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I will design pcb, embedded firmware, mechanisms, linkages, gears, actuators, kinematic
About this Gig
HELLO AND WELCOME!
A successful electromechanical system is more than a PCB and a motor. The mechanical transmission, actuator selection, linkage geometry, gear ratios, kinematic constraints and embedded control logic must work together to produce predictable motion.
What I Will Provide;
- Custom PCB and schematic design
- Embedded C/C++ firmware
- MCU and actuator control architecture
- Servo, DC, BLDC and stepper motor interfaces
- Motor-driver and power-control circuits
- Sensor and encoder integration
- PWM and closed-loop control
- UART, SPI, I2C, CAN and RS485 interfaces
- Custom mechanical mechanism design
Why Choose Me?
- Integrated mechatronics expertise
- Engineering-driven designs
- Precise kinematic analysis
- Custom actuator and gear solutions
- Prototype-ready designs
- Hardware and firmware integration
- Scalable architecture
- Clear technical documentation
Have a mechanism, robot, or electromechanical idea in mind? message now and lets turn it into a precise, working system from PCB and firmware to gears, actuators and motion!!.
FAQ
Can you design both the PCB and mechanical mechanism?
Yes. I can develop the electronics, embedded control and mechanical motion system as an integrated design.
Can you design gears and gear trains?
Yes. I can develop gear concepts, ratios and transmission arrangements based on your torque and speed requirements.
Can you design linkages?
Yes. I can design mechanisms such as four-bar linkages and other actuator-driven motion systems.
Can you perform kinematic analysis?
Yes. I can analyze displacement, motion relationships, range of motion and other kinematic requirements.
Can you work with servo and stepper motors?
Yes. I can design the electronics and control architecture around servo, stepper, DC and BLDC actuators.
Do you develop embedded firmware?
Yes. I can develop embedded C/C++ firmware for actuator control, sensors, PWM, communication and motion logic.
