The Air Initiatives
A Collaborative Program by Oizom
Objective of The Program

Establish long-term, meaningful partnerships with academic institutions worldwide

Co-create research opportunities, internships, and innovation platforms that advance environmental sustainability

Support skill development and provide real-world exposure for students tackling air quality challenges

Drive data-driven innovation in air pollution monitoring, analytics, and mitigation
Key Areas of Collaboration
Research & Development
Collaborative R&D; in areas like air quality, environmental health, sensor calibration, data analytics, and AI/ML in environmental monitoring.
Internships & Training
Industrial exposure through student internships, training programs, guest lectures, and hands-on experience with Oizom’s monitoring systems.
Joint Experiments
Co-develop and validate sensor technologies, perform field studies, and analyse real-time data to create impactful research outcomes.
Innovation Challenges & Hackathons
Participate in problem-solving competitions, challenges, and events to develop solutions for cleaner air.
Why Collaborate with Oizom?
Work with state-of-the-art air monitoring technology and real-time data
Receive technical mentorship and support from Oizom’s expert team
Get featured in joint publications, case studies, and conference presentations
Access opportunities for funded projects, grants, and industry recognition
Who Can Join?
Universities & Research Institutes
Environmental Science Students & Faculty
Engineering & Data Science Departments
Public Health and Urban Planning Researchers
Activities Carried Out by Oizom
Monitoring Historic Air
Year: July 2022 – Sept 2022The University of Milan’s Department of Chemistry monitors air quality in the historic Sanctuary of the Blessed Virgin of Saronno to protect its artistic heritage. With X Ear Pro Srl, Oizom Polludrone units are installed on the lantern and inside the chapel housing masterpieces by Corbetta, Luini, and Procaccini.
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Status: ✔ Completed
Study of Vertical variation in Air Quality
Year: Dec 2019 – March 2020Oizom, with an L.D. Engineering student, studied vertical air pollution in Ahmedabad (Dec 2019–Mar 2020). Using Polludrone, PM₂.₅, PM₁₀, CO, NO, and NO₂ were measured at ground, 7th, and 14th floors of five buildings. PM and NO were highest at ground level, while NO₂ peaked mid-level due to NO conversion, showing how height and urban conditions affect pollutant dispersion.
Link
Status: Completed
CEPT
Year: 2025Development of Fuzzy-Based Air Quality Health Index
Link
Status: Completed
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