Zaid Ahmed

Mechatronics engineer focused on the design, modeling and optimization of intelligent electromechanical systems, integrating embedded firmware development, advanced control strategies, sensor-based automation, and sustainable energy technologies to deliver high-performance, reliable, and future-ready engineering solutions for industrial and smart product applications.

Parametric Mechanical Design & CAD Modelling

Two years of professional experience in SOLIDWORKS-based parametric modeling, assembly structuring, and tolerance-aware mechanical design, supporting efficient design iterations and product development.
Proficient in design validation through simulation tools, including stress analysis and motion studies, to enhance reliability and reduce development risk.

Microcontroller-based intelligence for smart electromechanical systems

Experience in embedded systems engineering involving micro controller-based system architecture, low-level firmware development, and hardware–software integration for control and automation applications.
Skilled in sensor fusion, actuator control, and embedded communication interfaces to support intelligent, real-time system behaviour.

Control-Oriented Programming & Algorithm Design

Strong foundation in programming for mechatronic systems, including algorithm development, control implementation, and simulation support for embedded and automation projects.
Skilled in translating engineering requirements into efficient, reliable code to support real-time system behaviour and design validation.