Summer scholarships for UdG students (beques d’estiu 2017)
The Institute of Computational Chemistry and Catalysis (IQCC) of the University of Girona (UdG) is a worldwide reference unit in computational chemistry and catalysis that aims at carrying out groundbreaking research on predictive chemistry for catalysis, with special focus on the processes occurring at the confined space for the coming years. One of the pillars is Education, in view of which the IQCC is publishing a call for six scholarships for UdG students.
Below you will find a list of all projects that were proposed by IQCC researchers (most of them in Catalan). Please have a look at these and make your choice, indicating your preferences on the following webforms: [estudiants 3r] or [estudiants 4t]. The general rules of this call can be found in the following document (in Catalan): [Reglament]. In principle the six scholarships will be given to three scholarships for third year UdG students (scholarship of 1 month) and three scholarships for fourth year UdG students (scholarship of 2 months). It is expected that each research group of the IQCC will have one third year student, and one fourth year student. All details on how to apply, and which documents to present,[1] are given in the Call which has been published at the IQCC Announcements Board at the Science Faculty.
Aqui trobareu una llista de tots projectes proposats pels membres de l’IQCC. Mireu-los i feu les vostres preferá¿ncies, marcant-les als segñents formularis: [estudiants 3r] o [estudiants 4t] . El reglament general d’aquesta convocatoria trobareu en aquest document: [Reglament]. En principi les sis beques aniran destinades a 3 beques per estudiants UdG de tercer any de grau (beca de 1 mes), i 3 beques per estudiants de quart any de grau (beca de 2 mesos). Est previst que cada grup de recerca de l’IQCC tingui un/-a estudiant de tercer any, i un/-a de quart any. Tots detalls de la convocatoria, i quins documents per presentar,[1] estan posats a la Convocatoria que est publicat al Tauler d’annuncis de l’IQCC a la Facultat de Ciá¿ncies.
GRCT0090 – Disseny i Modelatge de Reaccions Catalitzades per Metalls de Transiciñ (DIMOCAT)
| Projecte | Supervisor |
| Receptors sintá¿tics hidrosolubles per a aplicacions biomimá¿tiques [pdf] (3r) | Agustí Lledñ |
| Cascade reactions involving Rhodium carbenoid / alkyne metathesis as a key step [pdf] (4t) | Anna Pla-Quintana |
| Computational study of different RAHB motifs [pdf] (3r i 4t) | Sílvia Simon |
| Estudi de circuits moleculars de m xima deslocalitzaciñ electrñnica en sistemes arom tics Hñckel, Baird i MáÂbius [pdf] (3r) | Miquel Sol |
GRCT0092 – Química teñrica i Modelatge i Enginyeria molecular (QTMEM)
| Projecte | Supervisor |
| Espectre d’absorciñ de la melanina [pdf] (3r) | Lluís Blancafort |
| Modelitzaciñ de materials per a celáÀles fotovolt iques [pdf] (4t) | Lluís Blancafort |
| Com un f rmac interacciona amb el seu receptorá Estudi computacional del mecanisme molecular de la interacciñ f rmac-receptor en proteá»nes implicades en la tuberculosis [pdf] (3r i 4t) | Ferran Feixas |
| Els secrets de la biocat lisi: adaptaciñ d’enzims naturals per a la síntesi de f rmacs [pdf] (3r i 4t) | Sílvia Osuna |
| Design of optimal tuned hybrid functionals for the evaluation of nonlinear optical properties: Atomic and diatomic decomposition of nonlinear optical properties [pdf] (4t) | Pedro Salvador/Josep M. Luis |
| Perquá¿ níquel i no ferro, manganá¿s o coure [pdf] (3r i 4t) | Marcel Swart |
| Millora de funcionals DFT [pdf] (3r i 4t) | Marcel Swart |
GRCT0095 – Química Bioinspirada, Supramolecular i Cat lisi (QBIS-CAT)
| Projecte | Supervisor |
| Exploring O-O formation via high-valent diiron species [pdf] (3r) | Miquel Costas |
| Model Ni-catalyzed C-H and C-F functionalization [pdf] (4t) | Xavi Ribas |
[1] Documentaciñ a presentar (termini de presentacio: 19 de maig, Secretaria IQCC, Fac. Ciá¿ncies; horari de 9h a 14h):
- Expedient acadá¿mic extret per la web La + Meva
- Fotocñpia DNI
- Curriculum Vitae
- Cñpia titulaciñ d’estudis d’anglá®s
- Printout e-mail rebut desprá®s de haver posat les preferá¿ncies al webform: [estudiants 3r] o [estudiants 4t] .
- Instancia de solicitud, degudament omplert