Technical Skills Learned
Core Circuitry
Developed an understanding of basic circuit analysis, including Ohm's Law, Kirchhoff's Laws, voltage, current, resistance, and power calculations through hands-on engineering projects
Digital Logic
Designed and analyzed basic digital logic circuits using Boolean algebra and common logic gates such as XOR, XNOR, AND, OR, and NOT.
Programming Fundamentals
Built a strong foundation in C++ and Python by learning variables, loops, functions, conditionals, input/output, and problem-solving techniques.
Data Structures
Implemented introductory data structures including arrays and linked lists while learning memory organization, traversal, insertion, and deletion operations.
Algorithm Development
Created simple algorithms for searching, data processing, user input validation, and recommendation systems while improving logical thinking and debugging skills.
Mathematical Analysis
Applied algebra, basic calculus, and engineering mathematics to analyze electrical circuits and solve computational problems.
Debugging & Testing
Learned systematic debugging techniques, tested program correctness, and validated user input to create reliable software applications.
Engineering Problem Solving
Applied classroom concepts to real-world engineering and programming projects while developing analytical thinking and structured solution design.