I will do risc v programming and projects in assembly, c, and fpga implementation
About this Gig
I design microcontroller-based stepper and servo motor control systems with professional digital design and production-ready workflows. My services combine architecture planning, RTL design, and full FPGA implementation with clean assembly and optimized RISC-V firmware for real-time motion control, robotics, and automation.
I deliver complete RISC-V coding solutions for real products, including advanced RISC-V projects, optimized assembly, reliable C code, and high-performance FPGA RISC-V platforms. My workflow covers FPGA design, scalable projects, and modern embedded software using Embedded C, bare-metal RISC-V, and secure SoC integration.
You also get professional RTL design, Verilog & VHDL FPGA coding, and optimized CPU core design for motion control, sensing, and control loops. I support full microcontroller firmware, clean low-level C coding, and optional hardware acceleration blocks for fast control and signal processing.
Real-time motor control expertise (stepper & servo)
Production-ready digital design and verification
Clean, scalable, documented delivery
Services: custom stepper & servo control logic, FPGA + RISC-V firmware and drivers, control algorithms.
Platform:
FPGA
Sensors:
Ultrasonic
•
Camera
Other Electronics Engineering Services I Offer
FAQ
Can you design both stepper and servo motor control systems?
Yes. I design complete microcontroller and FPGA-based stepper and servo motor control systems with digital design, rtl design, and real-time firmware coding.
Do you support RISC-V and FPGA together in one project?
Yes. I deliver fpga riscv platforms using soc riscv, embedded riscv, baremetal riscv, riscv coding, riscv c code and riscv assembly when required.
What languages and design tools do you use?
I use verilog fpga, vhdl fpga, rtl design, low level c, embedded c, and assembly for firmware coding, cpu core design and control logic.
Will I receive full project files and documentation?
Yes. You receive fpga design files, firmware source, riscv projects, fpga projects, build scripts, and clear documentation for deployment.
Can you optimize performance with hardware acceleration?
Yes. I implement hardware accel blocks inside the fpga design to improve real-time motor control and overall system performance.

