Wireless Charging Technologies
Wireless Charging Technologies explores the engineering and application of systems to transmit power wirelessly for various devices and vehicles.
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e-LMS
Self Paced
Moderate
3 Months
About
This program delves into the principles and practices of wireless charging, including electromagnetic induction, resonant inductive coupling, and radio frequency (RF) based methods. Participants will learn to design, optimize, and implement wireless charging solutions for consumer electronics, electric vehicles, and industrial applications, considering efficiency, safety, and interoperability standards.
Aim
The aim of the Wireless Charging Technologies program is to develop skilled professionals who can innovate and deploy wireless charging solutions across various industries, enhancing power delivery systems for consumer electronics, electric vehicles, and industrial applications. This program emphasizes creating efficient, safe, and environmentally sustainable wireless charging infrastructures.
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Program Objectives
- Understand the scientific principles underlying wireless charging technologies.
- Explore different wireless charging techniques and their appropriate applications.
- Develop wireless charging systems for consumer electronics and automotive applications.
- Implement standards and protocols to ensure device compatibility and safety.
- Analyze market trends and user needs to guide product development.
- Evaluate the environmental impact of deploying wireless charging systems.
- Foster innovation in wireless technology and its integration into daily use.
- Navigate the regulatory landscape affecting wireless charging technologies.
- Promote the adoption of wireless charging through strategic industry partnerships.
Program Structure
Module 1: Fundamentals of Wireless Charging
- Section 1.1: Introduction to Wireless Charging
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- History and evolution of wireless power transfer
- Basic principles and mechanisms of wireless charging
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- Section 1.2: Types of Wireless Charging Technologies
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- Inductive, resonant, radio frequency (RF), and infrared methods
- Comparison of different technologies and their efficiency levels
Module 2: Inductive Charging Systems
- Section 2.1: Design and Operation of Inductive Chargers
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- Core components: coils, circuit design, and materials
- Electrical and magnetic principles underlying inductive coupling
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- Section 2.2: Applications of Inductive Charging
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- Consumer electronics (smartphones, wearables)
- Electric vehicles and industrial applications
Module 3: Resonant Charging Systems
- Section 3.1: Principles of Resonant Wireless Charging
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- Resonant circuits and frequency matching
- Advantages of resonant systems over inductive systems
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- Section 3.2: Design Challenges and Solutions
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- Managing coupling and alignment issues
- Optimizing efficiency and power transfer across distances
Module 4: Emerging Wireless Charging Technologies
- Section 4.1: RF and Infrared Wireless Charging
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- Theory and application of RF-based wireless charging
- Exploring the potential of infrared and optical charging methods
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- Section 4.2: Advanced Concepts and Future Technologies
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- Ultrasonic, laser, and hybrid charging technologies
- The cutting-edge research and experimental approaches
Module 5: Circuit Design for Wireless Chargers
- Section 5.1: Circuit Components and Layout
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- Designing circuits for power management and conversion
- Selection and optimization of circuit components
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- Section 5.2: Simulation and Modeling Tools
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- Software tools for circuit design and electromagnetic simulation
- Case studies on effective circuit design for wireless systems
Module 6: Safety and Standards in Wireless Charging
- Section 6.1: Safety Issues and Mitigation
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- Health risks and safety protocols in wireless power systems
- Methods for minimizing electromagnetic interference
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- Section 6.2: International Standards and Compliance
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- Overview of standards like Qi, AirFuel, etc.
- Regulatory challenges and market acceptance
Module 7: Integration of Wireless Charging in Various Domains
- Section 7.1: Automotive Applications
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- Integrating wireless charging in electric vehicles
- Infrastructure and public space charging solutions
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- Section 7.2: Industrial and Medical Applications
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- Wireless power in factory automation and robotics
- Wireless charging solutions for medical devices and implants
Module 8: Market Trends and Future Directions
- Section 8.1: Business and Economic Aspects
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- Analysis of the global market for wireless charging
- Investment, growth opportunities, and future market trends
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- Section 8.2: Innovations and Sustainability
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- The role of wireless charging in promoting sustainability
- Innovations driving the future of wireless charging technology
Participant’s Eligibility
- Electrical engineers specializing in wireless and power transmission technologies.
- Product developers and designers in consumer electronics and automotive sectors.
- Technology managers overseeing the development of charging solutions.
- Academics and students in electrical engineering, physics, and related disciplines.
- Professionals in automotive industries exploring electrification solutions.
- Start-up founders and entrepreneurs in tech innovation spaces.
- Standards developers and policy makers in technology regulation.
- Marketing and business strategists in technology-driven markets.
Program Outcomes
- System Design and Integration: Proficiency in designing wireless charging systems that integrate seamlessly with various devices.
- Electromagnetic Compatibility: Skills in ensuring that wireless systems operate without interfering with other electronic systems.
- Efficiency Optimization: Ability to optimize energy transfer efficiency for different charging distances and environments.
- Safety Protocols: Expertise in applying safety standards to protect users and devices.
- Market Analysis: Skills in evaluating consumer and industry trends to inform product strategies.
- Sustainability Assessment: Understanding the environmental considerations of implementing wireless technology.
- Project Management: Competence in leading projects from concept through to market launch.
- Regulatory Compliance: Knowledge of global standards and regulatory requirements for wireless charging.
- Innovative Problem Solving: Capability to innovate and solve technical challenges in wireless power transfer.
Fee Structure
Discounted Fee: INR 2999 USD 99
Batches
Certificate
Program Assessment
Certification to this program will be based on the evaluation of following assignment (s)/ examinations:
| Exam | Weightage |
|---|---|
| Mid Term Assignments | 20 % |
| Final Online Exam | 30 % |
| Project Report Submission (Includes Mandatory Paper Publication) | 50 % |
To study the printed/online course material, submit and clear, the mid term assignments, project work/research study (in completion of project work/research study, a final report must be submitted) and the online examination, you are allotted a 1-month period. You will be awarded a certificate, only after successful completion/ and clearance of all the aforesaid assignment(s) and examinations.
Program Deliverables
- Access to e-LMS
- Real Time Project for Dissertation
- Project Guidance
- Paper Publication Opportunity
- Self Assessment
- Final Examination
- e-Certification
- e-Marksheet
Future Career Prospects
- Leadership Roles in Product Innovation: Directing development projects for cutting-edge wireless charging products.
- Specialized Consulting: Offering expert advice on the integration and optimization of wireless charging technologies.
- Research and Development Leadership: Leading initiatives to advance the technology and application of wireless power.
- Entrepreneurial Ventures: Launching startups focused on wireless charging solutions.
- Global Project Coordination: Managing international collaborations to promote and standardize wireless charging.
- Academic and Teaching Positions: Educating on the principles and applications of wireless technologies.
- Public Sector Advisory Roles: Advising governmental bodies on technology adoption and regulation.
- Technical Training and Development: Conducting workshops and training programs on wireless charging systems.
- Strategic Market Positioning: Shaping business strategies to capture emerging opportunities in wireless technology markets.
Job Opportunities
- Wireless Charging Systems Engineer
- Electromagnetic Design Specialist
- Product Development Manager for Consumer Electronics
- Electric Vehicle Charging Solutions Developer
- RF Engineer
- Technology Integration Consultant
- Compliance and Safety Engineer
- Business Development Manager in Wireless Tech
- Sustainability Analyst in Power Technologies
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