Empowering the Next Generation of Innovators
Advance your career with hands-on training in embedded systems, IoT, PCB design, wireless communication, power electronics, and more. Our modern courses, expert-led webinars, and YouTube content deliver practical skills using industry-standard tools—equipping you for success in today’s fast-moving tech world
What's Driving Modern
Technology Forward?
We will equip you with the skills and expertise that have revolutionized industries, and transformed the world rapidly to as we know it today, since the dawn of the 21st century
Our educational framework offers you critical skills that are driving the future of our modern world. Mastering these skills in demand with NMT Electronics will securing your future career in a rapidly evolving, tech-driven world. Companies are urgently seeking experts who can design cutting-edge products, solve complex challenges, and lead technological advancements.
Whether you’re launching a new career or enhancing your expertise, our hands-on courses, webinars, and tutorials give you the real-world experience you need to excel. This is your opportunity to gain the skills that will set you apart, boost your earning potential, and unlock high-demand career opportunities across the technology landscape.
Our Selection of In-Demand Skills
If there were four pillars powering the industry of modern electronics ..
We’ve handpicked these four core areas because they shape the world of technology and innovation. In Hardware Design, you'll learn how to design and manufacture everything from intricate circuit boards to robust enclosures, bringing your ideas to life. With Smart Automation, we’ll teach you to build the brains behind intelligent machines: programming embedded systems, designing robotics, and designing products that solve daily-life problems.
Our Internet of Things courses immerse you in the world of connected devices, where you'll master both software development and wireless communication to create smart, responsive technologies. And in Energy Systems, you’ll develop expertise in power electronics, crafting efficient solutions that fuel the future with sustainable and efficient energy management. These are the skills powering industries today, and the ones that will keep you ahead in tomorrow’s tech-driven world.
Building a Solid Foundation
for the Real World
Hands-on training that equips you with the skills and confidence to thrive in your engineering career
At NMT Electronics, our teaching philosophy is designed with the success of our students and their careers in mind. By prioritizing live sessions, we create an interactive and adaptive learning environment where students can ask questions, engage in discussions, and receive immediate feedback.
This not only keeps the course dynamic but ensures that students fully grasp the concepts in real-time, tailoring the learning experience to their unique needs. Our certification process is rooted in performance, as students must pass both theoretical exams and complete practical projects. This approach guarantees that graduates aren’t just knowledgeable—they can confidently apply what they’ve learned in real-world engineering scenarios.
Since engineering is fundamentally about solving real problems, we provide hands-on guidance throughout the learning phase, ensuring students build the expertise necessary to bring their projects to reality. By combining theory, practice, and mentorship, we equip our students with a well-rounded, practical education that positions them for long-term success in the rapidly evolving electronics field.
Blueprints of the Future
A visionary educational series exploring seven core technologies driving innovation in the 2020s and beyond. Each course offers a complete foundation—blending history, modern use, and future trends—to prepare learners for hands-on specialization and real-world impact in today’s tech landscape
Printed Circuit Boards
Master the art of creating and developing electronic systems from the ground up. Our courses teach you how to design, prototype, and manufacture everything from circuit boards to enclosures, giving you the practical skills needed to bring your ideas to life in the real world
The Complete Foundation in Modern PCB Design
Entry Level Course
Coming Soon
Course Type
- This course is fully live-online where students can engage in real-time with both the instructor and peers for a collaborative and entertaining learning experience
Instructor(s)
- A. Thiab, MSc in Electrical and Electronics Engineer, BSc in Computer Engineering, 8+ Years of Professional PCB Experience with Companies Worldwide
Schedule
- Total Course Hours: 40 Training Hours (30 hours of lectures and 10 hours for assignments / coursework)
- Session Time: 3 hours
- Sessions are held 2 to 3 times per week, based on a vote by students to accommodate their schedules
- Class sizes range from 6 to 14 students per course
Availability
- Course seats are not currently open for enrollment. Please check back for future dates and openings
Pricing:
- Base Seat Price: USD 100
- Discounts: Up to 50% discounts are available for qualifying students of eligibilities *
Additional Information:
- Please feel free to contact us at education@nmtelectronics.com for any questions
In this beginner's course, we'll guide you through the fundamentals of PCB design using KiCAD. Perfect for beginners, you'll learn how to create professional-quality printed circuit boards (PCBs) from scratch using KiCAD open-source EDA suite. From schematic capture to layout design and generating manufacturing files, you'll gain hands-on experience and essential skills to bring your electronic projects to life.
Module 1
Introduction: Course, PCB Design, and EDA Software
Module 2
Schematic Capture and Symbol Design
Module 3
Design Organization, Rules, ERC and DRC
Module 4
Libraries Management and Footprints Design
Module 5
Layout Design, Project Integration and Validation
Module 6
Project Outputs for Prototyping and Manufacturing
Module 7
Selected Introduction to Advanced Topics (Based on Student Vote)
Module 8
Coursework Examination and Evaluation
Finishing this course, the students are expected to achieve these key learning outcomes:
- PCB Design Fundamentals: Understand the key concepts behind printed circuit boards and their role in electronic systems
- Elementary Proficiency in KiCAD: Gain practical knowledge of KiCAD’s interface and essential tools for PCB design
- Schematic Creation and Management: Learn how to design, annotate, and organize electronic schematics, including custom components
- PCB Design Rules Implementation: Apply and validate design rules using Electrical and Design Rule Checking (ERC/DRC) tools
- Component Library Management: Master managing and creating custom component symbols and footprints.
- PCB Layout Design: Develop the ability to create and optimize PCB layouts, including trace routing and component placement
- PCB Generation for Manufacturing: Learn to generate manufacturing-ready files such as Gerber and drill files.
- Project Organization: Understand best practices for managing complex PCB design projects and integrating various components
- Introduction to Advanced PCB Topics: Get exposure to advanced concepts like multi-layer boards and signal integrity
- Career-Ready PCB Design Skills: Build a project portfolio and acquire practical, industry-standard PCB design skills applicable in electronics and hardware development roles
Target Students
- Target Audience: this course is designed for students or junior engineers pursuing or holding degrees in electrical engineering, electronics, or related fields. It is suitable for those who are in the final years of their undergraduate degree or who have completed a relevant diploma and want to deepen their practical understanding of advanced electronics concepts. Some high school students may find the course useful if they are already specialzing in electronics or relevant fields
- Goals: students should have a clear interest in hands-on electronics and be committed to completing both theoretical and project-based work. The course will guide students through practical project execution, so an eagerness to apply learned concepts is essential to be successful in further career
Equipment
- Personal Computer: a computer with at least a dual-core processor and 4GB RAM (Windows, macOS, or Linux) capable of running required software
- Internet: a stable internet connection to participate in the live, interactive sessions
- Hardware: Depending on the course modules, students may need access to basic electronics tools
- Software: Students may need to install simulation or design software, mainly KiCAD
Need help? You can always contact us at education@nmtelectronics.com
PCB for Power Applications
Specialization Course
Coming Soon
Course Type
- This course is fully live-online where students can engage in real-time with both the instructor and peers for a collaborative and entertaining learning experience
Instructor(s)
- A. Thiab, MSc in Electrical and Electronics Engineer, BSc in Computer Engineering, 8+ Years of Professional PCB Experience with Companies Worldwide
Schedule
- Total Course Hours: 30 Training Hours (20 hours of lectures and 10 hours for assignments / coursework)
- Session Time: 3 hours
- Sessions are held 2 to 3 times per week, based on a vote by students to accommodate their schedules
- Class sizes range from 6 to 14 students per course
Availability
- Course seats are not currently open for enrollment. Please check back for future dates and openings
Pricing:
- Base Seat Price: 150 USD
- Discounts: Up to 50% discounts are available for qualifying students of eligibilities *
Additional Information:
- Please feel free to contact us at education@nmtelectronics.com for any questions
In this specialization course, you'll delve into the essential techniques for designing high-power PCBs for power electronics applications. Through hands-on experience with a Flyback Converter project, you'll explore critical aspects like power topologies, schematic capture, advanced library management, and precise layout design. This course is crafted for those ready to elevate their PCB skills, focusing on post-design considerations such as EMI/EMR control and thermal analysis to ensure reliable, efficient, and safe high-power circuit designs.
Module 1
Introduction to Power Electronics and High-Power PCB Design
Module 2
Power Electronics Topologies and Conisderation
Module 3
Flyback Converter as a Sample Project
Module 4
Flyback Converter: Schematics and Advanced Library Management
Module 5
Flyback Converter: Layout and Outputs for Manufacturing
Module 6
Post-design Considerations: EMI/EMR and Heat Analysis
After completing this course, students are expected to achieve these key learning outcomes:
- Power Electronics Fundamentals: Understand the principles behind power electronics and their applications in high-power PCB design
- Proficiency in Power Electronics Topologies: Gain knowledge of different power converter topologies and design considerations
- Practical Experience with Flyback Converters: Develop hands-on experience designing a Flyback Converter, applying schematic creation, and advanced library management techniques
- Advanced Schematic and Library Management: Learn to organize complex schematics and manage custom component libraries for power electronics
- High-Power Layout Design and Manufacturing Preparation: Acquire skills to design optimized PCB layouts for power electronics and generate files ready for manufacturing
- Post-Design Analysis for EMI/EMR and Heat Management: Understand and apply techniques for analyzing and mitigating EMI/EMR and managing heat dissipation in high-power PCBs.
Target Students
- Target Audience: This course is designed for students, junior engineers, or working professionals with a background in electrical engineering, electronics, or related fields who are interested in power electronics and high-power PCB design. It is ideal for those with foundational PCB knowledge, looking to deepen their expertise in specialized, high-power applications
- Goals: Students should have a keen interest in designing and testing power electronic circuits, with a commitment to both theoretical learning and practical project-based work. A willingness to explore design challenges, manage project complexities, and focus on precise testing and analysis will be essential for successful completion
Equipment
- Personal Computer: A computer with at least a dual-core processor and 8GB RAM (Windows, macOS, or Linux) capable of running PCB design and simulation software
- Internet: A reliable internet connection for access to course materials, interactive sessions, and project resources
- Hardware: Depending on course requirements, access to basic electronics tools and test equipment (such as a multimeter or oscilloscope) may be recommended
- Software: Students may need to install PCB design software such as KiCAD or equivalent, along with any additional simulation tools required for power electronics analysis
Need help? You can always contact us at education@nmtelectronics.com
Digital Design and Semiconductors
Coming soon...
Energy and Power Systems
Coming soon...
Modern Wireless Communications
Coming soon...
Smart Embedded Automation
Coming soon...
Networked Intelligence
Coming soon...
Optical and Photonic Communications
Coming soon...
Hardware Security
Coming soon...