Overview by Ladders

Qualifications

  • Bachelor's degree in Engineering, Aerospace, Physics, or a related STEM field.
  • 5+ years in a forging production system environment focused on production optimization and defect prevention.
  • Strong understanding of forge manufacturing processes and their impact on quality and efficiency.
  • Experience designing forge tooling for high production parts and integration with larger assemblies.
  • Ability to contribute to prototyping and continuous improvement.
  • Proficiency in FEA, die stress analysis, and 3D modeling/simulation tools (e.g., SolidWorks, ANSYS).
  • Knowledge of material behavior and tool selection for hot forming processes.

Responsibilities

  • Design structural and mechanical forge tooling for aerospace components.
  • Collaborate with vendors to source and deploy forge tooling systems.
  • Validate and optimize forge tooling usage with technicians.
  • Conduct simulations and analyses to ensure design integrity.
  • Document technical specifications and safety procedures.
  • Drive testing and iteration of forge tooling solutions.
  • Support the integration of automated forge tooling with operations.

Benefits

  • 100% coverage of medical, dental, vision, and life insurance plans for employees.
  • 401k retirement plan.
  • Relocation stipend for candidates moving from outside the LA area.
  • Flexible vacation policy.
Full Job Description
The Role:
  • Design structural and mechanical forge tooling for ferrous and non-ferrous aerospace components and assemblies for the complete suite of forging processes, focusing on mechanical, hydraulic, screw, and horizontal hot forming presses.
  • Collaborate with engineers and vendors to source/build, and deploy forge tooling systems.
  • Interface with technicians to validate, install, and optimize forge tooling usage
  • Conduct FEA, flow simulations, and die stress analyses to validate designs
  • Document technical specifications, usage guides, and safety procedures
  • Drive testing, validation, and iteration of forge tooling solutions
  • Lead efforts to commission custom production forge tooling and machinery
  • Support automated forge tooling integration in collaboration with controls engineers, for the exchange of perishable tooling and changeover.
  • Use hand calculations and analytical techniques to guide design
  • Ensure all systems comply with OSHA and critical lifting requirements

What We're Looking For:
  • Bachelor's degree in Engineering, Aerospace, Physics, or a related STEM field.
  • 5+ years in a forging production system environment with emphasis on rate production optimization, tool life improvement, and defect prevention.
  • Strong understanding of the various forge manufacturing processes and first principles of bulk deformation for ferrous and non-ferrous products, and how forge tooling supports quality and production efficiency.
  • Experience in designing forge tooling systems for complex and high production parts and their integration with larger assemblies and downstream operations, such as machining or welding.
  • Ability to contribute to both prototyping and continuous improvement efforts.
  • Demonstrated ability to perform FEA and die stress analysis to validate forge tooling under real-world conditions with proficiency in 3D modeling and simulation tools (e.g., SolidWorks, CATIA, NX, ANSYS, DEFORM, Forge, Q-Form, or related software).
  • Knowledge of tool steel selection, fabrication, heat treatment, and assembly techniques suitable for high-load and high-temperature environments.
  • Knowledge of material behavior for hot bulk forming processes, such as upsetting and extrusion of ferrous and non-ferrous metals.


What Will Set You Apart:
  • Experience working with cross-functional teams including design, quality, and automation.
  • 5+ years in a high production forging environment with emphasis on rate production optimization, tool life improvement, and defect prevention.
  • Industry experience with critical operations such as designing for assembly, OSHA requirements, and essential considerations of lifting, rotating, and handling of hot tooling assemblies.
  • Industry experience with tool steels for hot working, heat treatment, and coatings, as well as tool performance under high heats and loads with an understanding of thermal cycling and efficiency of changeover.
  • Industry experience working and interacting within a multidisciplinary team, including engineers, technicians, suppliers/vendors, and facility personnel.


Benefits for Full-time Employees
  • Medical, dental, vision, and life insurance plans for employees
  • 401k
  • Relocation support may be provided for certain situations, based on business need.
  • Flexible vacation policy
  • Equity


ITAR Requirements

To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR) you must be a U.S. citizen, lawful permanent resident of the U.S., protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. Department of State. Learn more about the ITAR here.

About Hadrian

Hadrianadri?ja?n?s]; 24 January 76 – 10 July 138) was Roman emperor from 117 to 138. He was born in Italica, a Roman municipium founded by Italic settlers in Hispania Baetica and he came from a branch of the gens Aelia that originated in the Picenean town of Hadria, the Aeli Hadriani. His father was of senatorial rank and was a first cousin of Emperor Trajan. Hadrian married Trajan's grand-niece Vibia Sabina early in his career before Trajan became emperor and possibly at the behest of Trajan's wife Pompeia Plotina. Plotina and Trajan's close friend and adviser Lucius Licinius Sura were well disposed towards Hadrian. When Trajan died, his widow claimed that he had nominated Hadrian as emperor immediately before his death. Rome's military and Senate approved Hadrian's succession, but four leading senators were unlawfully put to death soon after. They had opposed Hadrian or seemed to threaten his succession, and the Senate held him responsible for their deaths and never forgave him. He earned further disapproval among the elite by abandoning Trajan's expansionist policies and territorial gains in Mesopotamia, Assyria, Armenia, and parts of Dacia. Hadrian preferred to invest in the development of stable, defensible borders and the unification of the empire's disparate peoples. He is known for building Hadrian's Wall, which marked the northern limit of Britannia.
Learn more about Hadrian

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