Zuken Technical Webinars

Learn how you can overcome common issues in your design processes with the leading-edge design technologies from Zuken by watching our free on-demand webinars.

Select from our index below and gain access to how Zuken can help improve your design processes for PCB design, electrical/wire harness design and engineering data management.

Electrical Design, Wire Harness Design, PCB Design and Data Management Webinars

Keeping up with Tomorrow’s Power Demands

One major step is to create a smart and dependable infrastructure. Designing that infrastructure with accuracy and speed is an essential element of the strategic outlook. A design in the generation and distribution space requires careful attention to detail in every aspect from concept all the way through to documentation.

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Keeping up with Tomorrow's Electricity Demands

What’s New in E3.series 2017

The goal of this webinar is to give you a brief look into Zuken’s newest E3.series release.  E3.series is a Windows-based, scalable, easy-to-learn system for the design of wiring and control systems, hydraulics and pneumatics. The latest release contains new and enhanced functionality that further increases productivity throughout all phases of engineering, from design to manufacture.

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What's New in E3.series

How to Detail a Harness to Reduce Manufacturing Costs and Time

This webinar will detail the process of creating wire harness quotations and the design detail required for the test and manufacturing of simple and complex harnesses. A large component database with links to manufacturing aids and tools is key to accurate quotation and design output.

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How to Detail a Harness to Reduce Manufacturing Costs and Time

Wire Harness Manufacturing from Cost Estimates to Testing

This webinar will detail the process of creating wire harness quotations and the design detail required for the test and manufacturing of simple and complex harnesses. A large component database with links to manufacturing aids and tools is key to accurate quotation and design output.

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Wire Harness Manufacturing

Concurrent Design of Power Generation and Distribution Schematics and Panels

This webinar will cover the design of large electrical projects. A vital element of the design process is the tracking of nomenclature, device and cable functions, assignments and placement. This is for the accurate generation of complete Bills of Materials, Cabling Schedules and all documentation such as labels, manufacturing files and test data.

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Concurrent Design of Power Generation and Distribution Schematics and Panels

Process Optimization in Electrical Engineering – Plant and Machinery Industry

Building on the webinar “Electrical and Fluid Engineering in the Internet of Things Era,” this webinar examines the specific requirements of the plant and machinery sector and shows examples of best practices.

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Electrical Engineering Process Optimization

Electrical and Fluid Engineering in the Internet of Things Era

This webinar examines the changing role of electrical and fluid engineering in product development and examine approaches to providing an end-to-end electrical and fluid engineering process that is tightly integrated with mechanical and software engineering.

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Electrical Engineering and the Internet of Things

Wire/Harness Design Automation Basics I

This webinar, part 1 of a 2-part series, covers the logical part of the wire harness design process. At the end of the design flow of the logical part we use the topology and wiring path to assign wires and cables to a harness. At the beginning of the engineering process, we develop a system using functions and signals. With the information from the functional design, next we create a wiring diagram.

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Wire Harness Design Automation Basics

Wire/Harness Design Automation Basics II

This webinar follows our first webinar “Wire / Harness Design Automation Basics I” where we have seen the logical part of the design process. Now we will look at the physical part of the wire harness design process. Starting with the logical information from wiring diagram and topology design, we transfer the harness data to the mechanical engineering. There we do the routing of the harness in the original 3D-Environment.

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Cabling and Wiring

Avoid Design Errors with a Connected Circuit Diagram and Panel Layout

Please join us for this interactive technical webinar where panel design will be discussed and demonstrated. Learn how to avoid electrical panel design errors by using a connected circuit and panel layout solution.

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Avoid Design Errors with a Connected Circuit Diagram and Panel Layout

Detect Wire and Component Tolerance Violations

Please join us for this interactive technical webinar where tolerance failures and detection will be discussed and demonstrated. Insure that the maximum permissible current is not exceeded by the connected load. Verify the maximum voltage for correct operation is not exceeded.

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Detect Wire and Component Tolerance Violations

Functional Block Diagrams to Detailed System Wiring Diagrams – A New Integrated Approach

In the area of System Design, System Engineers have accomplished their design tasks using an array of different tools including spreadsheets, diagramming programs and “dumb” graphics.

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Functional Block Diagrams to Detailed System Wiring Diagrams: A New and Integrated Approach

Streamlining Electrical System Design through Mechanical & Electrical Collaboration

In a typical scenario, electrical and mechanical engineering departments have a tendency to work independently, communicating in a limited and often uncoordinated fashion, which can lead to costly, time-consuming errors.

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Streamlining Electrical System Design through Mechanical and Electrical Collaboration

Transitioning from Architecture Design to Detailed Design

This webinar is Part 3 of a 3 part series covering the systems engineering process of converting product or system requirements into a viable and robust hardware architecture and then moving that architecture directly into detailed design without any manual re-entry.

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Transition from Architecture Design to Detailed Design

Creating and Optimizing a Hardware Architecture

This webinar is Part 2 of a 3 part series covering the systems engineering process of converting product or system requirements into a viable and robust hardware architecture and then moving that architecture directly into detailed design without any manual re-entry.

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Creating and Optimizing a Hardware Architecture

Hardware Architecture Design and Validation

This webinar is Part 1 of a 3 part series covering the systems engineering process of converting product or system requirements into a viable and robust hardware architecture and then moving that architecture directly into detailed design without any manual re-entry.

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Hardware Architecture System Design

Electro-Magnetic Compatibility (EMC) Design Basics

In this webinar we will explore the process for performing a quick EMC analysis followed by a more in-depth EMC analysis driven by properties assigned during schematic capture. The process to perform an EMC analysis will be demonstrated, with a subsequent review of the results.

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EMC Design Basics

3D PCB Multi-board Design Basics: Don’t Fall Behind

This webinar will discuss and demonstrate the key concepts behind a 3D multi-discipline design where supply chain, PCB, MCAD and analysis all converge into a next generation design process.

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3D Multi-board PCB Design Basics: Don't Fall Behind

Product-based Virtual Prototyping Just Got Easy

This webinar will demonstrate a virtual prototyping solution that validates a set of product requirements against a proposed detailed design. Explore trade-offs and validate product targets across multiple domains that include cost, weight, functionality, PCB content and enclosure fit before committing to a detailed design.

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Product-based Virtual Prototyping Just Got Easys

PCB Design Using an Engineering Knowledge Base

During this webinar we will demonstrate how to create, manage and grow an engineering knowledge base, and use that information to greatly improve your PCB design process.

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PCB Design Using an Engineering Knowledge Base

System-level Circuit Engineering

Traditional schematic entry tools offer the ability to create a single logical design to drive a single PCB layout. Design Gateway is Zuken’s platform for logical circuit engineering and verification of single and multi-board system-level electronic designs.

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System-level Circuit Engineering

Avoiding Poor FPGA I/O Assignments for PCB Design

The webinar will explore various points in the design flow where co-design of the FPGA and board layout can take place; this includes library part creation, schematic entry, I/O optimization and pin assignment management during board layout.

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Avoiding Poor FPGA I/O Assignments for PCB Design

Eliminate DDR3 Timing Errors with Constraint-based Routing

This webinar explores how to realize a DDR3 system using constraints and validate the design’s timing margins. Starting with schematics, we create what-if scenarios, enter constraints, and review initial eye diagrams. Next, we use the constraints to guide placement and routing. Finally, with constraints met, we perform signal integrity analysis and verify that setup/hold margins are honored.

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Constraint-based Routing

I/O Optimization with 3D SoC, SiP, and PCB Co-design

This webinar is aimed to help the audience identify disconnects in the chip, package, and board design environment; and explore methods to optimize interconnects, improve design collaboration, and enable signal traceability and analysis across the complete system.

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I/O Optimization with 3D SoC, SiP, and PCB Co-design

Power Integrity Essentials for the PCB Design Process

This session presents aspects of achieving good power integrity by defining key concepts, showing example layouts, and using PI analysis tools to help better understand PI effects and mitigation techniques. Upon completion of this webinar, the electrical engineer and PCB designer alike should be armed with essential information that will help the team improve the power integrity aspects of their design.

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Power Integrity Essentials PCB Design Process

Avoid PCB & Enclosure Collisions with 3D Product Visualization

This webinar will present an approach to make ECAD / MCAD collaboration part of your standard design process. Easily import MCAD data and orient multiple PCBs within the enclosure and detect collisions.

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Avoid PCB & Enclosure Collisions with 3D Product Visualization

System-level Design Planning

Often, the planning of an electronic system is done with disparate tools that were not designed for electronic system planning. This is not only inefficient, requiring many workarounds, but later forces you to re-enter your design planning data into the design authoring tools.

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System-level Conceptual Design Planning

Board Modeler: Bridging the Gap between Electronic and Mechanical Design

Design rework can cost you time and money. And going back and forth between ECAD and MCAD departments takes time. With Board Modeler, you can address that problem using neutral file formats such as IDF and STEP. PCB and Mechanical designers alike can get an accurate 3D view of the project to see how a board will fit into the enclosure, decreasing your overall cycle time.

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Bridging the Gap Between Electronic and Mechanical Design

Best Practices for Using Temporary or Quick Turn Parts

This webinar will present best practices on how to use and manage temporary parts in a design process.  Presentation will be combined with a live demonstration on how you can eliminate the risk of a temporary part slipping through the release process and into manufacturing. The demonstration will utilize a Design Data Management (DDM) system that you to track and manage these parts throughout the design cycle.

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Best Practices for Using Temporary or Quick Turn Parts

Improve Design Data Security Across Your Enterprise

This webinar will examine the challenges behind design data security and explore some of the solutions available today.  Some of the topics will include a project oriented design approach, limited user visibility on the library and design level and how to physically locate IP.

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Improve Design Data Security Across Your Enterprise

The Essentials for Multi-site Design

This webinar explores the tools and processes necessary to implement a successful multi-site or enterprise electronic design engineering flow.

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The Essentials of Multi-site Design

Protect Your ECAD Library and PCB Design Intellectual Property

This webinar will demonstrate how next generation ECAD software is being used to address the IP theft challenge with permission controls that enable users to define with a high level of granularity the design information that will be included and excluded from the published data set.

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Protect PCB Design Intellectual Property