SANJAY BHATIA

• Design and deliver courses on electronics fundamentals, including circuits, microcontrollers, and embedded systems, integrated with AI applications like predictive modeling and intelligent systems.
• Develop AI-focused electronics curriculum, covering topics like IoT with AI, robotics, machine learning (ML) applications in hardware, and smart systems.
• Provide hands-on training using hardware platforms like Arduino, Raspberry Pi, and AI tools such as TensorFlow, PyTorch, and MATLAB.
• Guide students on integrating AI algorithms with electronic systems for automation and optimization.
• Conduct labs to teach real-time implementation of AI models on embedded hardware platforms like NVIDIA Jetson, ESP32, and ARM Cortex.
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• Hardware design (analog/digital circuits), PCB layout (Altium, Eagle) Prototyping, Embedded systems (ARM, ESP32), Troubleshooting and debugging hardware-software integration issues
• Experience in IoT device development, creating design documentation, and collaborating on hardware optimization projects
• Mobile testing (Airtel, Vodafone), Calls, VoWiFi, Field testing in live LTE Network ,Worked for Zebra and Microsoft devices on LTE and 5G handsets for Indian operators
• Good Knowledge of Mobile testing in India with Airtel and Vodafone
• Experience in device testing for Indian operators; activities include Device flashing, Lab environment device testing, Sanity testing, Functional testing, Performance testing, Regression Testing, Finding defects, and Log analysis
• Raising defects and tracking defects with the R&D team for quick fixes
• Research and development in telecommunications, IoT, and LTE/5G systems
  Data analysis, Experimental testing,Collaborating with industry professionals to publish findings and present in conferences

• Design and deliver engaging lessons on electronics concepts, including circuits, microcontrollers, and signal processing, using modern teaching methodologies
• Utilize tools like simulation software, 3D modeling, and hardware kits (e.g., Arduino, Raspberry Pi) to enhance learning outcomes.
• Maintain a structured and inclusive learning environment, ensuring safety protocols are followed during lab activities.
• Conduct practical labs and demonstrations, guiding students in assembling, testing, and troubleshooting electronic systems.
• Organized after-school tutoring sessions for struggling students, leading them toward increased comprehension of electronic concepts.

GPA: 3.84/4

GPA: 3.57/4

GPA: 6.1/10