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Learning Hub Webinars Integrating Requirements into Your PCB Design Workflow

Integrating Requirements into Your PCB Design Workflow

Managing engineering requirements is a critical part of hardware product development, but most tools weren’t built with electronics in mind. Static documents and spreadsheets can’t keep up with fast-moving design workflows, and even specialized requirements software often lives outside the PCB design environment.

If your team struggles with scattered information, unclear ownership, and limited visibility into how requirements are being implemented, you're not alone.

Join this webinar where we will cover how:

  • Integrated requirements tools help eliminate late-stage design changes
  • AI can help you speed through system requirements
  • To integrate design requirements directly in your PCB design

Don’t miss this opportunity to streamline your requirements workflow and build better products, faster.

Integrating Requirements June 2025 Webinar

Registration has recently closed. Check back soon for on-demand webinar.

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Once the RFQ is created, an RFQ number is associated to it. (Refer to the Creating a Component Manufacturer RFQ page for details regarding creation of an RFQ). Once you click the RFQ Number you are directed to the selected RFQ. There are three Subtabs to an RFQ – RFQ Inputs, Bid Details and Messages. RFQ Inputs – Overview of RFQ. User can view/download and add/ delete files User can add/ delete…

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Integrating Requirements into Your PCB Design Workflow

Created: May 28, 2025
At a Glance
Join our webinar where you will learn about integrated requirements tools who can help you eliminate late-stage design changes, AI support through system requirements and integration of design requirements directly in PCB Design. Don't miss it, register now!
Go Deeper with AI:
ChatGPT Perplexity Claude Google Grok
8 videos
  • Hosted by Alexsander Tamari - Technical Marketing Engineer
    00:21:26 • Jun 26, 2025
    Hosted by Alexsander Tamari - Technical Marketing Engineer
    00:21:26 • Jun 26, 2025

    Don’t miss out on learning how to eliminate late-stage design changes and keep your team aligned.

  • Hosted by Kunjal Patel - Field Application Engineer
    00:47:42 • Jun 26, 2025
    Hosted by Kunjal Patel - Field Application Engineer
    00:47:42 • Jun 26, 2025

    Don’t miss out on learning how to eliminate late-stage design changes and keep your team aligned.

  • Présenté par Nourhene Kerkeni - Field Application Engineer
    00:27:20 • Jun 26, 2025
    Présenté par Nourhene Kerkeni - Field Application Engineer
    00:27:20 • Jun 26, 2025

    Ne manquez pas cette occasion de découvrir comment éviter les modifications de dernière minute et coordonner votre équipe.

  • Präsentiert von Martin Malenica - Field Application Engineer
    00:29:36 • Jun 26, 2025
    Präsentiert von Martin Malenica - Field Application Engineer
    00:29:36 • Jun 26, 2025

    Erfahren Sie, wie Sie Designänderungen in späten Projektstadien vermeiden und Ihr Team optimal koordinieren können.

  • Presentato da Francesco Cecchetti - Field Application Engineer
    00:35:11 • Jun 26, 2025
    Presentato da Francesco Cecchetti - Field Application Engineer
    00:35:11 • Jun 26, 2025

    Non perdete l’occasione di scoprire come evitare modifiche alla progettazione nelle fasi avanzate e mantenere il team allineato.

  • Presentado por Natalia Coria Perez - Field Application Engineer
    00:25:26 • Jun 26, 2025
    Presentado por Natalia Coria Perez - Field Application Engineer
    00:25:26 • Jun 26, 2025

    No te pierdas esta oportunidad de aprender a evitar cambios de diseño en fases tardías y mantener la coordinación del equipo desde el principio.

  • プレゼンター:ダニエル チョウ
    00:21:48 • Jun 25, 2025
    プレゼンター:ダニエル チョウ
    00:21:48 • Jun 25, 2025

    遅い段階での設計の変更を排除し、チームの足並みを揃える方法を習得しましょう。ぜひご参加ください。

  • 주최 Aiden Oh - 현장 응용 엔지니어
    00:26:31 • Jun 25, 2025
    주최 Aiden Oh - 현장 응용 엔지니어
    00:26:31 • Jun 25, 2025

    늦게 발생되는 설계 변경 구조 단계를 없애고 설계 팀의 일관성을 유지하는 방법을 배우는 것을 놓치지 마세요.

Product: Requirements Portal Altium Designer Altium 365 Webinars Electrical Engineers Workflow and Process Management Manufacturing Manufacturing Outputs and Compliance Requirements Management Systems and Product Design
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Managing engineering requirements is a critical part of hardware product development, but most tools weren’t built with electronics in mind. Static documents and spreadsheets can’t keep up with fast-moving design workflows, and even specialized requirements software often lives outside the PCB design environment.

If your team struggles with scattered information, unclear ownership, and limited visibility into how requirements are being implemented, you're not alone.

In this webinar recording we will cover how:

  • Integrated requirements tools help eliminate late-stage design changes
  • AI can help you speed through system requirements
  • To integrate design requirements directly in your PCB design

Author

Author

Alexsander joined Altium as a Technical Marketing Engineer and brings years of engineering expertise to the team. His passion for electronics design combined with his practical business experience provides a unique perspective to the marketing team at Altium. Alexsander graduated from one of the top 20 universities in the world at UCSD where he earned a Bachelor’s degree in Electrical Engineering.

More content by Alexsander Tamari

Author

Author

Kunjal studied Electronic & Communication Engineering at university, and currently works as a Technical Application Engineer at Altium in the Altium Bangalore office in India. Kunjal has over 20 years of direct experience with IPC CID Certification as an Sr. PCB Designer in the Space industry, various design firms, PCB Fabrication, and assembly houses.

More content by Kunjal Patel

Author

Author

Nourhene is an Electronic Engineer specializing in PCB Design and FPGA Programming, holding a Master’s degree in RFID technologies. Since joining Altium in 2019, she has partnered closely with the sales team to support both prospects and existing customers through technical sales and marketing initiatives across Altium’s portfolio.

Before Altium, Nourhene designed complex PCBs for Automotive and Aerospace applications at large international companies, where she also managed comprehensive testing processes. She has extensive experience collaborating with PCB manufacturers across Europe and Asia. Nourhene holds CID certification and is a certified Altium Designer Trainer.

More content by Nourhene Kerkeni

Author

Author

Martin Malenica has a masters in electronic and computer engineering at the University of Zagreb. His previous experience consists of multiple embedded systems positions at robotics start-ups (Gideon with USD 35m in Seed and Series-A funding) and SMEs. His engineering strengths lie in system architecture, PCB design and embedded programming. Aside from engineering, Martin has spent the last 1.5 years working at a leading European management consulting firm, where he focused on strategies to support large OEMs and Tier-1s regarding the current semiconductor shortage across the whole EMEA region. Martin has practical experience within AD, but also a good understanding of competitor tools, especially on the procurement and supply chain side, like Everstream, Resilinc, Silicon Expert, Z2Data etc. Martin Joined Altium in 2023 as part of the Technical Sales team in Germany.
 

More content by Martin Malenica

Author

Author

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.

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Author

Author

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.

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Author

Author

Daniel joined Altium in 2019 as an Application engineer and moved into the Technical Sales role in the same year. Daniel provides technical assistance for sales, third party distributors, and customers in the Asia Pacific region (APAC) and is based in the Altium Tokyo, Japan office. Daniel has experience with PCB,  FPGA, and ASIC design in telecommunication and Information industries. 
 

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Author

Author

Aiden은 대학에서 전자공학을 전공하였으며 PCB 설계 분야의 R&D로 7년 이상의 경험을 가지고 있습니다. 그는 전자 제품을 위한 SMPS, 인버터, 컨버터 설계 경험이 있습니다. 제품 프로젝트를 이끌었으며 설계, 관리, 인증 제품 테스트와 같은 모든 작업을 경험했습니다. 그리고 한국 리셀러(Hancom Intelligence) 팀에서 4년 이상 Altium Designer 사용자들을 위한 기술 지원 및 교육을 제공했습니다. Concord Pro와 Altium 365를 사용하여 PLM 요구 사항에 대한 컨설팅 및 지원을 했습니다. 또한 Altium Designer에 대한 수십 차례의 교육 및 웨비나를 경험했습니다.
Aiden은 2022년 11월부터 Altium에서 기술 영업 엔지니어로 근무하고 있으며 현재 한국 사무소에 근무하고 있습니다.

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Related Resources

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Your Design Data Has Zero Defense See how Altium Agile builds speed, structure, and security into every stage of electronics development. Multiple Dates and Times June 11, 2026 10:00 AM Register
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Read Documentation
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Read Documentation
ESD ESD

In early stages of electronic designs, it is important to define the design on the conceptual/functional level. This initial step serves as a crucial foundation for the entire development process, providing a high-level overview of the system's architecture and its primary elements. A well-crafted block diagram clarifies the major functional units of the electronic system and illustrates their…

Read Documentation
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This document is a reference guide for the syntax, operators, and conventions used in the Workspace hardware design search language. Search queries are based on a familiar field:value syntax, and can be used to perform quick, simple searches through to constructing powerful and precise queries. See Advanced Design Search for usage information. Search Syntax and Guide The below reference…

Read Documentation
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Once the RFQ is created, an RFQ number is associated to it. (Refer to the Creating a Component Manufacturer RFQ page for details regarding creation of an RFQ). Once you click the RFQ Number you are directed to the selected RFQ. There are three Subtabs to an RFQ – RFQ Inputs, Bid Details and Messages. RFQ Inputs – Overview of RFQ. User can view/download and add/ delete files User can add/ delete…

Read Documentation
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Read Documentation
Opportunity Details Opportunity Details

Category Analysis gives an overview of the total spends (includes spend by Manufacturer, Category, Business Units, BOM Supplier, Age and Manufacturer, Age and Category and Country of Origin), Opportunity savings (Savings from Public price, Approved Alternate, Part Analytics Alternates, Duplicate Price, Contract Manufacturer) and Risks with suggested Part Analytics Alternates. Opportunity Savings…

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Read Documentation
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Read Documentation
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