Helping in the improvement of technical skills in the analysis and diagnosis of electric machines

Training/Courses

-Electric machine sizing
- Magnetic simulations using Finite Elements
-Prototyping and experimental testing

Workshops

- Trend in electric machine
- Introduction to electric machine design
-Off-line diagnostic technique in electric machine

Coming Soon

Venture into the dynamic world of electrical machines with our comprehensive selection of courses and workshops. Whether you’re an engineer looking to improve your design skills, a technician looking to master diagnostic techniques or a student seeking to explore the latest trends, our offerings adapt to all levels of experience. Our in-depth courses provide a solid theoretical and practical foundation, while our targeted workshops offer specific knowledge on specific areas of interest. Join us to expand your knowledge, improve your skills, and stay at the forefront of this exciting field.

COURSES AND TRAININGS

Electric machines are the beating heart of countless applications, from appliances to industrial robotics. Understanding how to size these machines correctly is essential for optimal performance, efficiency, and cost-effectiveness. This course will equip you with the knowledge and tools to design and select electric machines that meet the specific demands of your projects.

Course Objectives

  • Understand the principles of electric machine operation.
  • Evaluate the load profiles of various applications to determine the required machine specifications.
  • Calculate critical design parameters (torque, power, speed, efficiency, etc.)
  • Utilize sizing methods and software tools to select or design electric machines that match your requirements.
  • Explore optimization techniques for maximizing the machine performance.

Who Should Enroll

  • Engineers
  • Technicians
  • Students
  • Project Managers

Prerequisites

A basic understanding of magnetic and electrical circuits, mechanics, and calculus is recommended for this course.

 

Are you ready to unlock the secrets of electric machine sizing? Enroll today and take the first step towards becoming an expert in this critical field.

The principle of electromagnetism is present in almost every piece of equipment we use daily, from microwave ovens to medical devices. Mastering the art of simulating these fields is crucial for engineers and scientists across industries and academies. This course will empower you with the knowledge and skills to take advantage of the power of finite element analysis (FEA) to accurately model and predict magnetic behavior in complex systems.

Course Objectives

  • Understand the fundamental concepts of FEA and their application to magnetic field simulations.
  • Construct detailed finite element models of magnetic components and systems, incorporating materials, geometries, and boundary conditions.
  • Utilize FEA software to solve magnetic field problems, including static, transient, and nonlinear simulations.
  • Validate simulation results against experimental data and optimize designs to improve performance and efficiency.
  • Leverage your expertise to tackle real-world challenges (motor design, power magnetic components, etc.).

Who Should Enroll

  • Engineers
  • Scientists
  • Students
  • Professionals

Prerequisites

A basic understanding of electromagnetism, vector calculus, and numerical methods is recommended for this course. Familiarity with FEA software is helpful but not required.

 

Don’t miss this opportunity to become proficient in magnetic simulations using finite elements. Enroll now and unlock the power to design, analyze, and optimize magnetic systems with confidence.

Theory and simulation are invaluable, but nothing replaces the insights gained from building and testing physical prototypes. This course bridges the gap between design and prototyping, equipping you with the skills to transform concepts into tangible prototypes and evaluate their performance. This course will empower you to bring your ideas to life and refine them through hands-on experimentation.

Course Objectives

  • Understand the different types of prototypes, their purposes, and the appropriate stages for their use in the design process.
  • Choose suitable materials and fabrication techniques for creating prototypes, considering factors like cost, time constraints, and desired fidelity.
  • Develop and construct prototypes that effectively validate your design.
  • Plan and execute experimental tests to measure performance, identify weaknesses, and validate design assumptions.
  • Collect, analyze, and interpret experimental data to draw meaningful conclusions and inform design improvements.

Who Should Enroll

  • Engineers
  • Designers
  • Entrepreneurs
  • Postgraduate Students
  • Professionals

Prerequisites

A basic understanding of engineering design principles and some hands-on experience with tools and materials is beneficial but not strictly required.

 

Don’t just dream it, build it! Enroll in this course and gain the practical skills to turn your concepts into tangible prototypes and rigorously test them for real-world success.

WORKSHOPS

Electric machines are undergoing a rapid evolution, driven by advancements in materials, manufacturing techniques, and control systems. This workshop will further into the cutting-edge trends shaping the future of electric machines, exploring their impact on efficiency, performance, and sustainability. Join us for a dynamic and informative session where you’ll gain insights into the latest advances in electric machines.

Workshop Highlights

  • Emerging Technologies: Discover the most promising technologies transforming electric machine design, including novel topologies, advanced magnetic materials, novel cooling techniques, and lasted control technique advances.
  • Efficiency Optimization: Explore strategies for maximizing the efficiency of electric machines, from improved motor topologies to the proper material selection.
  • Power Density Advancements: Learn how new materials and design approaches are enabling more compact and lightweight electric machines with higher power density.
  • Sustainability Focus: Examine the role of electric machines in sustainable energy systems, including their applications in electric vehicles, renewable energy generation, and energy storage.
  • Real-World Applications: Gain insights into how these trends are being applied in real-world projects, from cutting-edge electric vehicles to aerospace application.
  • Interactive Discussions: Engage in lively discussions with industry experts and fellow participants, sharing ideas and exploring the potential impact of these trends on your field.

Who Should Enroll

  • Engineers
  • Researchers
  • Students
  • Industry Professionals

Format

The workshop will feature a combination of presentations, interactive discussions, and Q&A sessions. Participants will have the opportunity to network with industry experts and peers, fostering valuable connections and knowledge exchange.

 

Join us for this exciting workshop and stay ahead of the curve in the rapidly evolving world of electric machines. Register now to secure your spot and be part of the conversation shaping the future of this critical technology.

Electric machines are the foundation of modern technology, powering everything from electric vehicles to household appliances. This workshop will provide a comprehensive introduction to the principles and practices of electric machine design, showing you the process and giving you the basic knowledge to understand, analyze, and even design electrical machines.

Workshop Highlights

  • Core Concepts: Delve into the fundamental principles governing electric machine operation, including electromagnetic theory, energy conversion, and the interplay of electrical and mechanical parameters.
  • Machine Types: Explore the different types of electric machines, such as DC motors, induction motors, synchronous motors, and brushless DC motors, understanding their unique characteristics and applications.
  • Design Considerations: Learn about the key factors that influence electric machine design, including power requirements, efficiency, thermal management, and cost constraints.
  • Sizing and Selection: Discover how to determine the appropriate size and type of electric machine for a specific application, considering load profiles, duty cycles, and desired performance.
  • Materials and Construction: Gain insights into the materials used in electric machine construction, including magnetic materials, conductors, and insulators, and their impact on performance and reliability.
  • Hands-On Activities: Engage in interactive exercises and simulations to apply the concepts learned and reinforce your understanding of electric machine design principles.

Who Should Enroll

  • Engineers
  • Researchers
  • Students
  • Industry Professionals
  • Technicians

Format

The workshop will blend theoretical instruction with practical exercises, ensuring a well-rounded learning experience. Participants will have the opportunity to ask questions, interact with instructors and peers, and build a strong foundation in electric machine design.

 

Whether you’re a beginner or looking to refresh your knowledge, this workshop will provide you with the essential tools to embark on your journey into the fascinating world of electric machine design. Register today and unlock the potential of this transformative technology.

Ensuring the health and longevity of electric machines is paramount in today’s industrial landscape. This workshop dives deep into the world of off-line diagnostic techniques, providing you with the knowledge and skills to detect, analyze, and potentially prevent faults in electric machines before they lead to costly failures and downtime.

Workshop Highlights

  • Understanding Off-Line Diagnostics: Explore the principles and importance of off-line testing, where machines are de-energized for comprehensive analysis. Learn why it’s a crucial complement to online monitoring.
  • Key Diagnostic Methods: Gain hands-on experience with essential diagnostic techniques such as:
    • Insulation Resistance Testing: Assess the integrity of insulation systems to identify potential weaknesses and prevent breakdowns.
    • Winding Resistance Measurement: Detect winding imbalances, shorted turns, and other winding faults that can compromise performance.
    • Surge Comparison Testing: Pinpoint turn-to-turn insulation faults and other winding anomalies with high accuracy.
    • Partial Discharge Testing: Uncover early signs of insulation degradation caused by partial discharges, a precursor to major failures.
  • Data Interpretation: Learn how to interpret diagnostic test results, using them to assess the overall condition of the machine and make informed maintenance decisions.
  • Case Studies: Analyze real-world case studies to understand how off-line diagnostic techniques have been successfully applied to identify and rectify faults in various electric machines.

Who Should Enroll

  • Maintenance Engineers and Technicians
  • Testing and Diagnostics Professionals:
  • Reliability Engineers
  • Engineering Students and Graduates

Format

This workshop combines theoretical instruction with practical demonstrations and hands-on exercises, giving you a comprehensive understanding of off-line diagnostic techniques. You’ll have the opportunity to interact with experienced instructors, ask questions, and network with fellow professionals in the field.

 

Take your electric machine diagnostics expertise to the next level! Register today and gain the knowledge to proactively identify and address issues, ensuring the optimal performance and longevity of your critical assets.

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