Camera Housing x 
Moovita Pte Ltd, 2020

Final Presented Concept.
Final Presented Concept.

Ideations and processes.

30) Reiterated CAD model of the camera's housing, Version 7. With the stand-offs, the capacitors and resistors are elevated, hence it will not be damaged when it is tighthen.
30) Reiterated CAD model of the camera's housing, Version 7. With the stand-offs, the capacitors and resistors are elevated, hence it will not be damaged when it is tighthen.
31) Reiterated CAD model of the stand-off, Version 7.
31) Reiterated CAD model of the stand-off, Version 7.
1) Camera housing's ideations and sketches.
1) Camera housing's ideations and sketches.
2) Camera housing's ideations and sketches.
2) Camera housing's ideations and sketches.
3) Camera housing's ideations and sketches.
3) Camera housing's ideations and sketches.
4) Camera housing's thumbnail ideations and sketches.
4) Camera housing's thumbnail ideations and sketches.
5) Ideations and sketches on using snapfits.
5) Ideations and sketches on using snapfits.
6) Ideations and sketches on using snapfits.
6) Ideations and sketches on using snapfits.
7) Camera housing's ideations and sketches.
7) Camera housing's ideations and sketches.
8) Camera housing's ideations and sketches.
8) Camera housing's ideations and sketches.
9) Camera housing's ideations and sketches.
9) Camera housing's ideations and sketches.
10) Constructed cardboard to visualize the camera housing's form.
10) Constructed cardboard to visualize the camera housing's form.
11) CAD model of the camera's housing, Version 1.
11) CAD model of the camera's housing, Version 1.
12) Cardboard model of Version 1.
12) Cardboard model of Version 1.
13) Reiterated CAD model, Version 2.
13) Reiterated CAD model, Version 2.
14) Reiterated CAD model, Version 3. Using threaded insert. This allows the bolts to be hidden, and keep the surfaces clean.
14) Reiterated CAD model, Version 3. Using threaded insert. This allows the bolts to be hidden, and keep the surfaces clean.
15) Reiterated CAD model, Version 4.
15) Reiterated CAD model, Version 4.
16) Reiterated CAD model, Version 4.
16) Reiterated CAD model, Version 4.
17) 3D Printed model, Version 4.
17) 3D Printed model, Version 4.
18) 3D Printed model, Version 4.
18) 3D Printed model, Version 4.
19) 3D Printed model, Version 4.
19) 3D Printed model, Version 4.
20) 3D Printed model, Version 4.
20) 3D Printed model, Version 4.
21) Reiterated CAD model of the camera's housing, Version 5.
21) Reiterated CAD model of the camera's housing, Version 5.
22) Reiterated CAD model of the camera's housing, Version 5.
22) Reiterated CAD model of the camera's housing, Version 5.
23) 3D Printed model, Version 5.
23) 3D Printed model, Version 5.
24) 3D Printed model, Version 5.
24) 3D Printed model, Version 5.
25) 3D Printed model, Version 5. Cable slot designed to be on the side as to prevent rain from entering the housing compared to Version 4.
25) 3D Printed model, Version 5. Cable slot designed to be on the side as to prevent rain from entering the housing compared to Version 4.
25) 3D Printed model, Version 5. Undercuts increases manufacturing and tooling cost.
25) 3D Printed model, Version 5. Undercuts increases manufacturing and tooling cost.
26) Reiterated CAD model of the camera's housing, Version 6.
26) Reiterated CAD model of the camera's housing, Version 6.
27) Reiterated CAD model of the camera's housing, Version 6.
27) Reiterated CAD model of the camera's housing, Version 6.
28) 3D Printed model, Version 6.
28) 3D Printed model, Version 6.
28) Reiterated CAD model of the camera's housing, Version 6. Capacitors and resistors touches the surface of the housing.
28) Reiterated CAD model of the camera's housing, Version 6. Capacitors and resistors touches the surface of the housing.
29) Reiterated CAD model of the camera's housing, Version 7.
29) Reiterated CAD model of the camera's housing, Version 7.
30) Reiterated CAD model of the camera's housing, Version 7. With the stand-offs, the capacitors and resistors are elevated, hence it will not be damaged when it is tighthen.
30) Reiterated CAD model of the camera's housing, Version 7. With the stand-offs, the capacitors and resistors are elevated, hence it will not be damaged when it is tighthen.
31) Reiterated CAD model of the stand-off, Version 7.
31) Reiterated CAD model of the stand-off, Version 7.
1) Camera housing's ideations and sketches.
1) Camera housing's ideations and sketches.
2) Camera housing's ideations and sketches.
2) Camera housing's ideations and sketches.

Established in 2016, Moovita Pte Ltd - A cutting-edge startup specializing in autonomous driving solutions for urban cities, achieved a significant milestone by being the first to deploy autonomous vehicles on public roads in Singapore.

During my internship with Moovita Pte Ltd, I was assigned the task of redesigning the side camera housing for the Company's autonomous vehicle (MoovitaPod). I was responsible for integrating a 4th camera affixed at an angle of 30 degrees, alongside the existing Perspective, Parking, and Bottom camera units.

To ensure manufacturability, assembly, and cost-effective tooling, the camera housing underwent multiple iterations. Working closely with the founders and engineers incorporating their feedback and making necessary adjustments throughout the design process.

Existing camera housing.

Final presented concept.