Scope: Systems engineering support for a LH2 tank (-253°C) for an aviation application (ca. 25kg LH2 for a fuel cell), managing project team, interfacing with end client

With the development team: Review of technical and normative specifications, development planning, development and evaluation of various system concepts (including make-or-buy) and system level analyses, development of subsystem specifications in close consultation with the end clients, safety analyses (FMECA), test and verification planning in accordance with EUROCAE ED 14, cost planning

Applicable standards: ABD, EUROCAE 

Scope: Systems Engineering support; Development planning and work package descriptions for Austrian Research Promotion (FFG) projects, agreeing work packages with development partners/suppliers, scheduling, FFG application, design concept for an economical aluminium rotor blade

With the development team: Development and evaluation of rotor blade concepts, support with design and development, development and verification planning

We support and sponsor academic projects, bachelor and diploma theses in a wide range of subject areas, in particular aerospace structures, project managment and systems engineering for the aerospace sector.

Scope: Systems engineering for further development of the CTR HiPoLas® laser ignition system for the Ariane 6 cryogenic upper stage

With the development team: Further development of an existing laser ignition system for space applications based on client and normative requirements (ECSS), interdisciplinary development support, industrialization of the product for series production, development and cost planning, safety analyses (FMECA), drawing up product and development documentation, development and implementation of configuration and change management, planning and implementation of verification tests, support with establishing an industry partnership for electronics development and series production

Applicable standards: Airbus, ECSS

Scope: Support with development in industrialization of ion thrusters, development and implementation of quality and product assurance organization

With the development team: Industrialization of various ion thruster systems for series production, interdisciplinary support with development (design, calculation, trade-offs etc), safety analyses (FMECA), product and development documentation, GSE (Ground Support Equipment) development, development and implementation of quality and product assurance organization

Applicable standards: ECSS

Scope: Systems engineering and general development support, support in defining and implementing processes for the systems engineering and space quality assurance department

With the development team: Interdisciplinary systems engineering and development support for real-time network systems for space applications, space product assurance support, inputs to safety related analyses and technical documentation, consulting and supporting services related to subcontractors and development partners, support in defining and implementing processes for the systems engineering and space quality assurance departments, inputs to customer statement of compliances (SoCs), configuration management support, inputs to testing and verification

Applicable standards: ECSS

Scope: Member of the platform coordination team, platform technical lead for thermal and mechanical engineering, subsystem technical lead, interface between the coordination team, project management and subsystem development teams/suppliers

With the development teams: Preparation of subsystem requirement specifications, review, monitoring and coordination of development activities performed at subsystem level, interface management, engineering support on both platform and subsystem level in close cooperation with the systems engineering teams and product assurance

Applicable standards: ECSS

Scope: Systems engineering support, interdisciplinary development support, identification and implementation of normative requirements, development planning, system analyses, technical documentation, verification tests, interfaces with designated bodies and clients, quality and product assurance, change management

With the development team: Support with bid preparation, standards analysis and application (EU v. US), development and construction, technical documentation, subsystem specifications for HVACs for passenger and electronic compartments, door drive and locking systems, bellows, interior lighting, glazing, seats, coating, structural components in glass fibre reinforced plastic (GRP), verification planning and testing (e.g. fire tests, cooling performance, etc.) and factory acceptance tests (FATs); safety analyses (FMECA); operating and maintenance manuals; interface to suppliers (including audits), notified bodies and clients

Applicable standards: ANSI/ASCE, NFPA, ASTM, ASHRAE, EN, ISO

Scope: Support with definition of structural concept, FE analyses, calculations report for licensing

With the development team/partner: Structural design inputs; linear static and fatigue element analyses; structural design of the vehicle, door panels, glazing, bonded joints, stanchions, jacking points; definition of inspection points on cabins and chassis; interface to notified body

Applicable standards: EN

Scope: FE analyses for stiffness optimization

With the development team: Optimization of existing frame designs

Scope: Rigidity and resonant frequency analyses, inputs to mechanical design of the main frame

With the development team: Stiffness testing, support with development of frame design

Scope: Investigation and optimization of dynamic behaviour of heavy-duty production machinery, support with development, resonant frequency and stiffness analyses, planning and implementation of verification tests

With the development team: Design optimization of existing plant, support with new development, tests to verify analysis results

Scope: Systems engineering for further development of the CTR HiPoLas® laser ignition system for the Ariane 6 cryogenic upper stage

With the development team: Further development of an existing laser ignition system for space applications based on client and normative requirements (ECSS), interdisciplinary development support, industrialization of the product for series production, development and cost planning, safety analyses (FMECA), drawing up product and development documentation, development and implementation of configuration and change management, planning and implementation of verification tests, support with establishing an industry partnership for electronics development and series production

Applicable standards: Airbus, ECSS

Scope: Support with development in industrialization of ion thrusters, development and implementation of quality and product assurance organization

With the development team: Industrialization of an existing ion thruster for series production, interdisciplinary support with development (design, calculation, trade-offs etc), safety analyses (FMECA), product and development documentation, GSE (Ground Support Equipment) development, development and implementation of quality and product assurance organization

Applicable standards: ECSS

Scope: Systems engineering support for a LH2 tank (-253°C) for an aviation application (ca. 25kg LH2 for a fuel cell), managing project team, interfacing with end client

With the development team: Review of technical and normative specifications, development planning, development and evaluation of various system concepts (including make-or-buy) and system level analyses, development of subsystem specifications in close consultation with the end clients, safety analyses (FMECA), test and verification planning in accordance with EUROCAE ED 14, cost planning

Applicable standards: ABD, EUROCAE 

Scope: General support with development, preliminary design and structural analysis of weir systems (particularly single and multiple flap radial gates), linings and main load bearing structures

With the development team: Development of complex weir structures and systems, design of main components, design and cost trade-offs

Scope: General support with development, preliminary design and structural analysis of lower outlet gates for dams and flood barriers

With the development team: Development of high-pressure lower outlet gates, design of main components, design and cost trade-offs