You will get a design of Raspberry Pi environmental monitoring system with LCD
Project details
I will build a real Raspberry Pi monitoring system with sensors and LCD display ā ready for implementation.
Description
I will design and develop a complete environmental monitoring system using Raspberry Pi.
This system reads temperature, humidity, and atmospheric pressure using reliable sensors and displays the data in real-time on an LCD screen, as shown in the project image.
It is ideal for IoT applications, smart environments, agriculture monitoring, and educational purposes.
š¹ What you will receive:
Complete circuit diagram (Breadboard + wiring)
Fully working Python code
LCD display integration
Step-by-step setup guide
Support after delivery
š¹ Technologies used:
Raspberry Pi (GPIO / I2C)
Python
DHT sensor (Temperature & Humidity)
BMP280 (Pressure sensor)
LCD display
š¹ Important Note ā ļø
Hardware components are NOT included.
I provide design, code, and full guidance so you can build the system on your side.
š¹ Why choose me?
I specialize in embedded systems and IoT solutions using Raspberry Pi and ESP32.
I focus on building real, practical systems that work ā not just theoretical designs
Description
I will design and develop a complete environmental monitoring system using Raspberry Pi.
This system reads temperature, humidity, and atmospheric pressure using reliable sensors and displays the data in real-time on an LCD screen, as shown in the project image.
It is ideal for IoT applications, smart environments, agriculture monitoring, and educational purposes.
š¹ What you will receive:
Complete circuit diagram (Breadboard + wiring)
Fully working Python code
LCD display integration
Step-by-step setup guide
Support after delivery
š¹ Technologies used:
Raspberry Pi (GPIO / I2C)
Python
DHT sensor (Temperature & Humidity)
BMP280 (Pressure sensor)
LCD display
š¹ Important Note ā ļø
Hardware components are NOT included.
I provide design, code, and full guidance so you can build the system on your side.
š¹ Why choose me?
I specialize in embedded systems and IoT solutions using Raspberry Pi and ESP32.
I focus on building real, practical systems that work ā not just theoretical designs
What's included
| Service Tiers |
Starter
$25
|
Standard
$70
|
Advanced
$120
|
|---|---|---|---|
| Delivery Time | 3 days | 5 days | 7 days |
Number of Revisions | 1 | 2 | 3 |
Source Files |
Optional add-ons
You can add these on the next page.
Fast Delivery
+$15
Additional Revision
+$10
Video Explanation
(+ 1 Day)
+$15Frequently asked questions
About Hossam
( Control & Electrical ) engineer & designer
Ų§ŁŁŲ§ŁŲ±Ų©, EgyptĀ - 9:00 am local time
My expertise spans across various industries, including manufacturing, automation, energy, and construction, where I have successfully delivered innovative and reliable electrical solutions. Whether it's designing complex electrical schematics, developing control systems, or optimizing existing infrastructure, I bring a problem-solving mindset and a commitment to excellence.
Services I Offer:
- Control Systems Design: Creating customized control systems tailored to your project needs.
- Electrical Design & Drafting: Design of electrical circuits, panels, and layouts, ensuring safety and efficiency.
- Automation Solutions: Developing automated systems for manufacturing and industrial processes.
- Power Distribution & Protection Systems: Designing power distribution networks and protection schemes.
I am detail-oriented, committed to quality, and proficient with industry-standard tools and software, programming languages, and various simulation tools. I work closely with my clients to understand their specific requirements and provide cost-effective, high-performance solutions that meet or exceed expectations.
Let's collaborate on your next project and bring your electrical and control systems to life with precision and reliability!
Steps for completing your project
After purchasing the project, send requirements so Hossam can start the project.
Delivery time starts when Hossam receives requirements from you.
Hossam works on your project following the steps below.
Revisions may occur after the delivery date.
Requirements Review
I review your requirements, available components, and project goals before starting.
System Design
I create the circuit design and select the appropriate sensors and connections.