一种产品开发方法，其中不同的开发阶段（例如，设计、工程、制造、测试）是并行（同时）进行的，而不是顺序进行的，从一开始就非常重视跨职能协作。
- 方法： 工程, 制造业, 产品设计, 项目管理, 质量
并行工程
并行工程
- 敏捷方法论, 持续改进, 跨职能协作, 面向制造设计 (DfM), 精益制造, 产品开发, 产品生命周期, 项目管理, 质量管理
目标
如何使用
- 跨职能团队从产品开发的早期阶段就开始合作，共享信息，并同时考虑产品生命周期的各个方面（设计、可制造性、成本、质量、可维护性）。
优点
- 缩短产品开发时间和上市时间；通过及早发现和解决问题来提高产品质量；加强不同部门之间的沟通与协作；降低开发和制造成本。
缺点
- 需要对组织结构和文化进行重大变革以支持跨职能团队；可能会增加项目管理和协调的复杂性；需要有效的沟通工具和流程；可能需要前期对培训和技术进行投资。
类别
- 工程, 制造业, 产品设计, 项目管理, 质量
最适合：
- 通过从一开始就将设计、制造和其他功能整合起来并行运作，加快产品开发速度并提高产品质量。
Concurrent Engineering is commonly applied in industries such as aerospace, automotive, consumer electronics, and medical devices, where the intricacies of product design and development demand high levels of collaboration among diverse teams. For instance, in the aerospace sector, manufacturers integrate inputs from design engineers, materials specialists, and manufacturing teams early in the project phase to address weight constraints, safety regulations, and performance metrics concurrently, which significantly contributes to delivering compliant and efficient aircraft. In the automotive industry, cross-functional teams engage from the initial concept through to prototyping, allowing for simultaneous assessment of design feasibility, regulatory compliance, and cost implications. The methodology can be particularly effective during the design phase of projects where time sensitivity and competitive pressures are intense, as it enables real-time feedback loops among engineering, marketing, supply chain, and quality assurance domains. Participation typically includes design engineers, manufacturing specialists, product managers, and marketing professionals, which creates a multidisciplinary environment that supports innovation. This integrated approach not only accelerates development cycles but also minimizes the risk of costly post-launch modifications, thereby enhancing customer satisfaction and loyalty. Furthermore, tools such as computer-aided design (CAD) and product lifecycle management (PLM) software often facilitate these collaborative efforts, allowing teams to share data seamlessly and track project progress in real time.
该方法的关键步骤
- 在开发过程的早期阶段就明确客户的需求和期望。
- 组建跨职能团队，成员包括所有相关部门的代表。
- 开展同步设计评审，以评估设计与制造工艺的兼容性。
- 快速开发原型，以测试设计理念并快速收集反馈。
- 根据来自制造和营销等所有职能部门的反馈意见，对设计进行迭代。
- 实施可制造性设计原则，确保易于生产。
- 在整个开发周期中融入质量保证流程，以识别潜在问题。
- 从一开始就考虑维护保养因素，为可维护性做好准备。
- 不断调整团队目标与项目里程碑，以保持进度和责任落实。
专业提示
- Implement Design Reviews at key milestones to assess design decisions and gather interdisciplinary feedback, preventing late-stage revisions.
- Use Digital Twin technology to simulate product performance during engineering and design, allowing teams to resolve issues before physical prototyping.
- 建立跨职能关键绩效指标，衡量协作效率和产品生命周期绩效，确保团队成员之间的责任和一致性。
历史背景
（如果日期未知或不相关，例如“流体力学”，则提供其显著出现的近似估计）
