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Car Design Course

Master Car Design in Mechanical Engineering

Build comprehensive automotive design expertise while mastering mechanical engineering principles for vehicle development. This comprehensive course combines mechanical engineering fundamentals with advanced automotive design concepts, preparing you for real-world automotive industry projects and professional certifications. Learn to create vehicle systems, design mechanical components, and develop engineering solutions required for automotive engineering professional roles.

What You Will Learn:

  • Automotive Design Foundations: Understand the fundamentals of automotive design principles, including vehicle dynamics, aerodynamics, and mechanical systems integration. Learn core automotive engineering concepts and modern design methodologies for efficient vehicle development.
  • Mechanical Systems Design: Master mechanical component design for automotive applications, including engine systems, transmission design, suspension systems, and drivetrain components. Create professional technical drawings and mechanical system layouts for vehicle manufacturing.
  • CAD and 3D Modeling: Gain proficiency in automotive CAD software for vehicle modeling, component design, and assembly creation for mechanical engineering applications. Learn to work with parametric modeling, surface design, and complex automotive geometry.
  • Vehicle Performance Analysis: Learn how to analyze vehicle performance, fuel efficiency, safety systems, structural integrity, and mechanical component optimization for automotive projects. Master stress analysis, thermal management, and mechanical system validation.
  • Design Tools and Manufacturing: Explore essential automotive design tools such as FEA analysis, CFD simulation, and manufacturing processes for efficient vehicle development. Get hands-on experience with industry-standard automotive engineering workflows.
  • Prototyping and Testing: Dive into vehicle prototyping, mechanical testing, and validation techniques for automotive engineering projects. Use advanced simulation tools for presenting design concepts and manufacturing documentation.
  • Automotive Engineering Portfolio: Apply your skills in real-world scenarios with hands-on automotive design projects. Develop a comprehensive capstone project that showcases your mastery of car design mechanical engineering practices.

Why Choose This Course:

  • Expert Instruction: Learn from certified automotive engineers and mechanical design experts who bring real-world experience and current industry knowledge to the classroom.
  • Hands-On Design Labs: Engage in interactive design exercises and practical automotive engineering project scenarios that reinforce your learning and provide practical automotive design experience.
  • Flexible Learning: Study at your own pace with lifetime access to all course materials, including video lectures, design software tutorials, and downloadable resources.
  • Comprehensive Automotive Curriculum: Cover all essential aspects of car design in mechanical engineering, from basic principles to advanced vehicle systems, ensuring a well-rounded understanding of automotive engineering design systems.
  • Automotive Engineering Community: Benefit from a supportive learning environment with access to the course forum, where you can discuss design techniques, share projects, and collaborate with fellow automotive engineering professionals.
Ideal For:
  • Beginners with no prior automotive design experience looking to start a career in automotive engineering or vehicle design.
  • Mechanical engineering professionals who want to transition into automotive design and learn advanced vehicle engineering concepts and automotive industry practices.
  • Automotive engineers and designers seeking to enhance their skills in modern car design tools, mechanical systems, or vehicle development techniques.
Enroll Today:
  • Take the first step towards mastering car design in mechanical engineering. Enroll now and start your journey to becoming a skilled automotive design professional!

This comprehensive car design in mechanical engineering course will provide you with the knowledge and hands-on experience needed to create professional automotive designs for various vehicle development projects. Join thousands of students who have successfully launched their automotive engineering careers with our expert-led training program.

Curriculum

Overview of Car Design: Understanding the scope, importance, and stages30:25🔒
History of Automotive Design: Evolution and key milestones25:40🔒
Design Process: Overview from concept to production20:15🔒

Design Philosophy: Understanding principles of form, function, and aesthetics35:15🔒
Ergonomics and Human Factors: Driver and passenger comfort28:40🔒
Safety and Compliance: Incorporating safety features and regulatory standards22:30🔒

Concept Sketching: Techniques for sketching initial car design concepts30:25🔒
Concept Models: Creating physical or digital models to explore ideas25:40🔒
Design Briefs: Developing and working from design briefs20:15🔒

Design Elements: Key elements of exterior design (body shape, grille, lights)30:25🔒
Surface Development: Techniques for developing smooth, aerodynamic surfaces25:40🔒
3D Modeling: Using CAD software (CATIA, Alias) for detailed 3D models35:30🔒

Interior Layout: Designing cabin layout and seating arrangements45:30🔒
Materials and Finishes: Choosing materials for interior components38:20🔒
User Interface: Designing driver's interface and infotainment systems42:15🔒

Basics of vehicle dynamics, including handling, stability, and ride comfort42:30🔒
Understanding different types of powertrains (internal combustion, electric, hybrid)38:45🔒
Designing the vehicle's structure for strength, safety, and crashworthiness35:20🔒

Understanding crash safety standards and regulations worldwide45:30🔒
Safety features design (airbags, crumple zones, restraint systems)40:15🔒
Environmental regulations and emission standards36:45🔒

Overview of automotive manufacturing processes and production lines48:20🔒
Material selection for different car components35:45🔒
Quality control and testing procedures42:30🔒

Emerging trends in automotive design and technology45:20🔒
Electric and autonomous vehicle design considerations38:45🔒
Sustainable design practices and eco-friendly materials42:30🔒

Overview of automotive design and its history35:30🔒
Car design processes and methodologies40:45🔒
Understanding vehicle types and classifications28:15🔒
Basic automotive terminology and components32:20🔒

Basic vehicle dynamics (handling, stability, and performance)45:45🔒
Introduction to automotive systems (powertrain, chassis, suspension, steering)38:20🔒
Basic principles of aerodynamics and their impact on vehicle design42:30🔒
Introduction to materials used in car manufacturing (metals, composites, plastics)35:15🔒

Basics of automotive sketching and ideation42:20🔒
Introduction to car aesthetics and ergonomics38:15🔒
Designing vehicle exteriors and interiors46:45🔒
Understanding human factors and user experience in car design35:30🔒

Introduction to CAD software (AutoCAD, SolidWorks, CATIA)45:30🔒
Creating basic vehicle models and components38:15🔒
Understanding 2D and 3D modeling techniques42:15🔒
Introduction to rendering and visualization35:45🔒

In-depth study of vehicle dynamics (cornering, braking, suspension systems)52:15🔒
Simulation and analysis of vehicle behavior45:40🔒
Understanding tire characteristics and their effects on performance38:20🔒
Advanced aerodynamics and CFD (Computational Fluid Dynamics) applications48:35🔒

Design principles of engines, transmissions, and drivetrains55:30🔒
Performance metrics and tuning (power, torque, fuel efficiency)42:25🔒
Hybrid and electric powertrains48:15🔒
Advanced emission control technologies35:50🔒

Vehicle safety standards and regulations43:15🔒
Designing for crashworthiness and occupant protection50:30🔒
Advanced safety systems (airbags, ABS, ESC)38:45🔒
Testing and validation of safety features45:20🔒

Designing ergonomic interiors and controls46:45🔒
Material selection for interior components40:20🔒
Designing for comfort and usability35:35🔒
Integration of infotainment and connectivity systems42:50🔒

Advanced CAD modeling and assemblies52:25🔒
Finite Element Analysis (FEA) for structural analysis48:15🔒
Advanced CFD for aerodynamic design45:50🔒
Integration of CAD and CAE in the design process40:30🔒

Techniques for building and testing prototypes55:30🔒
Rapid prototyping methods (3D printing, CNC machining)42:15🔒
Vehicle testing methods (dynamic, durability, performance)48:40🔒
Analyzing test data and iterating design38:25🔒

Design and integration of automotive electronics50:20🔒
Advanced control systems (ECUs, CAN bus)46:35🔒
Introduction to autonomous driving technologies52:15🔒
Infotainment and connectivity system design44:50🔒

Sustainable materials and green manufacturing processes47:20🔒
Electric vehicles and alternative propulsion systems54:30🔒
Future trends in automotive design (autonomous vehicles, smart technologies)49:45🔒
Designing for recyclability and environmental impact42:15🔒
Price
From

₹3500

Courses Title
Web Development
Lessons
16 Videos
Language
English
Course Level
Beginner
Reviews
4.7(5.5k)
Quizzes
08
Duration
7 Weeks
Students
2.5k
Certifications
Yes
Pass Percentage
88%
Deadline
01 Jun, 2024
Instructor
Denial Lie
See All Reviews
FAQs

The course duration is of 2 months & some course may extend to 3 months

Yes at the end of the course completion you will get certificates.

ABCPanda team will arrange a doubt clearance session accordingly.

Yes, for Recorded sessions & Live sessions access would be 1 year

No our mentors will teach from basic. If you have experience, it would add an advantage.