Structural, Thermal, Modal & CFD Simulation with ANSYS Workbench
Industry-leading simulation software for structural, thermal, and fluid analysis.
ANSYS is simulation software used to predict how a design behaves under load, heat and fluid flow before it is built. This 3-month ANSYS Workbench course covers FEA theory, geometry and meshing, structural, thermal, fatigue and buckling analysis, CFD with Fluent, and post-processing and reporting, ending with an industry-style project.
B.E. / M.E. students and graduates in Mechanical, Aerospace or Civil Engineering with a strong maths foundation who want to learn simulation-driven design.
Preparing geometry, choosing meshing strategies, setting up structural and thermal analyses, running CFD simulations in Fluent and interpreting stress, deformation and temperature results.
Product design and R&D, automotive, aerospace, heavy engineering and thermal or fluid equipment design.
FEA analyses structural and thermal behaviour of solid parts; CFD analyses fluid flow and heat transfer. Geometry skills come from AutoCAD and drawing skills from Mechanical Draftsman; manufacturing is covered by CNC & VMC Programming and Mastercam.
A comprehensive, industry-aligned curriculum covering every aspect of professional ANSYS Workbench FEA/CFD practice.
DesignModeler geometry import, tetrahedral, hex, and sweep meshing strategies.
Static structural, modal (frequency), harmonic, and transient dynamic analysis.
Steady state and transient thermal analysis with convection, conduction, and radiation.
High/low cycle fatigue analysis, safety factor calculations, and linear buckling.
Internal and external flow simulation, turbulence modelling, and heat transfer analysis.
Post-processing, result validation, and professional engineering report preparation.
Module-by-module breakdown of everything covered in the ANSYS Workbench FEA/CFD program at Parametric Solutions.
FEA/CFD engineers are key hires at automotive OEMs, aerospace firms, and defence R&D labs.
Trainers with ANSYS project experience in automotive NVH, structural, and thermal simulation.
High-performance workstations for real project simulation during training.
Dedicated placement team with strong industry connections for job referrals and career guidance.
FEA and CFD skills are used in roles like these, typically in design, R&D and analysis teams.
Our dedicated career cell provides resume building, interview preparation, and job referral support to help students start their professional journey. Read more about placement assistance at Parametric Solutions.
B.E. / M.E. in Mechanical, Aerospace, or Civil Engineering. Strong maths foundation required.
3 Months — Flexible morning, afternoon, and evening batches available Sun–Fri.
ISO 9001:2008 certified course. Certificates co-recognised by NCVT, NITAPS, and ITES.
1st Floor, Takle Building, Raghoba Shankar Rd, beside S K Biryani Hotel, Chendani Thane West, Maharashtra 400601
Reviews shared by students of our courses.
"Really Happy with the teaching of Parametric Solutions & their industrial based syllabus. I recently completed Mechanical Draftsman Course here right after completing it i joined Diploma in CAD CAM CNC. Thanks once again to my faculties !"
"Completed VMC Programming & Operating and loved it ! And now completing mastercam course ! Great faculties, practical approach, and supportive staff. Highly recommended"
"This AutoCAD class was an invaluable investment in my design skills. Vidhyadhaar Sir created a supportive learning environment, and I appreciate the expertise and enthusiasm shared throughout the course!!☺️"
Everything you need to know about the ANSYS Workbench FEA/CFD course at Parametric Solutions.
Finite Element Analysis (FEA) is the simulation method used to predict structural, thermal, and vibration behaviour of components. ANSYS is the world's #1 FEA/CFD tool.
Basic 3D modelling knowledge is helpful. DesignModeler is taught within the course.
Yes. Many automotive OEMs, suppliers, and R&D laboratories use ANSYS for product development.
Pay varies with experience, skills, employer, city and the type of project, so we do not quote figures here. Our counsellors can talk through typical career paths for this field when you enquire.
ANSYS Fluent CFD is covered as a dedicated module within this course, covering both internal and external flow cases.
Yes. ANSYS structural and thermal tools are used in civil/structural engineering for building and bridge analysis.
FEA (finite element analysis) studies stress, deformation and heat in solid structures. CFD (computational fluid dynamics) studies how liquids and gases flow. This course covers both in ANSYS Workbench.
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