Academic Foundations
My academic background combines Applied Physics & Instrumentation with Electronic Engineering (Embedded Systems), giving me a strong foundation in measurement science, sensor behaviour, signal integrity, and hardware–software integration. This dual perspective shapes how I approach engineering problems: with analytical depth, practical awareness, and a focus on building systems that perform reliably in real‑world conditions. It also supports my interest in automation, embedded design, and data‑driven system development.
Engineering Graduate
BSc Applied Physics & Instrumentation
MTU 2021-2025
Grounding in measurement systems, sensors, signal processing, automation, and analytical modelling. Developed a strong understanding of how physical systems behave and how to measure, analyse, and control them with precision.
BEng Hons Electronic Engineering (Embedded Systems)
ATU 2025 - 2026
Focused on microcontrollers, embedded C, communication protocols, real‑time systems, and hardware–software integration. Strengthened my ability to design, implement, and validate embedded systems that perform reliably in real‑world conditions.
Tools & Technologies
• Programming: C, Python, MATLAB, JavaScript
• Embedded Platforms: ESP32, STM32, Arduino
• Real‑Time Systems: FreeRTOS
• Automation & Control: ASCOM, PLC interfacing
• Sensing & Data: LiDAR data parsing, sensor integration, TCP data handling
• Software & Workflow: Git, VS Code, KiCad (if applicable), Jupyter, Linux basic
Technical Strengths Developed
• Measurement systems and sensor behaviour
• Signal processing, filtering, and modelling
• Embedded C and microcontroller architecture
• Real‑time systems and FreeRTOS fundamentals
• Communication protocols (UART, SPI, I2C, BLE, Wi‑Fi)
• Automation and control system fundamentals
• Data acquisition and system validation
• Python for analysis, simulation, and automation