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Raja Park : +91 9928033006 Pratap Nagar : +91 9928033044
Mechanical
index/Mechanical
AutoCAD Mehanical
It is mechanical design software used for manufacturing. AutoCAD Mechanical engineering design software which is used for manufacturing products for acceleration of mechanical CAD process in AutoCAD environment.
AutoCAD Mechanical draws the best of AutoCAD in the alignment of industry-specific libraries of tools and parts, making it a must learn for those who are involved in design and construction of the machinery.
Course Objectives
AutoCAD Mechanical course is designed to lend substantial benefits for the students who are involved in mechanical cad design. Also, the powerful drafting features of the tool can be efficient in other industry sectors as well.
Role in the Industry
The software allows designers and technicians for the creation of detailed 3D digital models of their work with complete information regarding dimensions, materials, and functionality of moving parts.
Course Highlights
The course covers right from the basics to the step-by-step production of mechanical drawings that form the basis of mechanical engineering design. The session on AutoCAD for Mechanical Engineers will cover:
• Navigating AutoCAD Mechanical Interface
• Structuring, reusing and editing mechanical data
• Managing layers and object properties
• Adding centerlines and holes
• Creating key geometry
• Annotating parts and subassemblies
• Creation of templates and data
• Placement of dimensions
• Differentiator
CADD Centre offers professional training in AutoCAD for mechanical engineers. The course is designed in such a way that students get prepared to be competent and employable. The right way of learning this powerful drafting tool is to attend AutoCAD Mechanical at CADD Centre.
Job Prospects
There are numerous career opportunities for those who are qualified with AutoCAD Mechanical. These candidates can work as AutoCAD Design Engineer, CAD Technician, and AutoCAD Draftsman in the field of Interior Design, Civil, Furniture, and Architecture Industry. Also, the candidates can take up contracts as a freelancer in industries where AutoCAD is required.
Pre-requisite
Who should be aiming for the course?
All the students who wish to learn AutoCAD from basic to advanced level, to start building the career with powerful design software.
Basic knowledge of mechanical drafting and working experience of the software will help in taking the learning’s ahead.
3 D Printing
3D printing refers to the manufacturing process that additively forms or creates a physical object from a digital design. There are various 3D printing technologies and materials, and all are based on the same principle that, a digital model is reshaped to the solid three-dimensional object by adding layer after the layer.
Course Objectives
This course will demonstrate on the working of 3D printer, showing what people make with it and examine the 3D printing ecosystem. 3D printing course will also explore the future of it and discuss on how it will revolutionize the world. Upon the completion of this course, students will have the solid understanding of 3D printing, its potential, and ability to print 3D designs.
Role in The Industry.
• In the manufacturing industry, it renders ability to reduce cost.
• In the aerospace industry, it creates lighter airplane part that is not possible in traditional methods.
• In the healthcare industry, it has the ability to develop orthopedic implants and prosthetics.
• In the retail sector, it creates complex shapes and geometry that is not possible with traditional manufacturing.
Course Highlights
In the process of equipping learners with the skills related to 3D printing, we have created a series that gives students an idea about the entire curriculum. At the end of this course, you will:
• Understand the design aspects of the 3D printable file.
• Know the process of consumer-level 3D printer.
• Be able to understand the FDM methodology.
• Know about 3D printing case studies.
• Be aware of materials available for consumer 3D printing.
Differentiator
Learning 3D printing from CADD Centre will support your objective in multiple ways. The training will give access to hands-on files and reference manuals and help in the advancing your skills from basic to advanced level. The certificate granted by CADD Centre will act as proof of your knowledge and competency with the subject.
Job Prospects
The demand for 3D printing and additive manufacturing is about to flourish globally. In the future, 3D printing has potential to grow about 30% by creating high-tech jobs and start-ups across fields such as scientific modeling, architecture, education etc.
Pre-requisite
Who should be aiming for this course?
It is suitable for students, professionals, managers, engineers, designers, and all those who want to enhance their skill set and find potential business opportunity.
ACADD V2020
In consideration to the growing AutoCAD users in the industries, CADD Centre brings up premium courses for the aspirants. ACADD V2020 courses are designed to make students understand the concepts that every AutoCAD user follow in the industry. Despite your engineering branch, the ACADD V2020 courses are recommended for students from Mechanical, Civil/Architects, and Electrical/Electronics.Â
Course Highlights
The course has been designed to make the learning process easy and optimized. Apart from the general curriculum, the course is packed with some attractive features:
Course Benefits
- Yes! The course has some special benefits attached to it.Â
- Mobile App for Interactive LearningÂ
- Stream Specific CurriculumÂ
- Tutorial Based LearningÂ
- Real-Time Project WorksheetsÂ
- Added with Industry Specific ToolsÂ
- Quick Command ReferencesÂ
In addition to it, students of ACADD V2020 can attend all the webinars and gets free access to the exclusive AutoCAD student helpline.Â
Course Duration.It’s an 80 hour program. And the best part? There are no pre-requisites; students from engineering diploma or from other professional courses can also apply for this course and reap benefits. Wait no more! Reach out to us by filling the form.
ANSYS Fluent
ANSYS Fluent is powerful computational fluid dynamics (CFD) software for optimizing product’s performance. Its broad physical modeling capabilities help model flow, turbulence, and heat transfer. Also, this tool models reaction for industrial applications such as airflow over an aircraft and automobile body, combustion in a furnace, oil flow, airflow over semiconductor systems, and much more. With ANSYS Fluent you have access to several fluid flow physics model, which help analyze your product with precision.
Course Objectives
This course will assist students and professionals to understand the theory behind engineering simulation solvers, which will help critically evaluate and analyze the final results. This knowledge of input values and result analysis will enhance productivity and performance. Overall, through this course, students will acquire expertise in the CFD analysis using ANSYS Fluent.
Role in the Industry.
- It is used in automotive vehicle engineering solutions
- It provides simulation solutions for materials and chemical processing
- ANSYS Fluent simulation software enables companies to design, verify, and deliver reliable equipment for drilling, production, transport, and refining.
- The software helps in engineering simulations for the construction industry
Course Highlights
- This course contains elaborated modules to help you master the skills of CFD using ANSYS Fluent. These modules are given below:
- Study of Fluid Flows
- Introduction to CFD
- Learning CFD Equations and Numerical Solution
- Meshing
- Geometry Creation in ICEM CFD
- Turbulence Modeling
- Learn boundary and cell conditions
- Study solver mathematics and Post Processing
- Design Optimization
DifferentiatorÂ
CADD Centre’s experienced faculty and training professionals will help you understand the fundamentals of ANSYS Fluent. Their expert guidance will help you master CFD. More so, the industrial affiliation of CADD Centre will support you to get your dream job. So in all case, it will be a win-win scenario for you.
Job Prospects
ANSYS Fluent finds implementation in several industries, such as aerospace and defense, automobile, construction, consumer goods, energy, materials and chemical processing, industrial equipment and manufacturing, semiconductor application, electronics applications, and much more. So, if you acquire mastery over this software, you will become eligible to enter any industry and to get a superior job.
Pre-requisiteÂ
Who should be aiming for the course?
This course is developed for engineers and designers who have a fundamental knowledge in fluid mechanics, and heat transfer and want to explore the career opportunities in the field of fluid modeling and CFD.
ANSYS Workbench
If you’ve ever come across a rocket launch, driven a car, operated computer or mobile phone then there are chances you have used a product that has a critical role in ANSYS.
ANSYS Mechanical is a finite element analysis tool that is widely used for analyzation and solving complex mechanical problems. The tool is efficient in predicting the behavior of the components in the manufacturing industry and real-world environments. ANSYS globally supports engineering simulation with the delivery of high-quality products developed in less time through the better information-based process.
Course Objectives
ANSYS training course aims to explain the basics of ANSYS, Finite Element Modeling (FEM), and Finite Element Analysis (FEA). The curve of learning will elevate from various stages, which includes pre-processor, solution, and post-processor. The course will also explain on ways to conduct advanced structural analysis that is also described in hands-on sessions.
Role in The Industry
The software is being used in wide range of industries to analyze various performance parameters such as signal integrity, electromagnetic interference, thermal issues, and mechanical failure.
Course Highlights
Students will extend their knowledge in the field of ANSYS. Upon the completion of the course, students will be able to:
• Validate the performance of products from all the manufacturing units.
• Simulate every structural aspect, including linear static analysis, of a single part of an elaborate assembly with hundreds of components interacting through contacts or relative motions.
• Perform fluid flow analysis to know the impact of fluid flows on your product while manufacturing and in real-world applications.
• Contribute to the success of products, product integrity, designing smart products, and reduced time-to-market.
• Differentiator
Students who are interested in engineering and product design, the ANSYS course will make the right choice for them. Also, those who wish to diligently perform Finite Element Analysis (FEA) of mechanical parts can take up this course.
Job Prospects
• ANSYS is world-class software in engineering simulation. The world’s most innovative companies make use of this software for creation of radically better products and sell it to their customers.
• So, it makes an excellent opportunity to learn the software, solve the most complex design challenges, brilliant engineer products, and fill the skill gap.
Pre-requisite
Why ANSYS in CADD Centre?
CADD Centre training for ANSYS will empower students to maximize return on the investment, enable them to produce better products. Our highly skilled professionals will extend their expertise to meet students learning and course requirements.
CATIA V5
CATIA V5 or Computer Aided Three Dimensional Application is a powerful 3D parametric solid modeling software developed by Dassault Systems. It enables the development of high-quality mechanical products. It allows users to design shapes with 3D sketching and visualization features. Most importantly, its engineering, design, and system engineering capabilities make it very useful for the product manufacturing industry.Â
Course Objectives
The course will help students and professionals alike to learn the implementation of solid modeling and get hands-on experience with the real world projects. This course is structured in a pedagogical sequence to cover the topics of part design, assembly, drafting, wireframe & surface, and Generative Sheet metal Design workbenches of CATIA V5.Â
Role in the Industry
• It is used in automotive and aerospace industry for product and tool designing.
• The unequaled process coverage of CATIA, along with the inherent associativity among all of its applications, shortens the time to market.
• CATIA's integrated analysis, simulation, synthesis, and optimization applications, support product engineering validation and ensure product quality and market acceptance.
Course Highlights
The course contains elaborated modules to help you master the skills of solid modeling using CATIA V5. These modules are given below:
• Assembly Modeling
• Mechanical Designing
• Shape Designing
• Analysis and Simulation
• AEC (Architecture, Engineering, and Construction) PLANT
• Machining
• Digital Mockup
• Machining Simulation
• Ergonomics Design and Analysis
DifferentiatorÂ
CADD Centre has experienced faculty and training professionals for CATIA training. The expert guidance by expert faculty of CADD Centre will help you master this tool. Additionally, the industrial affiliation of CADD Centre will support you to get your dream job.
Job Prospects
Innovation is the primary requirement of industry in the current time. And for innovating a product, a virtual design is essential as it validates the applicability of the product. Thus, for creating virtual models, CATIA professionals are required. It is the reason that automobile, aerospace, electronics, construction, shipbuilding and other industries are inviting certified CATIA professionals to join their team.
Pre-requisiteÂ
Who should be aiming for the course?
Mechanical/production/automobile engineers and industry professionals should take up this course to improve their understanding of 3D designs and solid modeling.
CATIA Kinematics
CATIA enables the creation of 3D parts, right from 3D sketches, composites, metals, or tooling parts for the definition of mechanical assemblies. The software brings in advanced technologies for mechanical surfacing and BIW. It provides a tool for the completion of product definition that includes functional tolerances and kinematics definition.
Course Objectives
The course of CATIA Kinematics will teach you on how to execute designing with the use of the existing assembly. Students will also learn about ways to simulate and examine the methods of clashes and perform kinematics analysis.
Role in the Industry
• CATIA Kinematics will allow the user to simulate the operation and analyze results of the mechanism.
• It will help engineering staff in manufacturing industries to evaluate movement of complex mechanism.
• The tool is famous for its feasibility, flexibility, functionality, and performance.
• Detection of newly automated collision
• CATIA can help in defining command laws on the mechanism and compute velocity and accelerations.
Course Highlights
The course is a mixture of presentation and tutorial and will enable students to get hands-on experience on CATIA Kinematics. Upon the completion of the course, the student will be able to:
• Understand and use of capabilities of CATIA Kinematics
• Work on the functions followed in the Kinematics workbench
• Define the mechanism using an existing assembly
• Simulate the mechanism
• Perform analysis of kinematics
• Analyze the mechanism for clashes
• Formulate the sequence of multiple mechanism
Differentiator
In the condition where industries are trying to match the expectation of the customers, a certified CATIA Kinematics candidate is one company can rely on. CADD Centre provides the required course learning’s so that the professionals can ring in more and more innovative products in the market.
Job Prospects
There are ample of job opportunities in the market for the CATIA designers. Since the company needs to create a virtual design for the product which is possible with leading CAD designing software. Therefore, there are many job openings for CATIA certified students such as CAD Engineer, Mechanical Designer (CATIA), Drafter, Design Intern, etc.
Pre-requisite
Who should be aiming for the course?
All the current and aspiring designers, design engineers who require performing kinematic analysis with assemblies.
Note: Students should have the basic knowledge of CATIA V5
GD&T
Geometric Dimensioning and Tolerancing or GD&T is an overarching symbolic language used in defining the geometry of mechanical parts. It comprises dimensions, symbols, definitions, rules, and conventions which illustrates the functional requirements of each feature of the design model. Precisely, GD & T is the exact language that helps mechanical engineers, fabricators, and designers to communicate regarding the design model.
Course Objectives
The course will help students and professionals understand the fundamentals of the GD&T language. It will guide them to comprehend Geometric Tolerance and will assist them in becoming a certified GD&T associate.
Role in the Industry
• GD&T is an international language that provides precise specification and solitary interpretation to ensure correlation with global design models.
• The datum features of GD & T provide extra tolerance.
• It facilitates and simplifies gaging requirements.
• It allows critical-to-function features of the mechanical parts.
Course Highlights
CADD Centre has designed efficient modules to help you master the skills of geometric tolerancing. Here are the modules:
• Differences between ASME and ISO Standards
• Practical problem solving with real-world examples
• Gauging Methods and Implications
• Explanation and Implication of using GD&T symbols
• Basic and Advanced GD&T Training
• Comprehensive Study-Material
Differentiator
CADD Centre has best faculty and training professionals with years of experience in GD&T language. Their expert guidance and the extended study-material will help you master this language. Additionally, the industrial affiliation of CADD Centre will support you to get a reputed and high-paid job.
Job Prospects
Understanding tolerancing is crucial for manufacturing and building product. Therefore, GD&T is widely used in automotive, aerospace, electronics, commercial design, and manufacturing industry. So, if you intend to become a certified GD&T associate, the job opportunities for you are endless.
Pre-requisite
Who should be aiming for the course?
Engineers, designers, toolmakers, inspectors, and project managers must take up this course to understand the fitting and assemblies of spare parts during manufacturing.
NX Nastran
NX NASTRAN or NASA Structural Analysis Program is a software developed for NASA engineers to help them perform structural analysis, which soon became popular in the production and manufacturing industry. This general purpose Finite Element Analysis (FEA) software offers simulation across multiple analysis types, such as linear and nonlinear stress, dynamics, and heat transfer. Precisely, this tool helps optimize the performance of existing designs and develop the unique product at a reduced cost.
Course Objectives
NX Nastran course is designed to provide students and professionals with the rudimentary knowledge of structural analysis. The trainees will learn linear and non-linear FEA, its applications and modeling techniques. Throughout this training, concepts are systematically introduced and reinforced to help trainees learn in a better way.
Role in the Industry
• NX Nastran’s parallel calculation performance of linear static analysis and engine value analysis help minimize the physical testing cost of rocket engines.
• It is a premium CAE tool which is used by manufacturers worldwide because of its critical engineering computations helps in design optimization.
• It is an industry standard for computer-aided analysis of stress, vibration, structural failure/durability, heat transfer, noise/acoustics, and aero elasticity, which makes it suitable for aerospace, defense, shipbuilding, automotive, and heavy machinery industries.
Course Highlights
This course contains elaborated modules to help you master the structural analysis skills of NX Nastran. These modules are given below:
• Introduction to NX Nastran
• Understand the fundamentals of Finite Element Analysis (FEA)
• Static Sequence Solutions
• Output Control
• Constraints and Load Types
• Linear and nonlinear analysis
• Buckling Analysis
• 1D, 2D and 3D Meshing
• Assembly FEM
Differentiator
CADD Centre’s training team possesses the right knowledge and expertise that can help you learn the fundamental and advanced features NX Nastran with ease. Their expert guidance will help you master the NX Nastran software. More so, the industrial affiliation of CADD Centre will support you to get your dream job.
Job Prospects
Aviation and aerospace, automobile, computer software, construction, mechanical or industrial engineering, shipbuilding, and other manufacturing industries use NX Nastran or structural analysis. Therefore, with a certification in NX Nastran, you will be eligible to get employed in these industries.
Pre-requisite
Who should be aiming for the course?
This course is intended for engineering students, designers, FEA analysts who have a keen interest in structural design and linear static analysis.
NX CAD
The Unigraphics NX which is owned by Siemens PLM software is an integrated and advanced CAD, CAE, and CAM solutions. The software is an integrated product design solution which streamlines and increase product development process for those engineers who are willing to deliver innovative product in a collaborative environment.
Course Objectives
The course aims the needs of students who will be using NX on a regular basis. In consideration of the beginner level and experienced, the pace and topics have been carefully planned.
Role in the Industry
• It works seamlessly with other CAD systems
• Capacity to deal with complex products
• Visual Analytics improves decision making
• Reduces development time by more than 30 percent
• Increases production of new products every year.
Course Highlights
The NX CAD is designed to advance the student and enhance their productivity curve. The course intends to increase the student’s skills, by teaching them essential course segments and accomplish the following:
• Open and examine NX models
• Create and edit basic assembly structures
• Create and edit drawings
• Use synchronous modeling
• Create component patterns
• Define revision identifier
• Apply top-down assembly modeling
• Manage assembly arrangements
Differentiator
Learning NX CAD from CADD Centre will support your objective in multiple ways. The certificate granted by CADD Centre will act as proof of your knowledge and competency with the software.
Job Prospects
Young and Dynamic engineers in NX CAD can grab the emerging opportunities and get placed under the team and contribute to the live projects.
Job profiles after the course completion are CAD Application Engineer, AutoCAD designers, Design & Development Manager, etc.
Pre-requisite
Who should be aiming for the course?
Designers, engineers, application programmers, CAD/CAM managers, and systems managers who want to learn and manage NX software.
Reverse Engineering
The reverse engineering technology helps in the creation of a three-dimensional virtual model of the physical part that already exists. With the use of reverse engineering, the manufacturers deconstruct system or product, evaluate, improve, or transform the information of obsolete design.
Course Objectives
The course will teach the students the different methods of importing, parsing, manipulating, and modifying 3D data. The course will also equip the students to analyze the structure, function, and operations of a product. The students will also learn the applications of computed tomography scanning, 3D optical scanning, digital archiving, class ‘A’ surfacing and much more.
Role in the Industry
• It strengthens existing features of products.
• Helps to analyze all the features of the competitor’s product.
• Identify the new avenues to enhance the features and performance of the product.
• Analyze the competitor’s products to develop a better product
• Course Highlights
The course at CADD Centre will help students and professionals master reverse engineering with the following features:
• 3D Scanner to scan/measure
• Scanning, importing, and processing of data
• Mesh processing
• Exporting mesh
• Creation of scans from mesh data
• Creating and editing curves from the scans
• Creating surface from curve geometry & editing them
• 3D modeling (CATIA Surfacing)
• Product analysis (CAE)
• Using 3D printer to create prototypes (3D printing)
Differentiator
Learning Reverse Engineering from CADD Centre will support your objective in multiple ways. Through our training, the professionals will gain hands-on experience with the references and software. Also, our course will help you master the skills of reverse engineering. Our certificate will act as a proof of your competency in reverse engineering.
Job Prospects
The demand for professionals possessing the knowledge of reverse engineering using CAD tools is high across various product manufacturing industries. The industries such as marine, aviation, automation, medicine, high precision and high quality have a special demand for such professionals.
Pre-requisite
Who should be aiming for the course?
Any individual who holds a diploma course or bachelor’s degree can aim for the course. The course is suitable for the engineering students.
SolidWorks Course
SOLIDWORKS is a software tool that is used right from the conceptualization of the design until the final manufacturing of the product. As the world's leading tool in designing, it supports interactive learning of 3D modeling. The implementation of such software can lend several benefits to the users, such as:Â
• Shortened Design CycleÂ
• Increased Productivity of Engineers and DesignerÂ
• Faster Deliver Innovative ProductsÂ
Course Objectives
The course aims to give students and professionals the essentials that is needed to become a certified SOLIDWORKS associate. The course will help individuals use the software with confidence and design/draft the next innovative thing.
Role in the Industry
• SOLIDWORKS is used internationally by millions of companiesÂ
• The software grants the designer, ability to import data, store it securely while maintaining flexibility and accessibilityÂ
• Designers and engineers categorize SOLIDWORKS as an innovative way to accept project challengesÂ
Course Highlights
CADD Centre helps students and professionals who have enrolled for the course on SOLIDWORKS, master in the following areas:Â
• CAD Modeling and Animation – To develop 3D, animated movie of product design
• Assembly Design – To design parts and assemble them
• Sheet Metal Design – To design parts which are to be fabricated with sheet metal
• Costing – To check the value of design against manufacturing cost
• Product Data Management – To repurpose design data in a safe manner
• Weldment Design – To model welded structures with standard structural membersÂ
• Tolerance Analysis - To analyze the tolerance level of each part individually and of parts when functioning collectively
• CAD Library – To turn up productivity by using CAD library
• Interference Check – To check how all the parts fit among themselves and operate according to the requirement
DifferentiatorÂ
• Learning SOLIDWORKS from CADD Centre will support your objective in multiple ways. The training will give access to hands on files and            reference manuals and help in the advancing your skills from basic to advanced level. The certificate granted by CADD Centre will act as proof of     your knowledge and competency with the software.
Job Prospects
The certified professional of SOLIDWORKS who has passed advanced skills examination can easily bag an excellent job in the market. Opportunities for fresher are available in many sectors dealing with product design, validation, and manufacturing.
Pre-requisiteÂ
Who should be aiming for the course?
For every mechanical engineer, the knowledge of 3D modeling is an add-on to his or her skills set.Â
SolidWorks Motion
SOLIDWORKS is a software tool that is used right from the conceptualization of the design until the final manufacturing of the product. As the world's leading tool in designing, it supports interactive learning of 3D modeling. The implementation of such software can lend several benefits to the users, such as:
• Shortened Design Cycle
• Increased Productivity of Engineers and Designer
• Faster Deliver Innovative Products
Course Objectives
The course aims to give students and professionals the essential that is needed to become a certified SOLIDWORKS associate. The course will help individuals use the software with confidence and design/draft the next innovative thing.
Role in the Industry
• SOLIDWORKS is used internationally by millions of companies
• The software grants the designer, ability to import data, store it securely while maintaining flexibility and accessibility
• Designers and engineers categorize SOLIDWORKS as an innovative way to accept project challenges
Course Highlights
CADD Centre helps students and professionals who have enrolled for the course on SOLIDWORKS, master in the following areas:
• CAD Modeling and Animation – To develop 3D, animated movie of product design
• Assembly Design – To design parts and assemble them
• Sheet Metal Design – To design parts which are to be fabricated with sheet metal
• Costing – To check the value of design against manufacturing cost
• Product Data Management – To repurpose design data in a safe manner
• Weldment Design – To model welded structures with standard structural members
• Tolerance Analysis - To analyze the tolerance level of each part individually and of parts when functioning collectively
• CAD Library – To turn up productivity by using CAD library
• Interference Check – To check how all the parts fit among themselves and operate according to the requirement
Differentiator
Learning SOLIDWORKS from CADD Centre will support your objective in multiple ways. The training will give access to hands on files and reference manuals and help in the advancing your skills from basic to advanced level. The certificate granted by CADD Centre will act as proof of your knowledge and competency with the software.
Job Prospects
The certified professional of SOLIDWORKS who has passed advanced skills examination can easily bag an excellent job in the market. Opportunities for fresher are available in many sectors dealing with product design, validation, and manufacturing.
Pre-requisite
Who should be aiming for the course?
For every mechanical engineer, the knowledge of 3D modeling is an add-on to his or her skills set.