In companies that produce composite materials or use them in the construction of their products, a composite engineer is tasked with a variety of technical, production process, and administrative responsibilities. Composites are made up of two or more different materials that are combined into a single end product. The composite engineer’s responsibilities typically include overseeing the production of composite materials or products, making informed decisions about the materials and processes used, and developing and implementing programs or systems that improve the end product and the company’s profitability. Most companies looking for composite engineers require candidates to have a bachelor’s degree in mechanical or chemical engineering, as well as solid experience in the composites disciplines relevant to their industry. Those with experience in composite formulation, design and production techniques, and materials are frequently given preference.
In any facility that produces composites or manufactures products from them, the role of a composite, or more precisely composites, engineer is critical. When applied to the manufacture of commercial composite products, composite science is a combination of mechanical and chemical entities that necessitates meticulous attention to detail and a thorough understanding of its complexities. In a composite-based business, the composite engineer is in charge of applying this science to day-to-day production activities. These activities are usually focused on the materials used in production, the production processes and systems, as well as any logistical and administrative functions that may be involved.
Composites are made from a wide range of materials, with many standard components offering a wide range of possible characteristic-enhancing additives. This is especially true when it comes to resins used in reinforced plastic composites. In such a facility, the composite engineer, for example, is in charge of selecting base resins, additives, and reinforcing materials that result in finished materials that best suit process or client requirements. The engineer must also choose the most appropriate manufacturing method for the project. These responsibilities necessitate a thorough understanding of the materials and processes used in any given composite manufacturing environment.
In order to ensure smooth and profitable production, the composite engineer is often required to implement peripheral systems. Inventory-related issues, safety, and housekeeping policies or process procedures are just a few examples. The engineer may also be asked to perform administrative tasks related to the process, such as purchasing materials, invoicing, and liaising with suppliers. The composite engineer is usually in charge of developing, implementing, and maintaining relevant inventory control and store-keeping policies and procedures. A relevant mechanical or chemical engineering degree, as well as at least three years of composite production or design experience, are generally required most companies.