Ansys Training Calendar for 2022
This year, Qfinsoft will once again offer didicated training session: Please review these dates on the file: /sites/default/files/Qfin2022_training%20Final.pdf
Regisiter below to join our Qfinsoft dedicated Simulation training sessions for 2022.
Ansys Rocky DEM Training Session
DATE: 8th & 9th March
TIME: 9:00am - 17:00pm
VENUE: Training will be hybrid setup ( onsite and online available)
CLICK HERE to complete your registration:
Ansys CFD and FEA Training
DATE: 5-8th April
TIME 9:00 am- 17:00 pm
VENUE: Training will be hybrid setup ( onsite and online available)
AGENDA:
Day 1: Ansys SpaceClaim Direct Modeler:
Day 2: Ansys Meshing
Day 3 and 4 : Ansys CFD Introductory Course / Ansys Mechanical Introductory Course
CLICK HERE to complete your registration:
Ansys Academic Online training sessions for Southern African University Students .
DATE: 25th of July – 5th of August 2021
TIME 9:00 am- 17:00 pm
VENUE: Training will be hybrid setup ( onsite and online available)
AGENDA: Detailed Agenda will be provided closer to the time
Cost: FREE
CLICK HERE to complete your registration:
Please Note: This will be a live virtual hands-on training course with tutorials that can be completed and students need to have access to their own Campus Licenses. Alternatively the Ansys Student Software on the following links: Ansys Student (for FEA and CFD training) Ansys Electronics Desktop Student (for Maxwell and HFSS training).
Contact us if you do have any questions?
Qfinsoft is certified to present training on the following products:
- ANSYS® 3D Design Products (Discovery Live, ANSYS® AIM, ANSYS® SpaceClaim)
- ANSYS® Mechanical (Wokbench)
- ANSYS® Fluid Dynamics (ANSYS® CFD, Fluent, CFX, ANSYS® Icepak, ANSYS® Polyflow)
- ANSYS® Low Frequency Electromagnetics (ANSYS® Maxwell)
- ANSYS® High Frequency electromagnetics and Signal Integrity (ANSYS® HFSS, ANSYS® Q3D Extractor, ANSYS® SIwave, ANSYS® Electronics Desktop)
- ANSYS® Explicit Dynamics (ANSYS® Autodyn and ANSYS® Explicit STR)
- Rocky DEM ( Discreet Element Modeling)
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