Skip to Main Content

Ansys Maxwell Automation Level 1

課程概述 

Ansys Maxwell Automation會是一個系列化的課程,透過本堂基礎課程我們會由淺至深向學員介紹自動化的三類主題:

  • 介紹Maxwell各式的自動化技巧,並協助討論學員的自動化構想及程式架構
  • 介紹基本的Python語法、自動化介面及常用函式庫,協助學員可以串接完整的自動化流程
  • 介紹Maxwell內嵌的自動化接口及模組,協助學員將自動化功能與研發設計串接成完整的開發流程

必備條件

  • 能熟練使用Maxwell軟體

目標受眾

工程師

教學方法

通過課程和電腦上機實作來驗證所獲得的知識

學習成果 

完成本課程後,您將能夠:

"如何建立Maxwell的自動化模型",學員可以透過這堂課學習將固定的模擬操作寫進腳本,將原先數十個或上百個複雜且繁瑣的操作設定,透過自動化腳本一鍵完成。一方面可以縮短軟體操作的時間;另一方面可以避免設定過程的人為疏失。當然,隨著公司內自動化架構的成熟,工程師間的初始設計溝通、產品研發的簡易Debug作業都可以利用自動化程序來完成,讓工程師可以將精力專注於困難議題的研究開發工作。

 Available Dates

Currently, no training dates available

Learning Options

Training materials for this course are available with a Ansys Learning Hub Subscription. If there is no active public schedule available, private training can be arranged. Please contact us.

You might be interested in

Best Practice Process and Tools for Automotive Functional Safety, SOTIF and Cybersecurity | Webinar
Webinar

Best Practice Process and Tools for Automotive Functional Safety, SOTIF and Cybersecurity | Webinar

Learn about the best practices and tools to help you optimize functional safety processes, safety of the intended functionality (SOTIF) and cybersecurity for automotive electronics.

Ansys Medini Analyze | Download Datasheet
Datasheet

Ansys Medini Analyze | Download Datasheet

This technical datasheet provides an overview of the features and functionality in Ansys medini analyze.

Ensuring Functional Safety of Automotive Semiconductors | Ansys
Blog

Ensuring Functional Safety of Automotive Semiconductors | Ansys

See why engineers are considering functional safety of automotive electronics down to the chip level.