Engineering Tutor from University of Engineering - Guitar, Electrical, Electronics

The session provided an introductory Python lesson where the Student learned to develop a basic "random guess" game. The Tutor guided the Student through fundamental Python commands for random number generation, user input, and conditional logic. Future sessions will build upon these basics by incorporating UI design for more complex game projects.

The Student and Tutor reviewed calculations for electrical energy consumption and then extensively covered identifying load current and selecting appropriate wire sizes based on electrical standards. They worked through a practical problem of designing electrical wiring for a house. For the next session, they planned to discuss magnetism, with the Student sending relevant topics.

Student and Tutor continued their study of digital systems, focusing on Boolean algebra and logic gates. They practiced simplifying Boolean expressions derived from logic circuits and designing circuits from given expressions, including the specific application of universal NAND and NOR gates. The Tutor assigned further practice problems on simplification, and the next session is planned to cover K-maps.

The Tutor and Student discussed AC circuits, covering power generation, distribution, and the role of transformers. They explored practical circuit testing using multimeters and calculated household electrical loads, introducing the concept of a diversity factor. The session concluded with the assignment of load calculation problems as homework and a plan to discuss cable sizing and electromagnetism in future classes.

The Tutor introduced Large Language Models (LLMs) and their transformer-based architecture, explaining the evolution from traditional NLP to transformer models with attention mechanisms. They demonstrated how to interact with LLMs using a platform like Groq, covering API usage, prompts, and parameters, and discussed challenges like hallucinations and solutions like RAG for industry-specific applications.

The class covered fundamental electrical circuit concepts, including Ohm's Law, series and parallel resistor combinations, and circuit problem-solving techniques. The student practiced calculating current, voltage, and resistance in various circuit configurations. Future sessions will explore capacitors, inductors, and advanced circuit analysis laws.