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Generative AI for Automotive Engineers
Udemy MOOC / Non-credit 0

Generative AI for Automotive Engineers

About this course

This course, Generative AI for Automotive Engineers, is designed for professionals seeking to embed AI-powered prompt engineering into core automotive workflows—from concept to production. The course begins by exploring how Generative AI integrates with mechanical and automotive contexts, followed by identifying decision points that can be converted into effective prompt sequences. It delves into the role of language models in CAD, simulation, and diagnostics, and addresses the inherent limitations of LLMs in precision tasks—providing methods to mitigate those gaps through structured prompt design.The second part focuses on crafting high-impact engineering prompts. Learners will practice writing prompts for technical, tabular, and dimensional outputs, embedding parameters and constraints effectively, and using system prompts to simulate roles like AI co-designer or virtual inspector. Techniques such as clarification loops, verification prompts, and expansion prompts are introduced to enhance reliability and control. Moving into CAD applications, the course teaches how to generate concept sketches and constraint-based designs, automate Bill of Material creation, iterate lightweight EV components, and produce CAD-ready outputs with dimensions and tolerances.In the simulation section, students write prompts for boundary condition setups, crash scenario generation, and thermal or structural model interpretation. For diagnostics, the course trains learners to interpret OBD-II and CAN codes, build NLP-based fault trees, compose intelligent maintenance prompts, and design end-to-end diagnostic chains. Manufacturing support is covered through process sheet generation, torque and sequence prompts, tooling instructions, and preventive maintenance flows. Learners also tackle visual defect classification in painted or welded surfaces, prompt-based checklist creation, NCR and CAPA automation, and quality log generation. The course concludes with reporting prompts that convert logs and designs

B

69/100

CourseAsk score

What the provider tells you
45/45
Who stands behind it
8/35
How complete the listing is
16/20

Scores how much the provider publishes and who stands behind it — not how well it is taught.

What you'll learn

  • craft high-impact prompts for technical outputs
  • generate concept sketches and CAD outputs
  • interpret OBD-II and CAN codes for diagnostics
  • automate Bill of Material creation and preventive maintenance flows

Course objectives

  • embed AI in mechanical and automotive contexts
  • utilize structured prompt design to enhance precision
  • create prompts for simulations and manufacturing processes
Machine Learning Artificial Intelligence Mechanical Engineering #data interpretation #prompt engineering #generative ai #quality assurance #simulation #automated processes #EV components #cad design #fault diagnosis #obd-ii #can codes #engineering prompts #diagnostic chains #manufacturing support #visual defect classification
$24.99

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