Magnetics Workshop
Magnetics Bootcamp
Presented by Dr. Stan Trout, Spontaneous Materials
$550
Half Day - Beginner Course Only
February 13 - 8am
$550
Half Day - Advanced Course Only
February 13 - 1pm
$850
Full Day - Beginner Course + Advanced Course
February 13 - 8am & 1pm
Light lunch included in Full Day course
The Magnetics Bootcamp focuses on teaching you the basics of magnetics with an emphasis on
permanent magnets. If you need to understand magnets to do your job more efficiently, want to
understand the conference presentations you are about to hear, or are just new to the field, the
Magnetics Bootcamp is the perfect place to start. The course assumes little or no background in
magnetics. The Bootcamp covers all the essential fundamental magnetic concepts such as hysteresis, the nature of magnetism, units, magnet processing, and thermal effects.
Motor & Drives Workshop
Permanent Magnet Motor Design Course
Presented by Sumeet Singh, EMWorks
$550
Half Day Course
February 13 - 1pm
Welcome to our comprehensive course on Permanent Magnet Motor Design, where we invite you to master the intricacies of Permanent Magnet Synchronous Motors (PMSMs). This course has been thoughtfully crafted to equip engineers with the essential knowledge and skills required to design, analyze, and optimize permanent magnet motors for various applications. In a world rapidly moving towards electrification and clean energy solutions, understanding and excelling in this domain is more critical than ever.
What You Will Learn:
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Basics of PMSMs and their types: Understand the fundamental principles and the various types of Permanent Magnet Synchronous Motors, laying a strong foundation for more advanced concepts.
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Impact of steel core and magnet materials on motor performance: Delve into the critical role of materials in motor design, specifically the impact of steel core and magnet materials on performance and efficiency.
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Magnetic circuit analysis for motor design: Learn how to analyze and optimize the magnetic circuit, a crucial aspect of designing efficient PMSMs.
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Analytical modeling techniques for PMSMs: Master the art of analytical modeling, enabling accurate predictions and informed design decisions in motor development.
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Torque and power calculation methodologies: Gain insights into torque and power calculations, essential for assessing motor performance and suitability for specific applications.
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Losses and efficiency estimation in motor design: Understand various losses in motors and methods to estimate efficiency, a key consideration in achieving optimal motor performance.
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Drive strategies, including vector and direct torque control: Explore advanced drive strategies like vector and direct torque control, vital for precise motor control and optimal operation.
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2D and 3D Finite Element Analysis (FEA)-based simulations: Acquire hands-on experience in simulating motor designs using 2D and 3D FEA, a modern approach to motor design and analysis.