

Electronics Engineering professional skilled in systematic analysis and process optimization, seeking to transition into advanced academic research. Combines hands-on project experience in embedded systems and hardware design with a professional background in technical risk assessment and systems auditing. Aiming to contribute a unique, analytical perspective to a Master's program in Engineering.
Systems Analysis & Optimization
Technical Compliance & Standards
Designed and implemented high-accuracy current and voltage measurement circuits to meet specific data acquisition needs. Applied principles of signal conditioning through component selection (shunt resistors, voltage dividers) and instrumentation amplifier configuration, successfully achieving precise measurements in varied operational environments.
Optimized supply chain processes through data analysis, contributing to a 35% increase in sales revenue by improving order fulfillment efficiency.
Assisted in inventory system management and logistics planning, applying systematic analysis to reduce bottlenecks and align stock levels with demand forecasts.
Developed project documentation and tracking tools, strengthening cross-functional coordination between sales, warehousing, and distribution teams.
Applied Dilux and AutoCAD to support engineering design projects, while performing technical analysis of surveillance product internals. Enhanced practical skills in project execution, problem-solving, and cross-functional communication within a technology development environment.
Python
Arduino
C
PCB design
Microcontroller Interfacing
VLSI Design
Risk Assessment
Technical Documentation
Spot Award – Best Performer 2025 (UBL)
Recognized as "Best Performer" for immediate and high-impact contributions, showcasing strong problem-solving skills, meticulous attention to detail, and the ability to excel in a rigorous technical environment from day one.
Engineered an embedded interface using ultrasonic sensors and Arduino to translate hand-position data into real-time computer commands. Developed the full signal processing pipeline, from distance measurement to USB HID emulation, demonstrating integration of hardware prototyping and software control logic.
Engineered a reliable control system featuring thermocouple sensing, relay-based actuation (via filament bulb load), and Arduino MEGA processing. Achieved stable setpoint regulation with real-time LCD feedback, prioritizing fail-safe operation and efficiency in a high-temperature environment.