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A composite engineer oversees the production of composite materials or products, makes informed choices about materials and processes used, and develops programs to improve end products and business profitability. They must have a degree in mechanical or chemical engineering and experience in relevant disciplines. The engineer is responsible for choosing materials and manufacturing processes, as well as administrative tasks related to the process.
A composite engineer is an engineer who is tasked with various technical, process, and administrative responsibilities in companies that produce composite materials or use them to construct their products. Composites are naturally occurring or manufactured using two or more different materials combined into a single end product. Typically, the composite engineer is expected to oversee the production of composite materials or products, make informed choices about the materials and processes used, and develop and institute programs or systems that improve the end product and business profitability. Most companies looking for composites engineers require that prospective candidates hold a degree in mechanical or chemical engineering and have solid experience in the composites disciplines relevant to their business. Preference is often given to those with experience in compound formulation, design and production techniques, and materials.
The role of a composite engineer, or more precisely composite, is critical in any facility producing composites or manufacturing products from them. Composite science is a combination of mechanical and chemical entities and requires close attention to detail and a deep understanding of their complexities when applied to the manufacture of commercial composite products. The composite engineer is responsible for applying this science to daily production activities in a composite-based business. These activities generally focus on the materials used for production, the production processes and related systems, as well as any related administrative and logistical functions.
The materials used in the manufacture of composites are diverse, with many standard components featuring wide ranges of possible additives that improve characteristics. This is particularly true for resins used for reinforced plastic composites. The composite engineer at these facilities, for example, is responsible for choosing base resins, additives and reinforcing materials that produce finished materials that best meet process or customer needs. The engineer will also have to decide on the best manufacturing process for the particular project. These responsibilities require a well-established knowledge of the materials and processes involved in any given composite production arena.
Typically, the composites engineer is also required to institute peripheral systems to ensure smooth and profitable production. This can include issues related to inventory, security and cleaning policies, or process procedures. The engineer may also be called upon to perform administrative tasks related to the process, such as purchasing materials, invoicing and contacting suppliers. The formulation, implementation and maintenance of policies and procedures relevant to inventory control and store maintenance is also generally the responsibility of the composite engineer. Generally, most companies require a prospective candidate to possess a relevant degree in mechanical or chemical engineering, as well as at least three years of experience in compounding production or design.
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