Final answer:
Key factors in engineering manufacturing processes include product design, cost estimation, time standards, LEAN Six Sigma, supply chain management, professional approach, strong communication skills, and the consideration of economic and social consequences.
Step-by-step explanation:
Factors that affect joining and finishing operations in engineering component manufacturing are multifaceted and influence the quality and efficiency of production. Firstly, the design of the product is crucial as it determines the manufacturing system requirements and interfaces with engineering during new product release coordination. As designs become more complex, integrating technical components with manufacturing systems can be challenging. Developed manufacturing methods ensure that parts and components are made consistently, meeting quality standards.
Cost estimation and time standards play a significant role in planning and implementing manufacturing processes, directly impacting the economic feasibility of joining and finishing operations. LEAN Six Sigma principles and knowledge of process control aid in optimizing these processes for efficiency and quality outcomes. Additionally, supply chain management strategies, like just-in-time delivery, emphasize the need for proximity of suppliers and affect the logistics of joining and finishing operations, as well as the overall manufacturing ecosystem.
Maintaining a professional approach and strong communication skills is essential for effectively managing manufacturing operations and problem-solving within teams. Being flexible and setting realistic goals aids in adapting to changing priorities and completing tasks efficiently. Lastly, manufacturing is not just about the technical aspect but also encompasses potential economic and social consequences, like the impact on workers' wages, benefits, and environmental considerations, highlighting the importance of responsible engineering decisions.