Ansys Electromagnetics & Optics Web Trainings

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Ansys Electromagnetics & Optics Web Trainings

March 18 @ 9:00 am - 5:00 pm EET
Event Series Event Series (See All)
The trainings are addressed to engineers from Companies that are involved in the designing process, or in the Research and Development (R&D) of innovative new products and processes.

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    I'm interested in:

    Introductory Training to Ansys Maxwell - 18 March
    Introductory Training to Ansys HFSS - 19 March
    Introductory Training to Ansys Siwave - 20 March
    Introductory Training Ansys Zemax OpticStudio - 21 March

    Cost* per participant:

    • 1 day: 250€/ per attendee

    • 2 days: 450€/ per attendee

    • 3 days: 700€/ per attendee

    • 4 days: 900€/ per attendee

    *VAT is not included in the above prices.

    Description

    Ansys Electromagnetics & Optics Web Trainings

    SIMTEC, the Elite certified channel partner of Ansys in SE Europe, organizes introductory trainings on Electromagnetics & Optics.

     

    Register before Tuesday 11 Mar, closing date for our registrations.

    Introductory Training to Ansys Maxwell - 18 March

    This Introductory Training to Ansys Maxwell course provides a foundational understanding of low-frequency electromagnetic simulations using Ansys Maxwell. Through instructor-led lectures, demonstrations, and hands-on workshops, participants will explore key concepts such as magnetostatics, eddy currents, transient analysis, and multiphysics coupling. The course also covers best practices for geometry setup, material selection, boundary conditions, and solver configurations, ensuring accurate and efficient simulations. Additionally, attendees will learn how to perform parametric optimization to refine designs and enhance performance. All workshops begin with model setup in Ansys Maxwell, progressing through simulation, solving, and post-processing, providing a comprehensive introduction to electromagnetic field analysis.

    • Date & Time: 18 March
    • Event format: Webinar
    • Venue: The event will be online. A Microsoft Teams link will be sent to you after your registration.

    Introductory Training to Ansys HFSS - 19 March

    This Introductory Training to Ansys HFSS course provides a comprehensive foundation in high-frequency electromagnetic simulations using Ansys HFSS. Through a combination of instructor-led lectures, demonstrations, and hands-on workshops, participants will explore key topics such as eigenmode analysis, wave propagation, antenna design, S-parameters, and EMI mitigation techniques. The course also covers best practices for geometry setup, material properties, boundary conditions, and solver configurations, ensuring accurate and efficient high-frequency simulations. Additionally, attendees will learn how to perform optimization techniques to enhance performance and streamline design workflows. All workshops begin with model setup in Ansys HFSS, progressing through simulation, solving, and post-processing, providing a practical and industry-relevant introduction to electromagnetic field analysis.

    • Date & Time: 19 March
    • Event format: Webinar
    • Venue:The event will be online. A Microsoft Teams link will be sent to you after your registration

    Introductory Training to Ansys Siwave - 20 March

    This Introductory Training to Ansys SIwave course provides a foundational understanding of PCB and IC package simulations using Ansys SIwave. Through a combination of instructor-led lectures, demonstrations, and hands-on workshops, participants will explore key topics such as signal integrity (SI), power integrity (PI), and thermal integrity (TI) in high-speed electronic designs. The course covers best practices for geometry setup, material properties, boundary conditions, and solver configurations, ensuring accurate and efficient simulations. Attendees will also learn how to analyze impedance, crosstalk, power distribution networks (PDN), and electromagnetic interference (EMI) to optimize PCB performance. All workshops begin with model setup in Ansys SIwave, progressing through simulation, solving, and post-processing, providing practical insights into electronics design optimization.

    • Date & Time: 20 March
    • Event format: Webinar
    • Venue: The event will be online. A Microsoft Teams link will be sent to you after your registration

    Introductory Training Ansys Zemax OpticStudio - 21 March

    This Introductory Training to Ansys Zemax OpticStudio course provides a comprehensive introduction to optical design and analysis using Ansys Zemax OpticStudio. Through instructor-led lectures, demonstrations, and hands-on workshops, participants will explore key concepts such as ray tracing, optical system optimization, aberration analysis, and illumination design. The course covers best practices for lens design, material selection, surface modeling, and performance evaluation, ensuring accurate and efficient optical simulations. Attendees will also learn how to manipulate light paths and optimize optical systems for various applications. All workshops begin with model setup in Ansys Zemax OpticStudio, progressing through design, analysis, and optimization, providing practical experience in industry-leading optical simulation techniques.

    • Date & Time: 21 March
    • Event format: Webinar
    • Venue: The event will be online. A Microsoft Teams link will be sent to you after your registration

     

    More info:

    • Equipment: Participants will work on their own laptops.
    • Evaluation license: After the seminar, an evaluation license may be provided to the participants.
    • Cost* per participant:
      • One (1) day course: 250€/ per attendee
      • Two (2) days course: 450€/ per attendee
      • Three (3) days course: 700€/ per attendee
      • Four (4) days course: 900€ / per attendee

    *VAT is not included in the above prices.

    Contact us for more details about multiple attendees.

    Details

    Date:
    March 18
    Time:
    9:00 am - 5:00 pm
    EET
    Series:
    Cost:
    €250
    Event Category:

    Organizer

    SIMTEC SA
    Phone
    2310251731
    Email
    simtec@simtec.gr