PhD and PostDoc - Visual Analysis in Population Imaging Research (VAnPIRe)

The PhD/PostDoc position will be part of the Population Imaging Genetics project (http://www.tudelft.nl/en/current/nieuwsartikelen/stw-perspectief-topsectoren/stw-imagene/) that involves linking observations on the human genome to observations in imaging data. Novel, genome-wide sequencing approaches combined with large-scale population imaging studies open up unprecedented possibilities for discovering the cause of a disease and relating it to its anatomical and functional consequences.
The exact nature of the features (markers) that have the highest correlation with the clinical outcomes under study is by definition hard to predict. Due to the magnitude and heterogeneity of the data, as well as the nonspecific nature of the features that are being sought, this is a complex and laborious process.
We envision a new class of visual analysis techniques that enable the structured and interactive visual exploration of population imaging data. With these techniques, patterns and high-potential hypotheses can be flexibly derived from population imaging data, aiding both the derivation of insight and the search for predictive data features.
The main aim of this project is to develop and evaluate a new, interactive visual analysis approach that enables the extraction of patterns and high-potential hypotheses from the irregular and complex population imaging research data.
New insights into the mechanisms behind the clinical outcome of a population can be extracted by augmenting the human visual system with interactive visualization and coupled feature extraction techniques.



Apply through the official pages:

PhD: http://recruitment2.tudelft.nl/vacatures/index.php?lang=en&id=528599&type=w

PostDoc: http://recruitment2.tudelft.nl/vacatures/index.php?lang=en&id=528598&type=w

PhD in Computer Graphics in Barcelona

Seeking candidates for Ph.D research position:

Job Title: Graphics PhD

Context and Mission:

We are looking for a student to pursue a PhD degree in the areas of Computer Graphics and Visualization.
The student will join a collaboration project between the Atomic and Electronic Protein Modeling (EAPM,http://www.bsc.es/life-sciences/electronic-and-atomic-protein-modelling) group at the BSC and the Modeling, Visualization, Interaction, and Virtual Reality (ViRVIG (MOVING), http://www.virvig.eu/) group at the UPC.
This collaborative project aims to develop biomolecules visualization (interactive) techniques.

Main Responsibilities:

• Design and development of new algorithms for the visualization of large models of molecules using GPU capabilities.
• Design and development of new algorithms for expressive visualization of molecular simulations.

Skills required and/or beneficial

• Background experience in graphics programming, including GPU programming.
• Additionally, knowledge of HCI and mobile development is a plus.
• Conversational technical English is required.

Qualifications & Experience (as example)

• Undergraduate degree in Computer Science.
• Capacity to interact and build strong relations with a diverse team.

Call closes: Saturday, October 19, 2013.
Applications: through BSC's website: http://www.bsc.es/about-bsc/employment/vacancies/phdstgv
Further information: contact directly Pere-Pau Vázquez or Àlvar Vinacua.

Open Position with the Computer Graphics and Virtual Reality Group Bremen

Two PhD research positions (full-time) with the Computer Graphics and Virtual Reality Group at the University of Bremen, Germany, to be filled as soon as possible

Project: Interaction with a Simulator of Autonomous Navigation in Space Salary is according to the German Federal pay scale (TV-L 13, gross salary approx. EUR 40,000 p.a., supported by the BMWi).

Project Description:

Autonomous navigation of satellites and space probes is becoming an increasingly interesting research topic. One possible application could be mining of asteroids for precious resources.

In order to develop such autonomous systems, a complete simulation of them is necessary; moreover, a range of interaction and visualization techniques must be integrated in the simulator.

The work will include 3D reconstruction from point clouds, rendering and simulation of asteroid surfaces, proximity computations, and physically-based simulation, among others. In addition, a software system for simulating the whole probe including the environment will have to be designed and developed, plus interaction metaphors to interact with parts of the system, and visualization methods to visualize parts of the state of the complete system.

About us:

The position offers great opportunities for collaboration with other members of the project, such as the institute of space technology and space applications at UniBW, Munich, and the institute of cognitive neuroinformnatics. This project provides a vibrant research environment where a broad range of activities related to space and virtual reality are being pursued (computer graphics algorithms to neuro-informatics to space exploration). The successful candidate will be working with a dynamic, friendly, and helpful team of computer graphics researchers. Our research group is part of the school of computer science at University of Bremen. Our university is a mid-sized university with about 20,000 students, a lot of them international students, offering a broad range of fringe benefits such as sports facilities, cultural activities, and  daycare.

Qualifications:

Candidates should have an excellent Master’s degree or equivalent in computer science or mathematics, or related disciplines such as physics, etc. Ideally, you have specialized in real-time computer graphics or physically-based simulation, and you have good knowledge about applied mathematical methods and parallel programming. Required skills are solid experience in C++ software development, and a good command of English (reading/writing/speaking). In addition, the successful candidate will be highly self-motivated, passionate about their work,  and have good ability to work both independently as well as in a team in a multidisciplinary environment.

Conditions of employment:

The position is available for a period of 4 years (under the condition of job release).

As the University of Bremen intends to increase the proportion of female employees in science, women are particularly encouraged to apply. In case of equal personal aptitudes and qualification, disabled persons will be given priority. Applicants with a migration background are welcome.

How to Apply & What to Do in Case of Questions:

Applications should comprise a cover letter, complete CV including any achievements, degree certificates (including list of courses and grades), names and contact details of at least two referees, and other credentials if any (e.g., recommendation letters, publications, etc.). Please address questions about the position and send your application (preferably by email) to:

     Prof. Dr. Gabriel Zachmann,  zach at cs.uni-bremen.de

Application deadline: October 12, 2013 (or until a suitable candidate is found).

G. Zachmann

University of Bremen

Bibliothekstr. 1

28359 Bremen / Germany

For a paper-based application, please make sure to only send document copies as all received application material will be destroyed after the selection process.

Position at zSpace for Principal Interaction Designer

Principal 3D Interaction Designer

Work with the most extraordinary immersive 3D technology on the market.  Be a part of the team to enable the zSpace’s developer community to build the next generation of 3D applications.  You will be a key contributor in translating our vision into reality. The position will report to the Chief Design Officer.   

Job Responsibilities

• Lead the conceptual vision and design of 3D user interfaces for the zSpace platform and the UI toolkit.
• Drive the process of user-centered design for interaction design at any point in the product development process.
• Create design specifications and design standards in the form of story boards, product flows prototypes, wireframes (UI layouts and components), and screen flows.
• Collaborate with design, product, marketing and engineering teams throughout creative process.
• Communicate design concepts to stakeholders.
• Define the UI toolkit requirements definition by participating engaging with partners and participating in early stage user research.
• Closely monitor implementation and continue design work as needed through release, and beyond.
• Passion for making great products.

Job Requirements

• 10+ years of industry experience in interaction design.
• Masters Degree in Interaction Design, Human-Computer Interaction, Human Factors or
• related discipline.
• Demonstrated ability to lead the design direction/design patterns of a large scale UI projects including the underlying conceptual models.
• Ability to work on problems of complex and diverse scope, and to identify creative alternatives.
• Experience in applying user research, user needs validation and usability evaluation.
• Strong project management skills, including juggling multiple projects.
• Effective in communicating conceptual ideas, detailed designs, and design rationale both verbally and visually.
• Demonstrated ability to work collaboratively in diverse, cross-departmental teams.
• Experience designing for a broad set of UI platforms including web, desktop and mobile.
• Expertise in 3D, Andriod Mobile and data visualization are a plus.

About zSpace
zSpace, Inc.® is a leading-edge technology provider that enables natural interaction with virtual-holographic 3D imagery through it’s flagship product, zSpace®.  Targeting markets including, manufacturing, architecture, engineering, government, medical and research, zSpace aims to accelerate design and development processes and increase productivity through interactive 3D visualization.  zSpace is a privately held, venture backed company located in Sunnyvale, CA, and has filed more than 30 patents for its innovative technologies.

To apply, send email to cthompson@zspace.com.