by SME Communications Additive Manufacturing (AM) is shaping new possibilities across industries, redefining traditional roles and offering a dynamic path for career growth. In our recent Additive Manufacturing Coffee Chat: Make AM Your Career, we were joined by industry experts that shared practical insights into building a career in AM. Panelists included: Jennifer Coyne, Advanced Manufacturing Subject Matter Expert and Director of Programs for The Barnes Global Advisors Farhad Ghadamli, SME Member Council Representative and Manufacturing and Process Development Engineer with TE Connectivity From networking strategies to essential skill-building and industry trends, this discussion highlighted practical steps for professionals at every stage of their journey. Building a Network and Engaging in Professional Communities Ghadamli began by highlighting the value of building industry connections. He recommended joining professional groups, like SME, which provide industry connections but also valuable resources for advancement. Ghadamli’s experience demonstrates the impact of these networks: earning the SME 30 Under 30 Award, which significantly boosted his visibility, leading to his first internship with a 3D printer manufacturer. To stay competitive, Ghadamli advised staying informed about industry trends and attending conferences. The SME Technical Community’s LinkedIn group is also a valuable platform for networking with AM professionals. Developing Skills and Embracing Lifelong Learning Developing critical skills was a recurring theme in this discussion. Ghadamli recommended pursuing the SME Certification in AM Fundamentals, which covers essential processes and technologies, and provides valuable talking points during networking. Coyne expanded on this by highlighting formal training options, including courses offered by various institutions, and introductory courses available through Tooling U-SME's online platform. She also underscored the importance of self-study to understand the various AM technologies, materials, and process considerations that form a foundation for working in AM. There is a range of cross-functional skills needed in AM, from design and material selection to quality assurance and process inspection. She pointed to AM equipment development as a unique field for those drawn to the mechanics of AM machinery itself. AM professionals can align their personal interests – whether in machine design or process optimization – to find their niche within the industry. Understanding how these elements interact can enhance your effectiveness in the industry. Career Growth and Overcoming Challenges Coyne also discussed the challenges in adopting AM, particularly for mature industries where costs and workforce resistance may impede progress. She stressed the importance of advocating for AM’s applications where it can genuinely add value and emphasized the need to build a strong technical and business case for adoption. AM’s flexible nature allows for creative freedom, a distinct change from the traditional constraints of industries like automotive and trucking. She shared that, while this adaptability allows for growth and innovation, it also demands resilience and a future-focused mindset. Her own transition into AM has been a rewarding journey, leveraging her engineering experience to explore inventive applications across sectors. Ghadamli echoed this by reflecting on his own journey from student to professional, noting the importance of aligning personal interests with opportunities in AM. He believes that AM offers varied pathways for professional development, encouraging individuals to pursue their passions within the field. From Prototyping to Production: Industry Trends and Opportunities As the conversation shifted to industry trends, Coyne noted the significant shift from prototyping to production-ready standards in AM. This transition requires advanced technology and skilled operators to ensure consistency and quality in scale. Coyne explained that the AM industry has made great strides in machine capabilities, which now allow companies to move towards scalable, production-oriented solutions. As the equipment matures and becomes more reliable, rigorous qualification and training for operators will be essential to maximize these advancements. There is value in understanding and adhering to industry standards. Ghadamli encouraged those new to AM to familiarize themselves with NASA’s 6030 standard, which provides guidance on quality requirements for AM production. With AM continuing to advance, professionals who prioritize learning these standards will be well-equipped to contribute as production capabilities expand. Conclusion Our Additive Manufacturing Coffee Chat shed light on the wide range of opportunities within AM for both newcomers and seasoned professionals. A successful career in AM combines technical skills, ongoing learning, and a strategic approach to networking. By developing cross-functional expertise, staying in tune with industry advancements, and aligning personal strengths with industry leads, professionals can make an impact and drive innovation within the evolving world of additive manufacturing.
