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$
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I will do circuit design and custom simulation
Embedded Systems Engineer, IoT, PCB Design
I am an Embedded Systems Engineer with a Bachelor’s degree in Electronics and Communications Engineering, specializing in Embedded Systems Development, Firmware Engineering, and IoT Systems. I am expe...
About this Gig
Circuit Design & Simulation | Proteus, Tinkercad, Wokwi & Fritzing
I will help you design, simulate, and validate any Embedded Systems circuit or idea using professional simulation tools.
I will convert your concept into a validated, production-oriented simulation optimized for cost reduction and efficiency improvement.
️Supported Simulation Tools:
- Proteus 8 Professional
- Autodesk Tinkercad
- Wokwi
- Fritzing
What You Will Get:
- Fully working circuit design & simulation
- Source files of the simulation project
- High-quality screenshots of the circuit
- Simulation link (Tinkercad / Wokwi)
- Demonstration video explaining how the circuit works
- Clear explanation of connections and logic
Sensors & Actuators:
- Motion sensors
- Temperature & humidity sensors
- Smoke and gas detectors
- LCD, Seven-Segment, OLED, and TFT displays
- DC, Stepper, and Servo motors
- Keypads
- Buzzers and alarms
My Portfolio
Other Electronics Engineering Services I Offer
FAQ
What types of projects can you simulate?
I can simulate Arduino, ESP32, AVR, STM, PIC, and general embedded systems projects, including sensor interfacing, motor control, display integration, alarms, and automation systems. This includes temperature monitoring, motion detection, gas detection, motor drivers, and multi-sensor control logic.
Will I receive editable source files?
Yes. You will receive the complete editable simulation project files (Proteus / Fritzing) or shareable project links (Tinkercad / Wokwi), along with circuit schematics and all configuration details used in the simulation.
Can you optimize my circuit for real-world production?
Yes. I design simulations that account for practical component selection, power calculations, and efficiency considerations to ensure the circuit can transition from simulation to real hardware at reduced cost and improved reliability.
