Real-World Electrical Engineering Case Studies
1. Auflage Juni 2026
352 Seiten, Hardcover
Wiley & Sons Ltd
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An eye-opening collection of case studies illustrating the real-world application of electronics, electrical, and computer engineering principles
In Real-World Electrical Engineering Case Studies, experienced engineer Palanichamy Manikandan delivers a collection of engineering case studies that illustrate the hands-on application of best engineering practices. Each standalone case study offers effective examples of solving difficult engineering problems in a unique setting.
The case studies included within follow a common, intuitively organized format. Each begins with a brief synopsis outlining the example's subdiscipline, industry, and stakeholders. It then moves on to discuss the case's background and technical details, followed by a succinct problem statement, a detailed analysis and solution, the real-world outcome and an evaluation of the attempted solution, and key takeaways and teaching notes for instructors.
Readers will also find:
* Proposed discussion questions, assignments, and activities for students
* Comprehensive explorations of relevant engineering principles, theories, and methodologies
* Practical discussions of the limitations of each case study and where its lessons should not be applied
* A useful tool to help bridge the gap between engineering theory and real-world practice
Perfect for professional engineers and engineering consultants, Real-World Electrical Engineering Case Studies will also benefit science journalists and communicators, researchers, academics, and entrepreneurs.
Part 1: Renewable Energies & Power Infrastructure
Chapter 1 BorWin2: HVDC Breakthrough for Offshore Wind
Chapter 2 GreenHyScale Denmark: Large-Scale Green Hydrogen Engineering
Chapter 3 DONG to Ørsted: Viking Longship Green Hydrogen Strategy
Chapter 4 First Solar's Cadmium Telluride Revolution: Disrupting Silicon Dominance
Chapter 5 Blacksmith to Smart Wind: Vestas' AI Transformation
Chapter 6 London Array: NEXANS' Subsea Cable Breakthrough
Chapter 7 Tesla's Approach to Grid-Scale Battery Storage
Part 2: Semiconductors, Circuits, & Connectivity
Chapter 8 TSMC's N3 Breakthrough: Beyond Moore's Law
Chapter 9 Nordic Semiconductor's Ultra Low Power Revolution: IoT Energy Trilemma
Chapter 10 Intel's 3D Transistor Stacking: Vertical Scaling Breakthrough
Chapter 11 AMD-NVIDIA GPU Revolution: Power and Performance Dominance
Chapter 12 Silicon Carbide Breakthrough: STMicroelectronics' EV Leadership
Chapter 13 Ericsson's 5G Infrastructure: Mobile to Connected Future
Chapter 14 Huawei's Autonomous Networks: AI Innovation Amid Global Tensions
Chapter 15 SpaceX Starlink: Revolutionizing Satellite Internet Through LEO Innovation
Appendix
Manikandan Palanichamy, PhD, is an Associate Professor at the Institute of Engineering, Østfold University College, Norway, with 20 years of expertise in engineering and technologies including green energy, IoT systems, and sensor networks. He combines cutting-edge research with 12+ years of post-doctoral teaching & research excellence, driving innovation in sustainable technology and smart engineering solutions.