Descripción de la oferta
ppReady to be part of a dynamic team that's revolutionizing the 3D printing industry? Imagine a work environment where your every contribution creates a ripple effect of innovation. If you're drawn to challenges, seek out the thrill of cutting‑edge projects, and thrive in a culture of autonomy, trust, and ownership, then this is more than just a job – it’s a passion‑fuelled journey. Join us in shaping the future of 3D printing, where your skills will be the driving force behind our success. /p pAt Supernova, we’re not just innovators; we’re game‑changers. We aim to produce end‑use parts at scale and cost by developing a complete industrial solution to unlock the power and benefits of Additive Manufacturing. We are 100% customer‑centered and aware that the value we are bringing is the ability to produce fully functional parts. We work with the conviction that excellence in science and engineering is the cornerstone of transformative change. In our relentless pursuit of excellence, we adopt a champion’s mindset, we take controlled risks, and we are constantly on the offense to get things done. /p pAs a Senior Materials Scientist at Supernova, you will lead the formulation of high‑viscosity UV‑curable materials, vital for our Viscous Lithographic Manufacturing (VLM) technology. You’ll spearhead the development of new resins, applying your extensive knowledge in chemistry to create innovative solutions. Your role involves conducting detailed characterization studies to understand and improve material properties like strength, flexibility, and curing speed. You will be the driving force behind material advancements, ensuring our products meet the highest standards of quality and performance. /p pA significant part of your role will be to collaborate closely with engineering colleagues. You’ll work hand‑in‑hand with the rest of the Material team, as well as with Mechanical and Process peers from the Engineering and Printing team, ensuring that the materials you develop are seamlessly integrated into our printing systems. Your expertise will guide all the technical teams in optimizing printer performance and achieving the best possible results with the materials you develop. /p h3Key Responsibilities /h3 ul lies:Formulate, develop, and optimize industrial‑grade UV‑curable materials for 3D printing applicatio /li lins.Bring your formulation expertise to perform state‑of‑the‑art research on the field of UV‑curable materia /li lils.Conduct rigorous laboratory experiments to evaluate new resin formulatio /li lins.Analyse and characterize material properties to ensure optimal performance and quali /li lity.Collaborate with the definition and implementation of laboratory best‑practices and HS protoco /li lils.Collaborate with RD teams to integrate new materials with printing syste /li lims.Lead initiatives to improve material properties, such as durability, flexibility, and curing spe /li lied.Guide and mentor lab technicians and interns, setting direction for day‑to‑day experimental w /li /ul h3Qualifications /h3 ul liYouPhD in Chemistry, Polymer Science, Materials Science or a related field— or an MSc/degree with extensive industrial formulation experience in coatings, adhesives, or other reactive/UV‑curable material systems /li litemsExtensive hands‑on lab experience formulating and testing liquid or reactive material systems (photopolymer, thermoset, acrylic, urethane, or simil /li liar).Strong grasp of crosslinking/curing chemistry and structure–property relationships; direct photopolymerization experience is a plus but not requi /li lired.Proven track record of innovative, hands‑on formulation or research w /li liork.Comfort working with high‑viscosity or high‑solids systems (or a strong rheology background) is an advant /li liage.Strong problem‑solving skills and meticulous attention to det /li liail.Ability to work collaboratively in a dynamic RD environm /li lient.Fluent in English, both in technical communication and documentat /li /ul h3Why Supernova? /h3 pInnovate at the Forefront: Drive innovation in 3D printing, shaping the future of the next generation of AM industrial solut /p pCreative Analytical Synergy: Thrive in an environment where creative problem‑solving meets analytical rigor, making a real impact in our pioneering proj /p pGrowth Learning: Enjoy continuous professional development at the edge where engineering, science and manufacturing meet. /p pOwnership Accountability: Take ownership of your role and tasks, ensuring accountability in every aspect of your work to make a tangible im /p /p #J-18808-Ljbffr
