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Path Catalog
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This learning path equips automation engineers with the knowledge to apply electronics in industrial automation and control. It covers essential topics from basic electronics and embedded systems to PLCs, sensors, actuators, industrial communication, and control panels, emphasizing practical application and integration.
This learning path equips product designers with the engineering knowledge needed to design consumer electronic products. It covers embedded systems foundations, user interface design, power management, wireless connectivity, and cost optimization, with a focus on practical application.
This learning path equips RF engineers with the knowledge to design antennas for various electronic applications, covering electromagnetic fundamentals, antenna parameters, types, impedance matching, and practical design considerations.
This advanced professional learning path equips telecom engineers with a comprehensive understanding of telecommunication network architecture, covering switching, transmission, optical networks, protocols, and network management. It builds from foundational communication principles to advanced architectural concepts, emphasizing practical applications and cross-domain integration.
This learning path equips engineers and managers with the skills to plan, execute, and control electronic product development projects. It covers the product lifecycle, requirements management, scheduling, cost estimation, and risk management, with a focus on the unique challenges of hardware and firmware development.
This path guides engineers through the fundamentals and practical design of linear and switching power supplies. It covers key topologies (buck, boost, flyback), magnetics design, control loops, and practical implementation considerations, enabling learners to design robust power supplies for electronic equipment.
This path equips product engineers with the knowledge to design electronic products that comply with electromagnetic compatibility (EMC) standards. It covers EMC regulations, PCB layout, shielding, filtering, and grounding, grounded in the fundamentals of analog electronics and electromagnetics.
This learning path equips quality engineers with the knowledge and skills to design and execute functional, environmental, and reliability tests for electronic products, and to analyze failures to drive quality improvements. It covers essential electronics fundamentals, test methodologies, reliability principles, and failure analysis techniques.
This learning path equips engineers and technicians with the skills to design, fabricate, assemble, and test printed circuit boards. It covers essential electronics theory, schematic capture, layout, design rules, and manufacturing processes, culminating in functional prototypes.
This learning path equips students and professionals with the knowledge and skills to design electronic systems that address accessibility challenges. It covers fundamental electronics, sensing and actuation, embedded systems, and human-centered design principles, culminating in a capstone project that integrates these concepts into a practical assistive device.