Aims and Topics
The IAB Graduate School’s 10th interdisciplinary Ph.D. Workshop “Perspectives on (Un-) Employment” endeavours to bring together young researchers from different disciplines. This international workshop will provide an opportunity for Ph.D. students to present and discuss their research in a constructive atmosphere, incorporating feedback and advice from a number of experienced researchers.
Keynote Speakers
Professor Richard Blundell (University College London, Institute for Fiscal Studies)
Professor Thomas Hinz (University of Konstanz)
Deadline for submission is 15 October 2017.
For more Information see:
http://www.iab.de/en/veranstaltungen.aspx
Monthly Archives: September 2017
MREV – Call for Papers: Workplace Flexibility
Guest Editors:
Sascha Ruhle, Heinrich-Heine-Universität Düsseldorf, Düsseldorf (Germany)
Stefan Süß, Heinrich-Heine-Universität Düsseldorf, Düsseldorf (Germany)
Special Issue
Flexibility has been an ongoing issue for various fields of research and practice and a considerable amount of literature dealing with the concept of flexibility has developed. This diversity has led to various perspectives on dimensions and aspects of flexibility. However, two major fields of flexibility can be distinguished. The organizational perspective understands workplace flexibility as the degree of adaptability of an organization in an uncertain and changing environment (Dastmalchian & Blyton 2001). In addition, workplace flexibility can encompass the individual perspective of the workforce, especially the degree of flexibility regarding aspects of where, when, and how work is performed (Hill et al. 2008). Within both streams of research, various aspects of flexibility have been addressed, such as organizational structures (Feldman & Pentland 2003), type of employment (Lepak et al. 2003; Sayah & Süß 2013), management and strategic human resource management (Wright & Snell 1998), time and location of work (Allen et al. 2013), demands towards employees (Vahle-Hinz et al. 2013) and work (Ruiner et al. 2013), leadership (Barrow 1976), and the role of Communication Technologies (Diaz et al. 2012).
Regarding the consequences of flexibility, literature often assumes positive results for both iindividualand organization, when flexibility increases. For example, evidence has been found that flexibility at work is positively related to self-reported health (Butler et al. 2009). Furthermore, it can increase organizational attractiveness (Nadler et al. 2010; Thompson et al. 2015), profit (Kesavan et al. 2014) and firm performance (Martínez Sánchez et al. 2007). However, there is also a missing consensus and ongoing discussion regarding possible consequences of flexibility. Research has identified potential downsides of flexibility, such as blurred work-life boundaries (Pedersen and Lewis 2012), the risk of stigmatization (Cech & Blair-Loy 2014), unsupportive work climate and inequitable implementation (Putnam et al. 2014). Other relationships, for example between flexibility and work-family conflict (Allen et al. 2013; Shockley & Allen 2007), remain unclear. Further, if the flexibility is only an organizational facade (Eaton 2003; Nystrom & Starbuck 1984) which is communicated but not lived in the organization, even more, negative consequences such as violations of psychological contracts might occur, especially when flexibility is used as a facade to justify the transformation of standard work arrangements to non-standard work arrangements.
Subsequently, a lot of questions remain unanswered:
- What is the core of flexibility in organizations?
- Which origins can be identified of the ongoing need for various types of flexibility?
- What types of flexibility can be systematized and how are those different types related to organizational consequences, such as success or attractiveness?
- How useful are flexible work arrangements and how can positive consequences be promoted and negative consequences be avoided, or at least weakened?
- Which consequences result from a gap between offered and truly supported types of flexibility, e.g. the role of organizational facades?
- How does embeddedness of Information and Communications Technologies in work practices enable and assist workplace flexibility?
- What are the consequences of the ongoing flexibilization of work on the economic and social level?
Potential authors
The aim of this special issue is to increase our understanding of the above-mentioned aspects of workplace flexibility, especially from an organizational perspective. We encourage empirical – qualitative or quantitative – submissions from various research fields, such as business administration, industrial and organizational psychology, work sociology and other disciplines dealing with the topic of the Special Issue.
Deadline
Full papers for this special issue of management revue must be submitted by 31 December 2017. All contributions will be subject to double-blind review. Papers invited to a ‘revise and resubmit’ are due 31 May 2018. Please submit your papers electronically via the online submission system at http://www.mrev.nomos.de/ guidelines/submit-manuscript/ using ‘SI Workplace Flexibility’ as article section.
Submission Guidelines
Manuscript length should not exceed 8,000 words (excluding references) and the norm should be 30 pages in double-spaced type with margins of about 3 cm (1 inch) on each side of the page. Further, please follow the guidelines on the website http://www.mrev.nomos.de/guidelines/ and submit the papers electronically by sending a ‘blind’ copy of your manuscript (delete all author identification from this primary document).
We look forward to receiving your contribution!

GIGA German Institute of Global and Area Studies: Winter Term Programme 2017, 24 October – 24 November 2017
GIGA German Institute of Global and Area Studies
Neuer Jungfernstieg 21
20354 Hamburg
The following seminars are open to doctoral students and postdoctoral researchers at the GIGA and its partner institutions. Please note that other external participants are asked to pay a small course fee.
| 24 – 25 October | Basic principles of research design and strategy | Prof Benoît Rihoux, UC Louvain |
| 1 – 2 November | Quantitative Approaches to Data Collection and Analysis | Dr Liam McGrath, ETH Zürich |
| 13 November | Workshop: Introduction to Zotero | Dr Birte Pfeiffer, GIGA |
| 23 – 24 November | Qualitative Approaches to Data Collection and Analysis | Dr Lea Sgier, University of Applied Arts and Sciences (HETS-SO) Geneva & University of Geneva |
Information on Registration
Participants need to register online by filling in the registration form that is available on the website of the respective event. Questions should be addressed to Nina Sökefeld.
Registration deadline: Friday, 13 October 2017
PhD position at TU Vienna: Experimental and simulation analysis of ESD protection devices in advanced silicon high-speed discrete technologies
During the manufacturing or operation of an integrated circuit (IC), the electronic devices are exposed to different kind of disturbing electrical pulses including electrostatic discharges (ESD). In high-speed applications, e.g. USB 3, the protection devices need to exhibit a low capacitance which contradicts the requirement for high ESD robustness. With the technology down-scaling, the existing on-chip protection schemes are not efficient anymore due to the large area consumption for the ESD protection device in the chip. Therefore off-chip ESD protection elements based on discrete component technologies are necessary to fulfill the above requirements.
The topic of this PhD thesis is the experimental and simulation analysis of the internal behavior of advanced high-speed Si discrete technology ESD protection devices. The PhD candidate will combine electrical and optical techniques to analyze breakdown phenomena, self-heating effects and the current density distribution in the ESD protection devices during the ESD pulses. The unique transient interferometric mapping technique developed at TU Vienna will be employed to measure thermal and free-carrier response with ns time and µm space resolution during ESD pulse (Fig.1). The obtained experimental data will be related to breakdown mechanisms, electrical triggering behavior and particular layout of ESD protection devices. The candidate will also model device behavior using TCAD simulation (Fig.2). The goal of the experimental and simulation analysis is to understand the device physics and thus to optimize the studied structures for high ESD robustness. The work will be published in scientific journals and conferences.
The topic is suited both for electrical engineers and physicists with the interest in semiconductor device physics and characterization, modeling and electronics. The work will be performed in the frame of a project contract with NEXPERIA Hamburg. It will contribute to the development of new ESD protection concepts.
Requirements: Basic knowledge of semiconductor device physics, English, completed master study
Duration: 3 years
Start: immediately, Remuneration: approx. 2071 Euro Brutto/Month
(http://www.fwf.ac.at/de/forschungsfoerderung/personalkostensaetze/)
Contact person at TU Vienna: Associate Professor Dr. Dionyz Pogany (https://fke.tuwien.ac.at)
The application and CV should be sent by email to: dionyz.pogany@tuwien.ac.at
Contact Nexperia Hamburg: Development Marcel Bleyl (marcel.bleyl@nexperia.com)