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Course Catalog

Course bundles start at $299

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Electric Powertrain ECUs
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In this course you will be introduced to the critical components used in the Automotive Electric Powertrain domain, including more... working principles, basic functions, HW & SW details. Upon successful completion of the course, you should understand: 1. Basics of Electric Vehicle Components 2. Critical components used in an electric powertrain 3. Battery Management System ECU details 4. Electric Motor ECU details 5. DC-AC Inverter ( Traction Inverter ) ECU details 6. DC-DC Converter ECU details 7. On Board Charger ECU details

 8 hrs.    

None


Introduction to Types of Gears
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This course will guide the user about 1. Basic introduction to gears. 2. Construction, Working and Principles of gear pairs more.... 3. Types of Gears used in automobile. 4. Introduction to classification and specification of gears. 5. Variety of 3D gears used in different industrial applications. 6. Advantages & Disadvantages one over another. 7. Understand parametric modeling method in Creo. 8. At the end of this course user will be able to create 3D Gears in Creo.

 24 hrs 30 min.    

Any Diploma or Graduation in Engineering with good knowledge of basic skills of part modeling using Creo Parametric 4.0


Types of Gear Selector & Shifter Mechanisms in Automobiles
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This course will guide the user about 1. Basic introduction to gear selector & shifter mechanisms in automobiles. 2. Types more...of gear selector & shifter mechanisms used in automobile. 3. Details about parts used in gear selector & shifter mechanisms. 4. Detail about Construction & Working of gear selector & shifter mechanisms. 5. Details about different mounting based shift mechanisms. 6. Details about Type of arrangement based shift mechanisms.

 8 hrs.    

Any Diploma or Graduation in Engineering with good knowledge of basic skills of part modeling.


Fundamentals of Vehicle Design and Packaging
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The Fundamentals of Vehicle Design and Packaging course is intended to be a guide for individuals through the advanced concep more...t package development process. The main objective of the advanced concept is to develop form, proportion, and architecture that pushes beyond current boundaries. This course will cover functions and segments of automotive design, package ideation, size & proportion, occupant packaging, interiors & cargo, powertrains, wheels & tires, suspension & chassis, and bodies.

 2 hrs.    

None.


CATIA V5 Automotive Chassis Training
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This course is intended to allow you the opportunity to explore engine design fundamentals and learn what you can do to help more...during the machining process. You will also learn about exhaust, suspension, steering, and frame systems. Using real-world design problems presented by automotive manufacturers for case workers, you can put into practice your newfound knowledge.

 45 hrs.    

Candidates should be design engineers with an engineering degree / diploma or equivalent experience. To participate in all of the course, you need licenses for DMU Kinematics and GPS Structural Analysis. While not required, Generative Sheet Metal is also recommended.


CATIA V5 Automotive Essentials Training
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The Automotive Essentials course covers multiple areas of automotive design at an overview level. Users are introduced to cri more...tical advanced computer design concepts. The curriculum also introduces subsystems and then explains how to accommodate them in assembly design.

 30 hrs.    

Candidates should have a working CAD knowledge with a 75% or above CAD proficiency in Modeling, Free Form, Drafting and Assemblies. This proficiency is normally achieved in 80 hours of core CAD skill training or through direct work experience. Candidates must be able to create parametric models from drawings or written instructions.


CATIA V5 Automotive Interior Trim Training
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The interior trim of an automobile consists of many different types of parts ranging from seating to plastic parts. This cour more...se begins with an overview of the entire interior and then moves into focusing on the injected molded parts within the automobile. Candidates not only create features needed for plastic part design but they learn the process behind the design.

 26 hrs.    


CATIA V5 Automotive Structures Training
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The course explains how to create automotive structural parts within the body panels and assembly environment. We emphasize m more...odeling parts to fit within a limited space using existing geometry as the boundaries, and to design the parts to accommodate subsystems.

 16 hrs.    


CATIA V5 R21 Automotive Chassis (Spanish)
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El propósito de este curso es permitirle la oportunidad de explorar los fundamentos del diseño de motor y aprender lo qué pue more...de hacer para ayudar durante el proceso de fabricación. También aprenderá acerca de los sistemas de tubo de escape, suspensión, dirección y marco. Utilizando problemas diseño reales presentados por fabricantes automotrices para trabajadores sociales, usted puede poner en práctica su conocimiento recién descubierto.

 45 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


CATIA V5 R21 Automotive Essentials (Spanish)
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El curso de Conceptos Básicos Automotrices abarca múltiples áreas de diseño automotriz en un nivel de descripción general. Lo more...s usuarios son introducidos a conceptos de diseño computarizado avanzado crítico. El plan de estudios también introduce subsistemas y después explica cómo acomodarlos en el diseño de ensamble.

 30 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


CATIA V5 R21 Automotive Structures (Spanish)
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El curso explica cómo crear piezas estructurales automotrices dentro de los paneles del cuerpo y el entorno de ensamble. Hace more...mos énfasis en que las piezas de modelado encajen dentro de un espacio limitado utilizado geometría existente como los límites, y a diseñar piezas para acomodar subsistemas.

 16 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


NX 8 Automotive Chassis (Spanish)
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El propósito de este curso es permitirle la oportunidad de explorar los fundamentos del diseño de chasis y aprender lo qué pu more...ede hacer para ayudar durante el proceso de fabricación. También aprenderá más acerca de los sistemas de tubo de escape, suspensión, dirección y marco. Utilizando problemas diseño reales presentados por fabricantes automotrices para trabajadores sociales, usted pone en practica su conocimiento recién descubierto.

 45 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


NX 8 Automotive Structure - Body-In-White (Spanish)
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Este curso explica cómo crear piezas estructurales automotrices dentro de los paneles del cuerpo y el entorno de ensamble. Ha more...cemos énfasis en que las piezas de modelado encajen dentro de un espacio limitado utilizado geometría existente como los límites, y a diseñar piezas para acomodar subsistemas.

 16 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


NX 8.5 Automotive Essentials (Spanish)
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El curso de Conceptos Básicos Automotrices abarca múltiples áreas de diseño automotriz en un nivel de descripción general. Lo more...s usuarios son introducidos a conceptos de diseño avanzado crítico computarizado. El plan de estudios también introduce subsistemas y después explica cómo acomodarlos en el diseño de ensamble.

 30 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


NX Automotive Chassis Training
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This course is intended to allow you the opportunity to explore chassis design fundamentals and learn what you can do to help more... during the manufacturing process. You will also learn more about exhaust, suspension, steering, and frame systems. Using real-world design problems presented by automotive manufacturers for case workers, you put into practice your newfound knowledge.

 45 hrs.    

Candidates should be design engineers with an engineering degree or equivalent experience.


NX Automotive Essentials
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The Automotive Essesntials course covers multiple areas of automotive design at an overview level. Users are introduced to cr more...itical advanced computer design concepts. The curriculum also introduces subsystems and then explains how to accommodate them in assembly design.

 30 hrs.    

Candidates should be design engineers with an engineering degree or equivalent experience. Candidates should have a working CAD knowledge with a 75% or above CAD proficiency in Modeling, Free Form, Drafting and Assemblies. This proficiency is normally achieved in 80 hours of core CAD skill training or through direct work experience. Candidates must be able to create parametric models from drawings or written instructions


NX Automotive for PowerTrain (Spanish)
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Este curso le permite explorar los fundamentos de diseño del motor y aprender lo qué puede hacer para ayudar durante el proce more...so de manufactura, estos son los temas principales. También aprende más acerca de transmisiones, climatización, y operaciones del motor. Utilizando problemas diseño reales presentados por fabricantes automotrices para trabajadores sociales, usted pone en practica su conocimiento recién descubierto.

 40 hrs.    

Los candidatos deberán ser ingenieros de diseño con un grado de ingeniería o experiencia equivalente.


NX Automotive Powertrain Training
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This course allows you to explore engine design fundamentals and learn what you can do to help during the machining process a more...re the main topics. You also learn more about transmision, HVAC, and engine operations. Using real-world design problems presented by automotive manufacturers for case workers, you put into practice your newfound knowledge.

 43 hrs.    

Candidates should be design engineers with an engineering degree or equivalent experience.


NX Automotive Structures
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The course explains how to create automotive structural parts within the body panels and assembly environment. We emphasize m more...odeling parts to fit within a limited space using existing geometry as the boundaries, and to design the parts to accommodate subsystems.

 16 hrs.    

Candidates should be design engineers with an engineering degree or equivalent experience.


NX Introduction to Automotive: Body-in-White Design Process
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This course demonstrates the fundamentals of the creation of automotive Body-in-White (BIW) structures utilizing Siemens PLM more...tools. Common best practices are examined in order to create a typical BIW design from start to finish.

 48 hrs.    

NX 10 Essentials Learning Path or equivalent experience Basic Mechanical Engineering Knowledge