Basic Information:
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Develop software enabling the customization of dynamic hand orthoses, integrated with a parametric design model. -
Build and iterate functional prototypes to test and refine the customization workflow. -
Design and implement a user-friendly web application, including tailored front-end interfaces for medical pro-fessionals and other user roles. -
Develop a server-based back-end architecture that enables communication between apps via APIs. -
Create a plug-in for the 3D printer’s firmware to support orthosis printing code sending. -
Collaborate with medical professionals to validate the software at various development stages. -
Test the software for bugs and vulnerabilities to ensure a stable and secure user experience. -
Prepare and maintain comprehensive technical documentation for the developed software.
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Your Tasks
- Develop and implement the e-Campus in partnership with IT specialists from the other partner universities of the ACE2EU alliance
- Work closely in partnership with the local e-Campus coordinator and IT specialists from partner universities.
- Participate in end-user workshops and other meetings to learn about and consider specific needs from CUAS end-users in e-Campus software solutions
- Define user and system requirements and interoperable middleware specifications
- Implement the diverse modules of the e-Campus by integrating new features and connection of existing ones with those of partner universities
- Test, run, assess, and revise the pilot’s operational conditions
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Vollzeit | Freelancer, Projektarbeit
Villach,
08.08.2025
Villach,
Responsibilities:
- Development of classification systems for printable object geometries
- Design and implementation of toolpath generation algorithms for multi-axis robotic 3D printing
- Creation of a spiralizer design system for continuous and optimized printing paths
- Development of obstacle avoidance strategies for complex printing environments
- Integration of developed algorithms into user-friendly software platforms
- Execution of offline testing and validation of integrated systems
- Design and prototyping of functional demonstrators across various application areas
- Collaboration with interdisciplinary teams, including materials science and sensor research
- Contribution to research grant applications and industry collaborations
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Vollzeit | befristet | Praktikum
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Research group and project embedment
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Main tasks:
- Analysis of scientific topics in the field of high-performance concretes and structural strengthening
- Design, preparation and performance of laboratory tests
- Evaluation of tests and in-depth interpretation of results
- Numerical simulation and derivation of analytical approaches
- Publication of research results in reports, scientific journals and at conferences - Willingness and interest to learn:
- Various test methods together with generation of test reports
- Application and interpretation of the newest measurement techniques
- Finite element software
- Occasional teaching support for university students
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Vollzeit | befristet | Praktikum
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In your career, let’s prove what’s possible.
- Is the lead engineer of a development program (product), making sure that mechanical and electrical hardware and the tool software work together to meet the system specification
- Owns developing the system specification based on the product specification and configuration options
- Is accountable for resolving design tradeoffs/conflicts to ensure the design is integrated, such that the overall product performs as described in the system specification
- Assures that the system meets engineering- and compliance standards, especially in the concept and detailed design phases
- Owns BOM (bill of material) setup and execution of the documentation release plan
- Prepares all required program/product related Engineering deliverables (e.g. FMEA, technical specifications, risk analyses)
- Technical responsible that all interfaces for the entire product are well defined and working
- Participates in the cost allocation model and assures that designs meet the cost targets
- Owns developing the reliability allocation model, the reliability design approach and test plans
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In your career, let’s prove what’s possible.
- Work with our instructional designers and semiconductor equipment subject-matter experts to develop accurate and scalable mixed reality training scenarios
- Work with industry-standard software toolsets to develop scalable, VR-ready 3D CAD models based on our internal CAD equipment models
- Develop a successful and obtainable workflow from the CAD environment to the final VR-based project
- Assist with annual updates to existing VR modules to ensure accuracy
- Establish and maintain a library of VR-ready models and re-usable VR-specific code and scenes
- Establish recommended mixed reality toolsets and best-known methods for future-proofing our development efforts
- Troubleshoot VR hardware/software end-user issues both remotely and in the classroom
- Provide guidance and training to other internal VR developers
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