Aeroqual
Kyle Alberti is an accomplished engineering professional with extensive experience in hardware engineering and product management at Aeroqual Ltd since August 2015. In the role of Hardware Engineering Team Lead and Fixed Solutions Product Manager, contributions include overseeing hardware platform development and bridging market needs with engineering efforts. Previous positions at Aeroqual encompass Senior Project Engineer, focusing on handheld measurement instruments, and Senior Research Scientist, where hardware and software projects were spearheaded to enhance air quality monitoring capabilities. Earlier research experience includes serving as an Honorary Research Associate at The University of Auckland and conducting a PhD on tendon-derived constructs at Tufts University. Educational qualifications consist of a Doctor of Philosophy in Biomedical Engineering from Tufts University and a Bachelor of Science in Bioengineering from Syracuse University.
Aeroqual
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Every day, environmental, health and safety professionals are protecting people and planet from the impact of poor air. In this pursuit better data supports better decision making that leads to better health and productivity. Aeroqual's integrated monitoring and software systems make it easy to measure the air. Backed by industry-leading sensor technology, we deliver real-time data the professionals can trust. Since 2001 we've partnered with government, industry, researchers and consultants on thousands of projects in 70 countries on all seven continents. We're also collaborating with the U.S. EPA on a 5-year R&D project to accelerate air sensor technology into the future. Together we're working towards a world where the threat of air pollution is diminished and where people feel safe to take their next breath. We’ve invested in bespoke research, calibration and production facilities operating under ISO 9001:2015 to provide the best available sensor technology for you and your customers. We work with people who are experts in the field and are dedicated to the improvement of local and global environments. Sensors have many advantages over traditional measurement techniques. However, producing defensible and actionable air quality data from sensors requires unique skills, experience and technology. We have developed and continue to develop deep and multi-disciplinary expertise covering: • Air quality sensor design, fabrication and calibration • Data capture and visualization • Signal processing and algorithms • Instrument design and development • Application and support of instruments in the field • Cloud software design and development • Remote network management • Atmospheric science This unique range of skills allows us to design an end-to-end air quality monitoring experience that is unmatched in the industry.