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CFD Events Calendar, Event Record #1171

Diploma in Advanced CFD Analysis - DACFD
CCTech has launched six months training course in CFD Analysis starting from August 2006. Course is structured to cater to industrial requirements.
Date: August 1, 2006 - January 31, 2007
Location: 3, Anjali Apartment, 768/12, Bhandarkar Road, Deccan, Pune, Maharashtra, India
Web Page:
Contact Email:
Organizer: Centre for Computational Technologies
Application Areas: Turbomachinery, HVAC&R, Automotive, Aerospace, Power Generation, Environmental, Oil, Gas & Petrochemical, General CFD
Special Fields: Turbulence Modeling, Turbulence Theory, Turbulence - LES Methods, Heat Transfer, Combustion, Finite Volume Methods, Finite Difference Methods, Multigrid Methods, Boundary Element Methods, Boundary Integral Methods, Grid Generation, Visualization and Post-Processing, Aeroacoustics & Noise, Multiphase Flows, Rotating Flows, Moving Boundary Problems, Aerodynamics, Optimization, Incompressible Flows, Compressible Flows, Numerical Methods, Instabilities and Flow Control, Radiation, Fluid Mechancis, Boundary and Interior Layers, Simulation Process and Data Management, Hypersonic Flows, CAD/CFD Integration
Softwares: FLUENT, CFX, GAMBIT, ICEM CFD , Tecplot, Matlab, CFDExpert Zeus Numerix
Deadlines: July 20, 2006 (registration)
Type of Event: Course, International

Centre for Computational Technologies
"Simulation is the Future"

Center for Computational Technologies Pvt. Ltd. (CCTech) is a venture started by group entrepreneurs, who are industry professionals and alumni of IIT Bombay. We are in the process of establishing a knowledge centric organization at Pune for specialized training market in the field of Computational Engineering in India and abroad. Promoters of CCTech are ex-developer of leading CAE products such as Fluent, SolidWorks and CFDExpert. IIT faculty and distinguish industry leaders are our Advisory, Principle Consultants and Visiting Faculty.

CCTech has launched six months training course in CFD Analysis starting from August 2006. Course is structured to cater to industrial requirements. The course syllabus is formulated by considering industrial requirements and inputs from various working professionals and IIT faculty.

These courses will help students and industry professional to transcend their level of understanding. The courses are designed to address the key areas like theoretical foundation, practical relevance and real-life problem solving approach. To achieve that, courses will be delivered using collaborative learning process through class room lectures, assignments, student seminars, lectures by industry experts, case studies and research / industry projects.

Course Content

OS and Programming
Linux Operating System
Python Programming
C Programming
Parallel and Distributed Computing

Theoretical Foundation
Fluid Dynamics
Numerical Methods in CFD
Numerical Methods in Heat Transfer
Advanced CFD
CFDTutor and CFD Expert


Geometric Modeling
CAD Repair for Meshing
Structured Grid Generation
Unstructured Grid Generation
Adaptive, Moving and Hybrid Grid

Mathematical Modeling and Simulation

Conjugate Heat Transfer Analysis
Combustion Modeling
Turbulence Modeling
Multiphase Modeling

Industrial Applications

Aerospace Simulation
Automobile Simulation
Chemical Fluid Mixing Simulation
HVAC Simulation
Heat and Mass Transfer Simulation
Turbo-Machinery Simulation

Software Training
CATIA and SolidWorks
ICEM CFD, Gambit, T-Grid
Fluent, CFX
Post Processing
Validation of CFD results
CFD Project Management


Eligibility Criteria

Graduates or postgraduate with first class in Mechanical/ Aerospace/Automobile or Chemical Engineering

Selection Procedure

  • Selection test (multiple choice) in fluid mechanics, heat transfer, basic engineering fundamentals, aptitude and quantitative analysis
  • Personal interview

Distinctive Features

  • State-of- art syllabus formulated by faculty from premium institutes and highly skilled working professionals

  • Well designed course to satisfy industry requirements
  • Courses covers fundamental training, training on most advance topics and training on widely used packages
  • Three months industry standard project
  • Placement assistance

Course Fees

  • Full Time - 50,000+ service tax   (750 contact hours)

  • Part Time - 35,000+ service tax (500 contact hours)

Important Dates

Issue of Application forms and entrance test from - 10th June 2006
Last date of issue of Application form and entrance test - 15th July 2006
Course commencement - 1st August 2006


  • Full Time Batch - Five days per week – From 9 AM to 5 PM

  • Part Time Batch –

    • Two working day – From 7 PM to 9 PM

    • Saturday And Sunday  – From  9 AM to 6 PM

Apply Now

*** Also get detail Information brochure  from following link (do save as): ***

Event record first posted on June 25, 2006, last modified on July 1, 2006

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