PROJECT / 03

SI PUBER

Mobile Air Quality Monitoring System and Instrument

YEAR
2024—2025
FUNDING / PARTNER
BRIN · Mayor of Semarang
STATUS
Field Deployed
MY ROLE
Product Manager & R&D Specialist, BRIN
INSTRUMENTATION IOT AIR QUALITY FIELD DEPLOYMENT
FIELD DEPLOYMENT PHOTO — TRANS SEMARANG
01 / THE PROBLEM

Detailed problem statement not yet documented — TBD.

02 / USERS & STAKEHOLDERS

Not yet documented — TBD.

03 / THE SOLUTION

A mobile air-quality monitoring system and instrument, built for real-world observation of air quality conditions across metropolitan environments.

04 / KEY FEATURES

Detailed feature list not yet documented — TBD.

05 / MY ROLE

Contributed as part of BRIN's MBKM Batch 3 Product Manager & R&D Specialist role, leading Air Quality Monitoring work and supporting patent development. Specific individual-contribution detail on SI PUBER — TBD.

06 / SYSTEM ARCHITECTURE
Physical Environment Sensors Edge Connectivity Backend Interface / Control

Exact hardware/software architecture not yet documented — TBD.

07 / ENGINEERING CHALLENGES

Not yet documented — TBD.

08 / TECHNOLOGY CHOICES

Specific technology choices not yet documented — TBD.

09 / IMPACT

Implemented on Trans Semarang for air-quality monitoring across Semarang City — a field-deployment milestone connecting the instrument to real municipal operations.

10 / PROJECT STATUS

Field Deployed

11 / TEAM & COLLABORATION

National Research and Innovation Agency (BRIN), with implementation support from the Mayor of Semarang.

Team size and detailed collaboration structure — TBD.

12 / RECOGNITION & EVIDENCE
Published research linked to this project
Advancing Air Quality Monitoring Systems Towards Sustainable Green Development: Insight for Metropolitan Cities in Indonesia
Environmental and Sustainability Indicators, 2025
13 / PROJECT GALLERY

Assets pending — TBD.

14 / LINKS

Live demo, GitHub, and media links — TBD.