scholarship for a PhD on advanced multifunctional structures is available at the Doctoral School in aerospace sciences and technologies of CISAS - Center of Studies and Activities for Space, University of Padua (Italy), under the supervision of Professor Ugo Galvanetto and Dr. Alessandro Francesconi.
Multifunctional structures are capable of performing multiple primary functions simultaneously or sequentially in time, and are being developed to improve system performance by reducing the redundancy of subsystem materials and functions. So far research has been focused on manufacturing issues and the impact behaviour has been largely overlooked, even though candidate applications include fields in which dynamic response is dominant.

St John International University (SJIU) is a private, independent American University in Italy located in the Renaissance Della Rovere Castle in Vinovo-Torino. SJIU offers undergraduate programs in Art History, Business Administration, Environmental Architecture, Environmental Science and Film Studies and graduate programs in Business, Arts Administration and Architecture. its mission is to educate a new generation of scholars and professionals fully immersed in the opportunities of sustainable development. SJIU offers an academic program that addresses environmental issues with an educational program that increases cultural understanding and awareness.

Operations Management
Arts Administration
Quantitative Methods for Decision Making
Financial and Managerial Accounting
Banking and Finance
Math, Statistics and Calculus
Physics
Art History

The ideal applicant should hold an appropriate degree from a university or technical school training in molecular and cellular biology. Proven expertise in molecular biology and biochemistry is essential; familiarity with recombineering-techniques is an advantage. Previous experience in the generation of targeting constructs (design and construction of targeting vectors) will be extremely valuable, but on-the-job training would be provided. Proficiency in basic computational skills. The successful candidate is flexible and enjoys teamwork in a dynamic environment; fluent English as well as good communication skills are essential. The candidate will interact with a variety of people and should be able to flexibly coordinate her/his work with others.
EMBL is an inclusive, equal opportunity employer offering attractive conditions and benefits appropriate to an international research organisation.

A postdoctoral position is available in the team of Sara Buonomo. The main interest in the lab is the understanding of the interplay between DNA damage checkpoints and chromosome dynamics, in differentiated mammalian cells, in stem cells and during mouse embryonic development. In our studies we use a multidisciplinary approach, including cell biology, developmental biology and biochemistry. We seek to recruit a Postdoc who will work on a project aimed to understand the role of the DNA replication checkpoint during early embryogenesis and embryonic stem cells differentiation.
Qualifications and experience:In addition to a PhD in a related field, candidates with experience in mouse development and/or embryonic stem cells manipulation are strongly encouraged to apply. However, candidates with different backgrounds will also be considered. Main requirements are a strong motivation, excellent skills and the willingness to work in an international environment. Good communication and interpersonal skills are further required. The working language at EMBL is English.
Contract: An initial contract of 1 year will be offered to the successful candidate. This can be renewed, depending on circumstances at the time of the review.

The Mouse Biology Unit at EMBL Monterotondo seeks to recruit an outstanding Research Group Leader to establish an internationally-recognized research programme in computational biology. Research in the Mouse Biology Unit aims to elucidate the basic biological mechanisms of mouse physiology, development, and behaviour. We seek an enthusiastic colleague who will pursue leading-edge research topics in bioinformatics or computational biology that will complement or integrate with existing activities at EMBL Monterotondo.
Areas of interest to Monterotondo groups include, but are not limited to, functional genomics, gene expression and transcriptional regulation, epigenetic profiling, image analysis in complex tissues, modeling of neural circuits, cellular signaling, and protein complexes and their interactions. Several groups in the Unit are applying the latest technologies for tissue and organ imaging, high-throughput sequencing, manipulations of neural circuit activity, and proteomic analysis of signaling pathways. Advanced biological datasets from these or similar studies could provide a basis for collaborative interactions.

The EMBL Mouse Biology Unit applies a wide range of technologies to diverse problems of whole organism biology, with current emphases on neurobiology (anxiety behavior and pain perception), epigenetic regulation (miRNA and chromatin) and regeneration (signaling and stem cells). We benefit from close interactions with groups in the EMBL-Heidelberg Developmental Biology, Genome Biology, Cell Biology and Structural and Computational Biology Units, with shared facilities that include high-throughput analysis using micro-arrays, protein production, mass spectrometry, DNA sequencing, advanced light and electron microscopy and small molecule screening. Group Leaders in Monterotondo routinely hold joint appointments with appropriate Units in Heidelberg, and we have strong collaborative interactions with the European Bioinformatics Institute (EBI-Hinxton), and access to structural biology expertise at the Hamburg and Grenoble Outstations.

The Mouse Biology Unit provides a uniquely powerful environment for exploring biological function in mammals. Through synergistic work with other research groups, ambitious projects can be undertaken that draw on the wide range of scientific expertise and state-of-the-art facilities available in the Unit. In addition to the resources located on-site, the investigator will have access to the latest technologies and services available at various core facilities throughout the EMBL.

The successful candidate will join a strong and supportive group of research group leaders and benefit from an international scientific environment as well as funding for research and personnel throughout his or her tenure. Depending on interests and suitability, the post holder may additionally be offered a joint appointment with another EMBL Unit, providing further opportunities for interactive collaboration between the Outstation and other groups throughout the Laboratory.

The EMBL Mouse Biology Unit applies a wide range of technologies to diverse problems of whole organism biology, with current emphases on neurobiology (anxiety behavior and pain perception), epigenetic regulation (miRNA and chromatin) and regeneration (signaling and stem cells). We benefit from close interactions with groups in the EMBL-Heidelberg Developmental Biology, Genome Biology, Cell Biology and Structural and Computational Biology Units, with shared facilities that include high-throughput analysis using micro-arrays, protein production, mass spectrometry, DNA sequencing, advanced light and electron microscopy and small molecule screening. Group Leaders in Monterotondo routinely hold joint appointments with appropriate Units in Heidelberg, and we have strong collaborative interactions with the European Bioinformatics Institute (EBI-Hinxton), and access to structural biology expertise at the Hamburg and Grenoble Outstations.

We seek applications from qualified physicists, applied mathematicians or engineers with experience in neutronics/photonics modelling using MCNP or Attila. Knowledge of, and experience in, magnetic fusion and/or CAD is desirable, but not essential.  You will contribute to neutronics/photonics projects at UKAEA Culham, collaborating with colleagues in other fields for this purpose. Depending on your skills and experience, you may lead and coordinate such activities. If appropriate, you may contribute to related work such as activation and safety analysis. You will also produce high quality articles for publication, and help sustain UKAEA Culham’s high reputation.