Institutul a fost infiintat in anul 1996 prin HG nr. 1196/1996 ca urmare a unui proces de acreditare in baza HG nr.135/1996 si reacreditat in 2001 in baza aceleiasi legislatii. In anul 2007 a fost reacreditat in conformitate cu noile criterii stabilite prin HG nr. 551/2007. Institutul are drept scop principal dezvoltarea de cercetari fundamentale si aplicative in domeniul optoelectronicii, bazate pe procesele de interactie ale campului optic cu materia, coroborat cu dezvoltarea metodelor complementare din domeniul chimiei analitice si al fizicii presiunilor inalte. Directiile abordate sunt corelate cu tematica prioritara din cadrul Programului Horizon 2020 al UE, activitatile Agentiei Spatiale Europene si cu strategia de cercetare a institutului, componenta strategica a „Planului de dezvoltare institutionala 2015-2022” - element definitoriu in managementul strategic si care se pliaza pe strategia nationala de cercetare, dezvoltare si inovare 2014-2020 asumata prin HG nr.929 din 21 octombrie 2014, dar si cu elementele prioritare promovate prin propunerile, inca in discutie, ale viitorului program al UE „Horizon Europe”. In anul 2012 in urma evaluarii in vederea certificarii in baza HG nr.1062/2011 de catre o comisie de specialisti internationali, numita in baza Deciziei nr. 9106 din 20 aprilie 2012 s-a obtinut calificativul (A+), confirmat, prin Decizia ANCSI nr.9008/07.01.2016, de organismul consultativ al ANCSI, respectiv Colegiul Consultativ pentru Cercetare, Dezvoltare si Inovare.
Unitati de cercetare si filiale
Institutul cuprinde șase departamente de cercetare și două filiale.
- Toate
- Departamente
- Colective
- Filiale
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RADODepartamentul Remote Sensing (RADO)Cercetare si dezvoltare tehnologica pentru obtinerea si gestionarea informatiilor despre mediu -
ITCDepartamentul Inginerie Tehnologica si Constructiva, Laseri si Comunicatii prin Fibre Optice (ITC)Constructia si integrarea laserilor si echipamentelor optice pentru imbunatatirea claitatii vietii in toate formele ei -
CERTODepartamentul Metode si Tehnici Optoelectronice de Reabilitare si Conservare a Patrimoniului Cultural (CERTO)Cercetare si tehnici avansate de monitorizare conservare si restaurare a operelor de arta -
RECASTDepartamentul Sisteme si tehnologii bazate pe plasma si vid pentru noi materiale avansate nanostructurate (RECAST)Cercetari in sfera tratarii suprafetelo cu plasma si ioni si a tehnologiilor tip ultrahigh vacuum (UHV) -
OPTOSPINTRONICADepartamentul Optospintronica -
OMBAColectiv Metode Optoelectronice cu Aplicatii Biomedicale (OMBA) -
IHPInstitutul de Cercetare pentru hidraulica si pneumatica Bucuresti (IHP) -
ICIAInstitutul de Cercetări pentru Instrumentație Analitică (ICIA)
Proiecte de referinta
Construcții tradiționale
Proiectul Sectorial "Metode si tehnici inovative pentru evaluarea interventiilor de conservare-restaurare si urmarirea constructiilor traditionale"
VINIVITIS
Sistem complex, integrat pentru optimizarea tehnologica si valorificarea superioara a subproduselor vitivinicole
CONVENER
Establishing a High Level Proficiency NUcleus in the Field of Increasing Reneweable Energy Conversion Efficiency and Energy Independence by using combined resources
Noutati
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The XXVIII-th edition of HERVEX
EN: The 28th International Conference on Hydraulics and Pneumatics - HERVEX - the most important international scientific meeting in the field of Fluid Power was organized in Romania on 13-15 November, 2024, at the Palace Hotel in the Băile Govora resort. The conference provided a common platform for the presentation and discussion of innovation and development trends in the field of FLUID POWER, to scientists, manufacturers and users. The participants were specialists from national research and development institutes, universities, and representatives of companies in the field, and the absolute novelty at Hervex 2024 was represented by the session "Ingenium: The Challenge of the Future", intended for students, master and doctoral students in the field of Fluid Power. Read more... -
Key point visit of the NASA delegation at INOE 2000
EN: On October 18th, the Remote Sensing department of our institute welcomed a delegation of distinguished visitors from NASA, The US Embassy and ROSA. The visit provided an excellent opportunity for our guests to explore the institute’s cutting-edge laboratories and learn about our ongoing research efforts. Throughout the tour, the delegates engaged in insightful discussions with our researchers, exchanging perspectives on advances in aerosol measurements and environmental monitoring technologies. These conversations opened avenues for potential collaborations and deepened our mutual understanding of our fields' challenges and innovations. The visit was a rewarding experience for all involved, and we look forward to building upon the valuable connections made. Read more... -
ERIHS Call to Action – Flooded Brazilian Cultural HeritageIn April-May 2024, Brazil, particularly its state Rio Grande do Sul, was severely impacted by floods. Socio-economic and environmental damages have been reported by the Brazilian government and by major international initiatives including World Meteorological Organization (WMO). E-RIHS joins the sentiments expressed by the international community in expressing solidarity with the local populations impacted by these extreme events exacerbated by climate change. In this context, E-RIHS issues a call to action to gather competencies to join efforts with our ANTECIPA colleagues in addressing damages to cultural heritage through knowledge transfer and sharing of best practices. E-RIHS stakeholders willing to share their expertise to safeguard cultural heritage in those affected areas within the state Rio Grande du Sul (Brazil), are invited to contact E-RIHS Central Hub (Această adresă de email este protejată contra spambots. Trebuie să activați JavaScript pentru a o vedea.) to have additional information about the needed assistance required by our Brazilian colleagues. INOE is the co-ordinator of the Romanian hub.