Automotive IIOT Application Engineer - Rooman Technologies

Automotive IIOT Application Engineer

Automotive IIOT Application Engineer - A fast track to the success.
100% Placement Assistance | 1000+ Hiring Partners
Rated 4.5 out of 5
7987 Learners Enrolled

Program Duration : 420 Hrs

At 15 - 20 hrs/week

Classroom Based

Learning format

Branches Across India

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About Program

An Automotive IIOT Application Engineer specializes in integrating Internet of Things (IoT) technologies with automotive systems. They design, develop, and optimize IoT solutions for vehicles, enhancing efficiency, safety, and connectivity. Skills include software development, data analysis, and knowledge of automotive systems and protocols like CAN bus and diagnostics.

Audience

  • B.E./ B.Tech. – Computer Science, IT, Electronics or equivalent
  • BCA, BSc Computer Science, MCA and MSc Computer Science
  • Working Professional in IT looking for upskilling

Key Benefits

  • Design and Integration Skills
  • Remote Monitoring and Control
  • Maintenance and Troubleshooting
  • Safety Practices
  • Resource Optimization
  • Effective Communication
  • Market Relevance

Course Curriculum

  • Responsibilities of an Automotive IIOT Application Engineer.
  • Job opportunities in the automobile industry.
  • Overview of Indian automobile manufacturing market.
  • Standards and procedures in automotive product design.
  • Health, safety, and security procedures.
  • Workplace risks and prevention.
  • Use of personal protective equipment.
  • 5S standards and emergency procedures.
  • Effective communication techniques.
  • Importance of communication in the workplace.
  • Methods for efficient information sharing.
  • Designing industrial IoT networks.
  • Network devices and protocols.
  • Network architecture and topology.
  • Integrating machines, robots, and systems.
  • Network protocols and topology.
  • Connecting automation elements using I/O Link.
  • Monitoring and controlling machines remotely.
  • IIOT edge devices for data collection.
  • Managing machine data and performance.
  • Maintenance of IIOT networks.
  • Troubleshooting network issues.
  • Analyzing machine alarms and reports
  • Introduction to UVM
  • Introduction to OVM
  • Need for File Interchange
  • GDS2 Stream
  • Caltech Intermediate Format (CIF)
  • Library Exchange Format (LEF)
  • Design Exchange Format (DEF)
  • Standard Delay Format (SDF)
  • DSPF
  • SPEF
  • Advance Library Format (ALE)
  • Waves Waveform and Vector Exchange
  • Specification
  • Physical Design Exchange Format
  • Open Access

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