Tooling Engineer, Forging, Special Projects at Hadrian

Los Angeles, California, United States

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Not SpecifiedCompensation

Mid-level (3 to 4 years), Senior (5 to 8 years)Experience Level

Full TimeJob Type

UnknownVisa

Aerospace, Defense, ManufacturingIndustries

Requirements

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

Responsibilities

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

Skills

forging

tooling engineering

manufacturing processes

production analysis

supply chain analysis

data-driven analysis

project scoping

cost analysis

schedule management

technology analysis

proposal writing

aerospace manufacturing

defense manufacturing

Hadrian

Automated factories for precision metal components

About Hadrian

Hadrian builds automated factories to produce precision metal components for the Space & Defense industry. These factories are designed to manufacture parts for rockets, satellites, jets, and drones much faster and cheaper than traditional machine shops. By automating the manufacturing process, Hadrian can deliver flight-grade machined parts in as little as 5 to 21 days, depending on the complexity of the part. The company uses advanced scheduling and capacity management systems to ensure timely delivery and provides customers with real-time visibility into their orders, including inspection results. Unlike its competitors, Hadrian focuses on creating a highly efficient production environment that significantly reduces costs and improves production speed. The goal is to enhance the manufacturing capabilities of their customers and support them in bringing new products to market more effectively.

Torrance, CaliforniaHeadquarters

2020Year Founded

$224.3MTotal Funding

SERIES_BCompany Stage

Industrial & Manufacturing, DefenseIndustries

51-200Employees

Benefits

Substantial equity grants

Healthcare, vision, dental, & life Insurance

Stipends for relocation, home office and/or flights to LA

Exposure to Tier 1 VCs & Angel Investors

If you leave to start your own company, we'll invest and help you fundraise

Risks

Increased competition from automated manufacturing startups threatens Hadrian's market share.

Reliance on venture capital funding poses financial risks for Hadrian's expansion plans.

Geopolitical tensions could lead to regulatory changes impacting Hadrian's operations.

Differentiation

Hadrian builds autonomous, software-defined precision component factories for aerospace and defense.

The company delivers flight-grade machined parts in 5-21 days, enhancing efficiency.

Real-time visibility and advanced scheduling set Hadrian apart in precision manufacturing.

Upsides

Increased demand for precision components in the eVTOL market boosts Hadrian's growth potential.

U.S. government investment in domestic manufacturing aligns with Hadrian's expansion plans.

Industry 4.0 technologies enhance Hadrian's automated factory systems, improving efficiency.

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