Take your place in the dynamic world of advanced manufacturing.
Additive Engineers are building the future layer by layer. They harness cutting-edge 3D printing technologies to create objects that were once thought impossible, revolutionising product development and manufacturing processes.
Additive Engineers specialise in the design, development, and implementation of 3D printing and additive manufacturing processes. They work across various sub-industries, from aerospace and automotive to healthcare and consumer products, transforming how we create complex parts and prototypes.
In their daily work, Additive Engineers might be found designing 3D models, optimising printing parameters, or researching new materials and techniques. They use a wide range of software tools, from CAD programs to specialised additive manufacturing simulation software, and work with various 3D printing technologies such as fused deposition modelling (FDM), selective laser sintering (SLS), and metal powder bed fusion.
The role of an Additive Engineer requires a unique combination of engineering knowledge, creativity, and problem-solving skills. They must understand the principles of materials science, mechanical engineering, and digital design, as well as have the ability to translate complex designs into printable objects while considering factors like structural integrity, material properties, and manufacturing efficiency.
Your role may include duties as follows:
Becoming an Additive Engineer typically requires a strong background in engineering, often with specialised knowledge in additive manufacturing technologies. Here are the steps to become an Additive Engineer:
Skills which may benefit anyone considering a job as a additive engineer include:
Values and attributes of anyone considering a job as a additive engineer include:
Salary Expectations
The expected salary for an Additive Engineer can vary across different areas of manufacturing and may vary as you become more experienced.
While many Additive Engineer positions require a university degree, there are vocational education and training options that can provide valuable skills and knowledge in 3D printing and additive manufacturing:
These courses can provide hands-on experience with 3D printing technologies and CAD software, which can be valuable for those entering the field or looking to enhance their skills in additive manufacturing.
A university degree is typically required for Additive Engineer positions, with most employers preferring candidates with a bachelor’s degree in mechanical engineering, materials science, or a related field. These programs provide a strong foundation in engineering principles, materials properties, and design methodologies, which are essential for understanding and implementing additive manufacturing technologies.
For those looking to specialise in additive manufacturing or advance their careers, postgraduate degrees such as a Master of Engineering with a focus on additive manufacturing or a Ph.D. in materials science or mechanical engineering can be beneficial. These advanced programs often involve in-depth study of additive manufacturing processes, materials development for 3D printing, and advanced design for additive manufacturing.
Many universities also offer specialised courses or certifications in additive manufacturing, which can be valuable for professionals looking to gain expertise in this rapidly evolving field. These programs often cover topics such as design for additive manufacturing, process optimisation, quality control in 3D printing, and the latest advancements in additive manufacturing technologies.
Career progression
In this role, you may have the opportunity to progress to other positions. Career progression opportunities include:
As Chief Executive Officer, you’ll be the architect of your company’s vision, crafting strategies that shape the manufacturing landscape.
– Up to $400,000 salary
As a Supply Chain Manager, you will manage the process from procurement to production to delivery. Your strategic decisions will streamline operations, optimise costs, and ensure the smooth flow of goods across local and global networks.
– Up to $170,000 salary
As Chief Operating Officer, you’ll be the driving force behind streamlined processes and peak productivity. Your strategic oversight will optimise every aspect of the manufacturing chain.
– Up to $350,000 salary
As the driving force behind technological progress and innovation, Chief Engineering Officers in manufacturing lead the charge in engineering excellence, spearhead cutting-edge projects, and mould the future of industrial production.
– Up to $250,000 salary
The polymers, plastic and rubber field is a versatile and innovative sector that plays a crucial role in manufacturing and everyday life. From packaging materials to high-performance components, this industry produces a wide range of products that are essential to numerous sectors of the economy, including construction, automotive, healthcare, and consumer goods.
Polymers, Plastic and Rubber industry
