Programs
Check out the programs below and its flexibilities that can enhance and help you improve your expertise
Our Programs
01.
Integrated Program on Design Validation using Hyperworks
It is the primary objective of the course to provide an understanding of the field of FEM. Throughout this course, you will delve into and gain a deep understanding of the most crucial topics related to FEM. With our extensive and up-to-date course material , we ensure that you are always at the forefront of the latest developments in the field and you have valuable exposure to modern software tools.
02.
Finite Element Modeling using Hypermesh
It is the primary objective of the course to provide an understanding of the field of FEM, and equip the candidate with skills to prepare a finite element model on his/her own. In this course, you are going to learn about and understand the most important topics, with the extensive and up-to-date documentation you obtain valuable exposure to modern techniques.
03.
Finite Element Analysis using Optistruct
It is the primary objective of the course to provide an understanding of the field of Finite Element calculations. In this course, you are going to learn about and understand the most important topics related to design validation and understand the analyses procedures and interpreting results for design decisions.
04.
Course on Practical Machinery Design
It is the primary objective of the course to provide an understanding of the field of machinery design, and its practical aspects. In this course, you are going to learn about and understand the most important topics related to machinery design and understand the procedure followed in designing machines and parts.
Integrated Program on Design Validation using Hyperworks
Course Code: CAE001
Course Description:
With ever increasing requirements/demands for modern, sophisticated designs for equipment, vehicles, etc. the use of modern computer software tools have increased manifold in the past couple of decades.
The course provides an introduction to Finite Element Modeling and Analysis using Altair’s Hyperworks suite of software products. All important topics are covered in the course, enabling the candidate to have a head start in Computer Aided Engineering (CAE). Hypermesh is a general purpose pre-processing software, used to prepare finite element models for variety of calculation software such as Ansys, Abaqus, Nastran, Ls-Dyna, Pamcrash, Optistruct, etc. Optistruct is the leading analysis software to validate the designs using finite element analysis techniques.
The basic principles of FEM are explained with practical examples and the methods to prepare an FE model are taught in an interactive and effective manner. In addition, the fundamental concepts necessary to be an effective design engineer are taught in a refresher capsule.
During the second part of the program, an internship shall be offered by our industrial partners, with opportunity to work on more complex models/designs.
Communication is an important and effective part of being an engineer’s ability to participate in deliberations in an office environment. All aspects of communication such as Verbal, Written and Presentation are taught by experts to hone the manner, a candidate communicates his/her ideas.
Course Objectives:
It is the primary objective of the course to provide an understanding of the field of FEM. In this course, you are going to learn about and understand the most important topics, with the extensive and up-to-date documentation, you obtain a valuable exposure, to modern software tools.
Who Should Attend:
The program addresses mechanical/production/automotive engineers, who want to obtain an introduction to FEM. It is suited for novices in the field of Design Validation, such as fresh graduates, career changers, design engineers, project assistants, etc.
Course Contents:
- Refresher on engineering design fundamentals of Applied Mechanics, Mechanics of Materials and Machine Design. Application of the concepts in practical design scenarios.
- Finite Element Modeling using Hypermesh
- Analysis setup for different types of simulations
- Analysis using Optistruct
- Results verification and interpretation using Hyperview
Certification:
▶ Altair certification on Finite Element Modeling using Hypermesh
▶ Internship certification from industry partner
Finite Element Modeling using Hypermesh
Course Code: CAE002
Course Description:
With ever increasing requirements/demands for modern and sophisticated designs for equipment, vehicles, etc. the use of modern computer software tools have increased manifold in the past couple of decades.
The course provides an introduction to Finite Element Modeling (FEM) using Altair’s Hypermesh software. All important topics are covered in the course, enabling the candidate to have a head start in Computer Aided Engineering (CAE). Hypermesh is a general purpose pre-processing software, used to prepare finite element models for variety of calculation software such as Ansys, Abaqus, Nastran, Ls-Dyna, Pamcrash, Optistruct, etc.
The basic principles of FEM are explained with practical examples and the methods to prepare an FE model are taught in an interactive and effective manner.
Course Objectives:
It is the primary objective of the course to provide an understanding of the field of FEM, and equip the candidate with skills to prepare a finite element model on his/her own. In this course, you are going to learn about and understand the most important topics, with the extensive and up-to-date documentation you obtain valuable exposure to modern techniques.
Who Should Attend:
The program addresses mechanical/production/automotive engineers, who want to obtain an introduction to Hypermesh. It is suited for engineers in the field of Design Validation, such as, career changers, practicing design engineers, project assistants, etc.
Course Contents:
- Finite Element Modeling using Hypermesh
- Analysis setup for different types of simulations
- Analysis using Optistruct
- Results verification and interpretation using Hyperview
Certification:
▶ Altair certification on Finite Element Modeling using Hypermesh
▶ Internship certification from industry partner
Finite Element Analysis using Optistruct
Course Code: CAE003
Course Description:
With ever increasing requirements/demands for modern and sophisticated designs for equipment, vehicles, etc. the use of modern computer software tools have increased manifold in the past couple of decades.
The course provides an introduction to Finite Element Analysis (FEA) using Altair’s Optistruct software. All important topics are covered in the course, enabling the candidate to have a head start in Computer Aided Engineering (CAE). Optistruct is a general purpose finite element calculation software, used to predict part/system behavior under different load conditions, such as static, dynamic, vibration, impact, thermal, etc.
The basic principles of FEM are explained with practical examples and the methods to setup FE model for the specific calculation/analysis, are taught in an interactive and effective manner.
Course Objectives:
It is the primary objective of the course to provide an understanding of the field of Finite Element calculations. In this course, you are going to learn about and understand the most important topics related to design validation and understand the analyses procedures and interpreting results for design decisions.
Who Should Attend:
The program is aimed at design and development engineers, intending to validate their designs using Finite element analysis software. Engineers with exposure/experience with a FE pre-processing software such as Hypermesh will benefit.
Course Contents:
- Analysis setup for different types of simulations using Hypermesh
- Analysis using Optistruct > Linear Structural Analyses | Thermal analyses
- Results verification and interpretation using Hyperview
- CAE assumptions and limitations
Certification:
▶ Altair certification on Finite Element Analysis using Optistruct
▶ Internship certification from industry partner
Course on Practical Machinery Design
Course Code: CAD001
Course Description:
The course provides an introduction to practical machinery design through an example of a gear box design. All design concepts shall be covered during the design process. The candidates shall work on specifications, layout, parts design, material selection, housing design and other parts. They will layout the individual parts in an assembly and proportion the parts accordingly. As the final output, they shall create the assembly and individual part drawings of the gear box with a bill of materials.
All the basic principles of machine design are explained with practical examples and the methods to lay them out as per the required configuration, are taught in an interactive and effective manner.
Communication is an important and effective part of being an engineer’s ability to participate in deliberations in an office environment. All aspects of communication such as Verbal, Written and Presentation are taught by experts to hone the manner, a candidate communicates his/her ideas.
Course Objectives:
It is the primary objective of the course to provide an understanding of the field of machinery design, and its practical aspects. In this course, you are going to learn about and understand the most important topics related to machinery design and understand the procedure followed in designing machines and parts.
Who Should Attend:
The program is aimed at mechanical/production/automobile engineers, intending to pursue a career in engineering design and development of products. Engineers with sound knowledge in design fundamentals shall make good use of the course.
Course Contents:
- Specification of gear box, such as motor power, no. of speeds, etc.
- Design individual parts like, gears, shafts, casing, etc.
- Selection of standard parts like, Bearings, keys, etc.
- Drawings of Assembly and Parts, including Fits & Tolerances
- Parts list and Bill of Materials preparation
Certification:
▶ Certificate of Proficiency in Machine Design, on successful completion of the course.
Certification:
The following software training programs are certified by Altair
- Integrated Program on Design Validation using Hyperworks
- Finite Element Modeling using Hypermesh
- Finite Element Analysis using Optistruct
The following program(s) are certified by our Industry partners
- Course on Practical Machinery Design
Employment Facilitation
- 100% Placement assistance
- Recruitment by OEMs & Services Companies
- Opportunities at partner offices
- Tie-up with Manpower agencies
Placement Locations
- Coimbatore
- Chennai
- Bangalore
- Pune
- Hyderabad
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