Electrical Engineer

Roles & Responsibilities

• System Design & Integration
• Architect embedded control systems for robotics and automation platforms
• Integrate servo motors, sensors, actuators, and drive systems into cohesive units
• Firmware & Software Development
• Develop and optimize embedded firmware (C/C++/Python) for real-time control
• Implement communication protocols (CAN, SPI, I2C, UART, Modbus)
• Drive & Motion Control
• Design and tune motor control algorithms (PID, FOC, sensor less control)
• Configure and troubleshoot VFDs, servo drives, and stepper motor controllers
• Testing & Validation
• Conduct system-level testing, debugging, and performance validation
• Use oscilloscopes, logic analyzers, and simulation tools for diagnostics
• Project Leadership
• Lead cross-functional teams in product development cycles
• Collaborate with mechanical, software, and manufacturing teams
• Documentation & Compliance
• Maintain technical documentation, schematics, and BOMs
• Ensure compliance with safety standards (IEC, ISO, CE)

Technical Skill

• Embedded Systems - Microcontrollers (ARM, STM32, PIC), RTOS, Embedded C/C++.
• Motor Control - Servo motors, stepper motors, BLDC, VFDs, encoder feedback.
• Drive Systems - Drive tuning, motion profiles, torque/speed control.
• Hardware Design - PCB design (Altium, Eagle), analog/digital circuit design.
• Protocols - CAN, RS-485, SPI, I2C, Ethernet, Modbus.
• Tools - MATLAB/Simulink, LabVIEW, KiCad, JTAG, Logic Analyzer.
• Simulation & Modeling - Multisim, LTspice, Simulink for control system modeling.

Core Skillsets

• Control Systems Engineering - Deep understanding of control theory, feedback systems, and stability analysis.
• Embedded Firmware Development - Efficient coding practices for low-power, real-time systems.
• System Integration - Ability to merge hardware, firmware, and mechanical components seamlessly.
• Troubleshooting & Debugging - Strong analytical skills to isolate and resolve complex system issues.