Smart Building PCB Design

I'm looking for an experienced PCB designer to create a compact and production-ready PCB for a Smart Building Monitoring System. The system uses an Arduino UNO (ATmega328P), an ESP8266 (ESP-01), an SD card module, and several analog/digital sensors. The system is powered by two 18650 Li-ion batteries in series (3.7V) with a 2S BMS, stepped down using LM2596S (5V) and LM1117T-3.3 regulators.

Key Requirements:
Microcontroller: Arduino UNO (ATmega328P)
Wi-Fi Module: ESP8266 (ESP-01)

Sensors:
LDR (Light Sensor, analog)
PIR (Motion Sensor, digital interrupt)
DHT22 (Temp & Humidity Sensor)
KY-037 (Sound Sensor)
ACS712-5A (Current Sensor)

Modules:
SD Card Module (SPI: D10-D13)
Power Management:
2x 18650 batteries in series (3.7V)
2S BMS
LM2596S DC-DC Buck Converter
LM1117T-3.3V Linear Regulator
Voltage Divider for battery monitoring (to A2)

Indicators:
1x LED (D5 via 220Ω)
1x Passive Buzzer (D4)

Requirements:
Complete schematic diagram (Altium Designer preferred, EasyEDA accepted)
Fully routed 2-layer PCB layout
Optimized for compact size (100mm x 80mm max)
Clear component labeling and silkscreen with project name

Output files:
Schematic + PCB source files
Gerber files
BOM (Bill of Materials)
3D view (optional but preferred)

Ideal Skills and Experience:
- Proficiency in PCB design software
- Experience with Arduino and ESP8266
- Knowledge of sensor integration
- Familiarity with battery-powered circuit design
- Strong understanding of WiFi communication protocols

Please include relevant experience in your bids.

Deadline: Within 1 day
Communication: English or Arabic