Fixed-Price SolidWorks Design for 3D-Printable Tulip-Shaped Sensor Housing.

I am looking for a SolidWorks designer to create a 3D-printable protective housing for an Aqara Temperature & Humidity Sensor T1. The housing must be shaped like a tulip and consist of two parts with a bayonet/twist-lock closure. It will be used in a tulip bulb drying system with forced airflow, so airflow around the sensor is very important. This is a fixed-price project only. No hourly work. Required deliverables: - Native SolidWorks files (.SLDPRT / .SLDASM) - STEP files - STL files ready for 3D printing - 2D PDF drawing with key dimensions - One master parametric model - Label variants: Kas, Buiten, Wand 1–9, Rij 1–9 - Integrated hanging eye - Optimized airflow slots - Sensor clearance around Aqara T1 sensor, approx. 36 x 36 x 9 mm - Two-piece housing with bayonet twist-lock closure - Suitable for PLA/PETG printing - Wall thickness approx. 1.4–2.0 mm - Recommended clearance for twist-lock: 0.3–0.5 mm Important: - The sensor must not be enclosed too tightly. - Minimum open area around the sensor should be approx. 30%. - The housing may lie on top of a tulip bulb crate where air is blown through the bulbs. - Air must be able to pass from bottom/side to top. - Text on the housing must be Dutch: Kas, Buiten, Wand 1, Wand 2, etc., Rij 1, Rij 2, etc. Please include examples of previous SolidWorks work for 3D printing. Fixed price only, including at least 2 revision rounds.