ABOUT ME: I am an electrical/electronics engineer with vast experience in design and analysis of electronic circuits ranging from amplifiers, filters, oscillators, timing circuits, control circuits, and power converter circuits. Recently, I have accomplished the worst-case analysis of timing circuits, current monitors, synchronous buck converters, and linear voltage regulators (LDO). Additionally, I have also designed the circuits for the synchronous buck converter, PID controller, orthogonal filters, inductive sensor, and battery charge indicator. I have a bachelor's and master's degree in electronic engineering, and am completing my PhD in sustainable energy integration systems. SKILLS CIRCUIT ANALYSIS & DESIGN: general analysis and design of electrical and electronic circuits using the laws of circuit theory; worst-case performance analysis of analog and digital circuits, design of amplifiers, filters, controllers, and power converters. Verilog HDL and VHDL: proficient in programming simple to medium complexity digital systems. CONTROL SYSTEMS: expert on the design of analog and digital control systems. Also proficient with the implementation of digital control using microcontrollers like Arduino, STM32. DESIGN AND SIMULATION TOOLS: PSpice, LTspice, NI Multisim, Proteus, PSIM, MATLAB, and Logisim. DATA ANALYTICS: Proficient in exploratory data analysis (EDA), data visualization, and statistical analysis to uncover trends, patterns, and correlations within datasets using MS Excel or Google Sheets. Skilled in developing predictive models, classification algorithms, clustering techniques, and ML applications. PROGRAMMING: Advanced proficiency in MATLAB, R, SQL, and Python for data manipulation, analysis, and model development using popular libraries. SOME RECENT PROJECTS: 1. Worst-case analysis of synchronous buck converters based on TPS7H4003-sp (TI). 2. Worst-case analysis of the TPH7H1101 LDO circuit. 3. Worst case analysis of timing circuit 4. Classification Modeling of PV Faults Using Classification & Regression Trees (CART), SVM, and Logistic Regression (LR). 5. Aircraft Engine Fault Detection Analysis using PCA. 6. Customer Insignts using EDA for a Community Store 7. Weather forecast using regression timer series in R. LET US CONNECT: I am dedicated to delivering exceptional results and fostering long-term partnerships with clients. If you are looking for a skilled engineer to tackle your next project, feel free to reach out. Let's collaborate and turn your data into valuable insights and actionable solutions.