Experienced professionals bring problem solving, design optimization, quality assurance, and more to additive manufacturing engineering.
The starting salary for an additive manufacturing engineer can vary depending on a number of factors.
Entry-level additive manufacturing engineers have many opportunities, such as 3D printing, rapid prototyping, CAD/CAM, robotics, and process improvement.
Experience in manufacturing, CAD/CAM software, mechanical engineering, and quality control needed to pursue a career in additive manufacturing engineering.
Salary level, job market, location, education, experience, certifications, company size, and negotiation skills.
Research industry rules, utilize templates, double-check accuracy, and consult experts to ensure designs comply with drafting standards.
Digital prototyping assists with additive manufacturing engineering by allowing for rapid iteration, cost reduction, improved quality, and faster production.
Digital modelling in additive manufacturing engineering uses 3D printing, CAD software, and STL files to create a part geometry with finite element analysis.
Tools used for 3D printing/additive manufacturing data visualization include CAD, 3D rendering, STL, image processing, and more.
Resources for 3D modelers: mentorship, projects, docs, videos, forums, conferences, exercises, support, collaboration.