Additive Manufacturing Engineer

Deep Manufacturing Limited•Houston, TX

12h•Onsite

About The Position

As an AM engineer at DEEP Manufacturing, you are responsible for taking designs and realizing them through wire arc manufacturing, your input will directly link to the quality of the finished part. We are seeking a skilled and detail-orientated additive manufacturing engineer to join our technical team. As an additive manufacturing engineer, you will play a pivotal role in developing unique solutions that address our business needs and capitalise on additive manufacturing technologies. In this role, you will work closely with our technology development and production team to develop and produce parts for Wire Arc Additive Manufacturing.

Requirements

Bachelor’s, Master’s degree or PHD in Engineering, Design, Materials Science, Manufacturing Engineering, or a related field.
Minimum of 3 years relevant work experience in engineering, with a focus on production and manufacturing.
Proficiency in CAD/CAM software
Experience creating, understanding and verifying FEA , CFD Models
A strong understanding of additive manufacturing technologies and materials.
Hands-on experience with operating and troubleshooting 3D printing equipment.
Experience with statistical data analysis and data-driven approaches to root cause analysis
Ability to work effectively both independently and as part of a team.
Strong communication and project management skills.
A practical understanding of machinery and maintenance

Nice To Haves

Extensive knowledge of design for additive manufacturing.
Experience with robotic welding
Knowledge of quality control standard (e.g. ISO 9001, AS 9100).
Experience and knowledge of engineering change control and document workflows
Strong analytical knowledge
Experience with python,
Experience with DED-arc technology.
Experience working with robotic arms
Experience and knowledge of BS8888

Responsibilities

Develop toolpaths for Directed Energy Deposition (DED)-arc.
Work closely with the production team to capture design-related issues during manufacturing and implement continual design improvements.
Drive the transition and optimisation of designs for low-volume, complex components from traditional manufacturing to additive manufacturing techniques.
Utilise innovative thinking to exploit the benefits of additive manufacturing while effectively addressing its limitations.
Work closely with the technology development team to ensure engineering designs are compatible with enhanced manufacturing techniques, processes and material development.
Create drawings related to the manufacture of Additive Manufactured parts.
Establish design limitations of the DED-arc and integrate these into the product development cycle.
Share design knowledge and best practices with the team to support continuous learning.