意大利技术研究所（IIT）是一个受《意大利民法典》第14条及其后各条管辖的基金会，由国家资助，为技术发展目的进行符合公共利益的科学研究。成立于2003年，2005年开始运作，是意大利高级应用型科学技术研究中心。其主要目标是通过面向应用和技术的研究，推动意大利和全世界的科学发展。IIT被普遍认为是意大利最好的研究机构，乃至欧洲最好的科学研究中心之一。个人所得税受经济和财政部及教育、大学和研究部的监督，个人所得税实验室的建设始于2006年，于2009年结束。
研究所目标是促进基础研究和应用研究的卓越性，促进国民经济的发展。主要研究者和设施协调员是研究线或设施负责人的高级科学人员。他们负责科学计划的实施，预算的一部分，并协调其员工。IIT目前拥有近80个PI和13个设施协调员。
研究所有15个研究中心，主要研究计算科学、科技、纳米材料和机器人。专注于物理系统的大规模模拟，重复无数次以生成强大的统计数据和大量数据集的数据挖掘，以识别意外的模式；致力于开发先进的遗传，分子，电生理，计算，成像和扰动工具，用于剖析大脑功能背后的微观神经过程；研发新的可持续/可生物降解材料，纳米复合材料，2D材料，纳米制造技术和纳米器件，以及新的胶体化学方法；通过在硬件和软件中开发新的机器人平台来推进最先进的技术。
The Italian Institute of Technology (IIT) is a foundation governed by Article 14 et seq. of the Italian Civil Code, funded by the State, to carry out scientific research in the public interest for the purpose of technological development. Founded in 2003 and operating in 2005, it is the Italian Advanced Applied Science and Technology Research Center. Its main objective is to promote scientific development in Italy and throughout the world through research oriented to applications and technologies. IIT is widely regarded as one of the best research institutes in Italy and one of the best scientific research centers in Europe. The IIT tax is overseen by the Ministry of Economy and Finance and the Ministry of Education, Universities and Research, and the construction of the IIT Laboratory began in 2006 and ended in 2009.
The goal of the Institute is to promote excellence in basic and applied research and to promote the development of the national economy. The principal investigator and facility coordinator are senior scientists at the research line or facility leader. They are responsible for the implementation of scientific programs, part of the budget, and coordinating their employees. IIT currently has nearly 80 PI and 13 facilities coordinators.
It studies all 15 research centers, focusing on computational science, technology, nanomaterials and robotics. Focus on large-scale simulations of physical systems, repeating countless times to generate powerful statistics and data mining of large data sets to identify unexpected patterns; Dedicated to developing advanced genetic, molecular, electrophysiological, computational, imaging, and perturbation tools for dissecting microscopic neural processes behind brain function; R&D of new sustainable/biodegradable materials, nanocomposites, 2D materials, nanofabrication technologies and nanodevices, as well as new colloid chemistry methods; Advance state-of-the-art technology by developing new robotic platforms in hardware and software.