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LAV KUSH Technical Assistant
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A passionate and technically proficient educator with a strong academic and practical background in Verilog HDL, Embedded Systems, and Antenna & Wave Propagation. With hands-on experience in digital design and hardware implementation, I specialize in simplifying complex engineering concepts for students through real-time demonstrations, interactive learning methods, and practical lab sessions.
I bring deep knowledge in HDL-based digital circuit design, including RTL modelling, simulation, and synthesis using Verilog. In the domain of Embedded Systems, I have worked extensively with microcontrollers (such as STM32, AVR, and ARM Cortex), interfacing protocols (UART, SPI, I2C), and real-time firmware development, enabling students to gain both theoretical and industry-oriented practical exposure.
My expertise in Antenna Theory and Wave Propagation is complemented by project experience in antenna design, simulation using tools like HFSS/CST, and hands-on work in signal propagation analysis for communication systems. I emphasize a strong foundation in electromagnetic principles, radiation patterns, and practical applications relevant to modern wireless systems.
Dedicated to academic excellence and skill-building, I focus on fostering critical thinking, innovation, and curiosity in students. I have also guided students in research projects, minor/major hardware-based implementations, and simulation-based learning, preparing them for careers in core electronics, defence, and embedded domains.
With a student-centric approach and a commitment to continuous learning, I aim to contribute meaningfully to academic institutions by delivering quality education that bridges the gap between theoretical learning and industry requirements.
I bring deep knowledge in HDL-based digital circuit design, including RTL modelling, simulation, and synthesis using Verilog. In the domain of Embedded Systems, I have worked extensively with microcontrollers (such as STM32, AVR, and ARM Cortex), interfacing protocols (UART, SPI, I2C), and real-time firmware development, enabling students to gain both theoretical and industry-oriented practical exposure.
My expertise in Antenna Theory and Wave Propagation is complemented by project experience in antenna design, simulation using tools like HFSS/CST, and hands-on work in signal propagation analysis for communication systems. I emphasize a strong foundation in electromagnetic principles, radiation patterns, and practical applications relevant to modern wireless systems.
Dedicated to academic excellence and skill-building, I focus on fostering critical thinking, innovation, and curiosity in students. I have also guided students in research projects, minor/major hardware-based implementations, and simulation-based learning, preparing them for careers in core electronics, defence, and embedded domains.
With a student-centric approach and a commitment to continuous learning, I aim to contribute meaningfully to academic institutions by delivering quality education that bridges the gap between theoretical learning and industry requirements.
Subjects
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Digital Circuit Design Beginner-Intermediate
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Micro processor and micro controller Beginner-Intermediate
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Antenna and Wave Propagation Beginner-Intermediate
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Digital design and Verilog HDL Beginner-Intermediate
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Embedded C and Microcontroller Beginner-Intermediate
Experience
No experience mentioned.
Education
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B.Tech (Nov, 2021–May, 2025) from Shri Mata Vaishno Devi University, katra
Fee details
₹600–2,000/hour (US$6.32–21.05/hour)
Fee will be fix. Only it will vary when you want to take classes on holidays
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Noida, Uttar Pradesh, India
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Can travel:
12.43 mi (20.0 km)
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- Last login: Jul 9, 2025
- Registered: Jul 6, 2025
- Total Teaching exp: 0.0 yrs.
- Teaches online: Yes
- Online Teaching exp: 0.0 yrs.
- Teaches at student's home: Yes
- Homework Help: Yes
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Gender: Male
- Works as: Individual teacher
- Speaks: English, Hindi
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Fee:₹600–2,000/hour(USD 6.32–21.05/hour)
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