AM

ARUN K MENON

Staff Product Engineer at Amprius Technologies

Arun K Menon has over 14 years of experience in product engineering and research related to batteries, electrolytes, and materials. ARUN K started their career in 2007 as a graduate research assistant at the University of Central Florida, where they worked on developing sol-gel techniques for the synthesis of nanocrystalline titanium dioxide and strengthened its properties through metal oxide doping. Later, they also worked as a graduate teaching assistant and tutor at the university. In 2011, they joined Pellion Technologies, where they worked as a materials integration engineer and materials research engineer. Their work involved developing non-aqueous electrolytes and Mg-ion batteries for commercial applications and optimizing the formulations of electrolytes from lab-scale to small-scale manufacturing. From 2019-2021, they served as a battery and quality control engineer at Urban Electric Power. In 2021, they moved on to be a Sr. battery engineer at Sakuu Corp, where they worked until joining Amprius Technologies as a Staff Product Engineer in 2023.

Arun K Menon completed their Bachelor of Technology in Metallurgy and Material Science Engineering from Jawaharlal Nehru Technological University in the year 2006. ARUN K pursued their Masters in Material Science & Engineering from the University of Central Florida from 2007 to 2009. ARUN K also obtained several certifications: they completed Flame Spray Pyrolysis training from Tethis, Inc. in October 2013, they received a Minitab Certification of Completion for Basic Statistics and Factorial Designs from Minitab in July 2012, and they received a Yellow Belt of Six Sigma Technology from Six Sigma Development Solutions, Inc. in the year 2010.

Location

San Francisco, United States

Links


Org chart

No direct reports

Teams


Offices

This person is not in any offices


Amprius Technologies

Amprius is a leading Lithium-Ion battery developer. Amprius's silicon technology was originally developed at Stanford University and enables dramatic improvements in the energy density and specific energy of Lithium-Ion batteries.


Industries

Employees

11-50

Links