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UID:eventsphere-49739@www.knowafest.com
DTSTAMP:20261008T142530Z
DTSTART:20170907T183000Z
DTEND:20170908T182959Z
SUMMARY:Faculty Development Program on  Model Based System Design (solid th
 inking EMBEDDED)  in Engineering Applications
LOCATION:Karunya University\, Coimbatore
DESCRIPTION:<p>Proposing a new-generation faculty development program (FDP)
  which introduces the power of Model Based Design (MBD) concepts and a lea
 ding solution offered by solidThinking’s Embed. This FDP will introduce 
 the faculty to the modern-day system design engineering approach being wid
 ely adopted in the industry. The program will emphasize the relevance of m
 odel based system design and how it helps in simplifying design process\, 
 improves quality\, shortens development time\, lowers engineering cost\, a
 nd reduces rework. The program will also help the faculties to understand 
 how MBD based concepts can be incorporated into university curriculum and 
 its importance in training graduates to be skilled and ready for industry.
  Industry has greatly adopted MBD approach for the development of complex 
 engineering systems like Control Systems\, Avionics &amp\; Automotive\, Di
 gital Power Design\, Communication\, Process Control\, and Automation. MBD
  and control systems is a hot topic of research worldwide and has high dem
 and in the core engineering industries. solidThinking’s Embed is a compr
 ehensive MBD Tool from Altair\, an American MNC. With this well designed o
 ne-day faculty development program Altair intends to train-the-trainers in
  the benefits of MBD for design and analysis of system. This will involve 
 discussions extending from initial model generation\, different levels of 
 modeling (MIL\, SIL\, HIL) using sT Embed and finally to the deployment of
  a controller on a real-time target. The hands-on training will be done us
 ing a Texas Instruments hardware kit with a 32-bit processor with peripher
 als such as ADC\, PWM\, UART\, I2C\, GPIO etc. During the training\, facul
 ty will be familiarized with the entire MDB based development process from
  algorithm design to target code generation without sacrificing efficiency
  in design\, testing\, validation and optimization of the embedded system.
  The toolchain provides a common environment for design and development of
  multi-disciplinary embedded systems well suited for Electrical\, Electron
 ics &amp\; Communication\, Mechatronics\, Avionics and Automobile Engineer
 ing Department Labs.</p>
URL:https://www.knowafest.com/faculty-development-program-on-model-based-sy
 stem-design-solid-thinking-embedded-in-engineering-applications
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