ADVANCED VECTOR ANALYTICS

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ADVANCED VECTOR ANALYTICS

Category

  • Start-up

Location

  • LV-1067
  • Riga
  • Latvia

Description d'activité

  • AVA is a science-based company that extends the limits of understanding complex mechanical systems. We create and deliver solutions for the spatial measurement and interpretation of vibration with the aim to improve quality and safety of mechanical systems in ground-based and aerospace applications.

Landmarks

  • Turnover : NC.
  • Staff : 0 - 9

Group / Member of

Participants

EG avatar

Edgar GRANT

Objectives

Needs

  •  R&D
  •  Studies and engineering
  •  Advising and / or services
  • Public support for innovation
  • Financing Innovation
  • Technical service / equipment

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

AVA-Labs is interested to collaborate with R&D labs to produce better industrial solutions by combining AVA's measurement approach with the core competence of other laboratories, and / or to help R&D labs to carry on their own projects by providing the revolutionary measurement technology.

Our measurement technology significantly reduces number of sensors needed and provides full information about stress and strain without relying on historic data.

Application fields

  • Application fields
  • Aerospace
  • Automtive industry
  • Construction, Civil Engineering and Land Use Planning
  • Defence
  • Energy
  • Laboratory Equipment
  • Manufacturing
  • Maritime - Naval construction
  • Materials
  • Measure instruments
  • Railway

Skills

1. Information and Communication Technologies (ICT) - Micro Nano Technologies
  • 1.4 Sensors
  • Mechanical sensors and actuators
  • 1.5 Signal processing and multimedia
  • Non destructive control
  • 3D modeling and simulation
2. Materials, mechanics and process
  • 2.1 Materials
  • Properties and characterisation (structural and functional)
  • Durability / operating strength
  • 2.2 Mechanics and design
  • Prediction of behaviors and damages
  • Metrology, control and measurements
3. Manufacturing
  • 3.1 Manufacturing
  • Non-destructive testing
  • Innovative materials
  • Implementation of composites
  • Agile processes
5. Energy and environment
  • 5.5 Uses of energy
  • Construction, building
  • Industrial processes, machines and equipments
  • 5.6 Technologies and transverse methodologies
  • Modeling, design and reliability techniques
7. Transportation, engines, propulsion and fuels
  • 7.1 Road and rail
  • Technological development of vehicles
  • Maintenance, reliability, on board diagnostic (vehicles and infrastructure)
  • Protection of transport users and crash tests
  • Risk and decision making
  • 7.2 Propulsion and fuels
  • Engine controls
  • Tuning and calibration of engines
  • Turbines
  • 7.3 Aeronautics
  • Vehicle development (aerodynamics, structures...)
  • Space
8. Construction, civil engineering industry and regional development
  • 8.1 Construction, building and civil engineering
  • Sensors
  • Durability
  • Management and maintenance
  • Infrastructures and engineering structures
  • Materials for buildings and for the civil engineering industry
13. Industrial engineering and organization
  • 13.1 Industrial engineering and organization
  • New product design
  • Industrial engineering
14. Support for innovation and R & D partnerships
  • 14.1 Support for innovation and R & D partnerships
  • Professional organizations and federations