Explore how shared BOM projects help R&D and procurement teams collaborate more effectively.
在当今世界,供应链中断不仅会影响您已完成设计并进入制造阶段的产品,还会影响您下一代产品及早期原型的设计决策。
欢迎参加本次实操演示,了解研发团队如何借助共享 BOM 项目,在产品设计初期直至整个产品生命周期中降低供应链风险。您还将了解采购团队如何在协作式 BOM 项目中借助更丰富的元器件信息,为研发团队在整个产品生命周期内提供支持,并与管理层共享采购洞察以降低风险。
BOM 项目创建:
基于电子表格信息,为已设计完成的传统产品创建 BOM 项目;或者基于协作 Workspace 中新发布的原型项目,创建受管控的 BOM 项目。
供应链情报:
利用可用资源,在统一界面中为项目补充元器件生命周期、合规性、价格和库存数据,并解决缺失的制造商料号问题。
影响分析与风险缓解:
利用自动化问题检测查找停产器件,可靠地寻找替代料,并优化您的 BOM,以尽量减少供应商数量,从而简化订购流程并降低成本。
简化元器件采购:
定义您偏好的供应商,并根据当前可用性调整器件选择,以实现高效的原型和量产采购。
生产计划:
通过 YTEOL 和工厂交期识别即将到来的采购风险。提前应对 BOM 项目或合并 BOM 项目中的供应链中断,从而优化公司整体的元器件决策。
生命周期管理:
在完整的产品生命周期中持续更新您的 BOM 项目,并从首个原型阶段到制造阶段发布各个里程碑,同时在产品开发过程中为所有协作者跟踪变更。
了解自动化数据补充如何免去数小时的手动元器件调研工作,从而识别停产器件及其直接替代件
了解研发工程师如何通过与采购团队共享的协作式 BOM 项目,在整个开发过程中获益
了解采购团队如何从原型到制造阶段影响元器件决策,并与管理层分享他们的洞察
帮助您了解公司整体产品的采购状况
在现场问答环节直接向专家提问
PCB 设计师和电子工程师希望加快从设计发布到可运行原型的进程,而无需手动清理 BOM。
采购专员和采购人员希望获得精简且数据丰富的 BOM 工作流程,以减少供应商调研和订购管理开销。
NPI 与原型工程师负责快速、准确地完成首件制造。
工程经理和团队负责人希望减少设计完成到原型验证之间所耗费的时间和返工。
任何曾在从原型阶段到生产或后续阶段过程中遭遇延期、BOM 错误或供应链中断的硬件团队
Registration has recently closed. Check back soon for on-demand webinar.
Explore how shared BOM projects help R&D and procurement teams collaborate more effectively.
Participez à notre atelier pratique et découvrez la façon dont les équipes R&D exploitent les projets BOM collaboratifs pour anticiper et réduire les risques d'approvisionnement.
Nehmen Sie an unserer praxisorientierten Präsentation teil und erfahren Sie, wie F&E-Teams von gemeinsamen Stücklistenprojekten profitieren können.
Unisciti a noi per una dimostrazione pratica su come i team di ricerca e sviluppo possano trarre vantaggio dai progetti di distinta base condivisa per ridurre i rischi.
Acompáñanos en esta sesión práctica sobre cómo los equipos de I+D pueden beneficiarse de proyectos BOM.
在当今世界,供应链中断不仅会影响您那些已经完成设计并进入制造阶段的产品,还会影响下一代产品及早期原型的设计决策。
欢迎参加本次实操演示,了解研发团队如何通过共享 BOM 项目,在产品设计初期到整个产品生命周期中降低供应链风险。您将学习采购团队如何在协作式 BOM 项目中借助更丰富的元器件信息,为研发团队在整个产品生命周期内提供支持,并与管理层分享采购洞察以降低风险。
您将学到什么
BOM 项目创建:
基于电子表格信息,为已设计完成的现有传统产品创建 BOM 项目;或者基于您协作 Workspace 中新发布的原型项目,创建受管理的 BOM 项目。
供应链情报:
利用可用资源,在统一界面中为您的项目补充元器件生命周期、合规性、价格和库存数据,并解决缺失的制造商料号问题。
影响分析与风险缓解:
使用自动化问题检测来发现停产元器件,找到可靠的替代料,并优化您的 BOM,以尽可能减少供应商数量,从而简化订购流程并降低成本。
简化元器件采购:
定义您偏好的供应商,并根据当前可用性调整元器件选择,以实现高效的原型和生产采购。
生产规划:
通过 YTEOL 和工厂交期识别即将到来的采购风险。提前掌握 BOM 项目或汇总 BOM 项目中的供应链中断风险,从而优化公司整体的元器件决策。
生命周期管理:
在完整的产品生命周期内更新您的 BOM 项目,并从首个原型阶段到制造阶段发布各个里程碑,同时在产品开发过程中为所有协作者跟踪变更。
了解自动化数据补充如何消除数小时的手动元器件调研工作,以识别停产元器件及其直接替代料
了解研发工程师如何通过与采购团队共享的协作式 BOM 项目,在整个开发过程中获益
了解采购团队如何从原型阶段到制造阶段影响元器件决策,并与管理层分享他们的洞察
帮助您理解公司整体产品的采购现状
在现场问答环节直接向专家提问
PCB 设计人员和电子工程师:希望加快从设计发布到可用原型的进程,无需手动清理 BOM。
采购专员和采购人员 :希望采用精简、数据更丰富的 BOM 工作流程,以减少供应商调研和订购管理负担。
NPI 和原型工程师
工程经理和团队负责人
任何在从原型阶段走向量产或更后续阶段时经历过延期、BOM 错误或供应链中断的硬件团队
Majdi Thouabtia’s background is in electrical engineering, with several years of experience in hardware development and technical project management. He has worked across the full hardware lifecycle, from EMC-compliant circuit design and PCB layout to prototyping, testing, and production. Throughout my career, Altium Designer has been a key tool in his daily work, so he is especially proud to now be part of the team behind it.
Before joining Altium, he contributed to projects in the EV charging and IoT sectors, leading development efforts and collaborating with cross-functional teams and external partners. He holds a Master’s degree in Electrical Engineering from FAU Erlangen-Nürnberg.
Konstantin is a Field Applications Engineer (FAE) at Altium and holds a B.Eng.(EE) and a M.Sc.(SEEM) in electronics and is based in Soest, Germany. He is a technical enthusiast with a passion for Electrical and Electronic Design with 10+ years industry experience in R&D, NPI, Product Definition for semiconductors, embedded systems, power electronics, Inverter, SMPS and industrial measurement systems. As an Altium user from the beginning of his career, he appreciates a lean PCB design workflow for High Speed Designs, MCAD/FEM Integration and Supply Chain handling to accelerate design cycle times with outstanding quality at the same time. He is always passionate about innovative technical problems that challenge the status quo, can classify them within the project/company framework and strive for practical & customer-oriented solutions that offer added value for society.
Francesco holds a Master's degree in Electrical Engineering from EPFL, Switzerland. He is currently part of the Field Applications Engineering team at Altium. During his studies, his primary focus was on bioelectronics and the microfabrication of biomedical implants. After graduating, Francesco transitioned into a technical sales role with a global supplier and manufacturer of custom magnetics, where he was responsible for both technical and sales discussions, serving as the liaison between design engineers, manufacturing engineers, and customers.
Natalia holds a Master’s in Electronic Design and brings nearly 15 years of experience in hardware design, testing, and field applications engineering. Her expertise includes high-level hardware architecture, schematic capture, board bring-up, and debugging. Comfortable in the lab and in customer-facing roles, Natalia has spent the last three years providing technical guidance in PCB and 3D design for Additive Manufactured Electronics (AME). Her role includes pre and post sales support, along with onboarding training for new users.
Contact Us
A unified platform for advanced multidisciplinary collaboration