Irpi

At IRPI, we are dedicated to providing advanced research, engineering, and development solutions for various industries, including aerospace, defense, biomedical, and energy. Our expertise spans across several areas such as microgravity research, space technology, microfluidics and MEMs, and computation and modeling. With a proven track record of developing cutting-edge systems, devices, and experiments, we are well-equipped to tackle complex challenges.

Research and Development

Our research and development efforts focus on various aspects like fluids management, combustion, and omics technologies. We have extensive experience in creating advanced systems for life support, waste management, space habitats, thermal management, and plant habitats. Our expertise also extends to the development of unique technologies such as Lab-on-a-Chip and Organ-on-a-Chip.

Space Technology

In the realm of space technology, we have a long history of projects aboard the International Space Station, Space Shuttle, MIR, and Skylab. Our projects include environmental control and life support, propellant management, thermal systems, plant habitation, and biotechnology. We are committed to advancing space technology and ensuring the safety of space missions.

Microfluidics and MEMs

Our team has developed unique expertise in capillary fluidics, droplet generation, bubble management, and wetting. This specialized knowledge enables us to provide valuable insights into the development of advanced technologies such as Lab-on-a-Chip and MEMS devices. We are well-versed in the design process and can assist in the development of new devices through fundamental analysis, experimentation, prototyping, and computational modeling.

Computation and Modeling

We offer mechanical design services and perform simulation and analysis using CFD and FEA tools for fluid, thermal, and structural analysis. Our familiarity with Surface Evolver and SE-FIT software for fluid statics computations of equilibrium surfaces adds to our capabilities. We can also assist in thermal modeling and heat transfer, as well as multiphase flows and multiphysics services.