Our Philosophy

Synbiosys was born to be a new platform for effective materials research and development, by pioneering a symbiotic relationship between the scientific rigour of academia and the goal-oriented attitude of the industry.


We are world experts in high-performance materials, with commercial and academic experience in both civilian and defence applications.

Our objective is to deliver true value to clients, both industry and government, by effectively and efficiently solving critical challenges in materials science and solid mechanics.

 

How can we help you?

De-risk R&D investments

Synbiosys increases the return and lowers the risk of large investments by performing:

  • In-depth scientific literature reviews

  • Technology due diligence

  • Small-scale testing and modelling.

Accelerate R&D and product design

Synbiosys enhances your R&D program through:

  • Being an innovative and reliable work-package provider ​

  • Providing access to world-leading scientific and engineering talent.

Develop bespoke solutions

Synbiosys can provide bespoke solutions for challenges in materials and structures. 

 

Whether through modelling, design or testing, we have the expertise and the equipment to deliver on time and on budget.
 

Our Expertise

Synbiosys was born to be a new platform for effective materials research and development, by pioneering a symbiotic relationship between the scientific rigour of academia and the goal-oriented attitude of the industry.


We are world experts in high-performance materials, with commercial and academic experience in both civilian and defence applications.

Our objective is to deliver true value to clients, both industry and government, by effectively and efficiently solving critical challenges in materials science and solid mechanics.

Shock physics

Optical physics

Composite materials

Bio-materials

Nanomaterials

Leveraging network and facilities

Analysis and design

Multiphysics

  • 1D - 3D shock propagation and interaction analysis

  • Blast behaviour in materials and structures 

  • Ray-tracing for optical designs

 

Structural analysis and design (for metallic and composite structures)

  • Quasi-static damage and failure simulation

  • Impacts behaviour analysis 

  • Dynamic response analysis

  • Buckling and post-buckling analysis

  • Design optimization

  • Mechanical behaviour of materials

  • Representative Volume Element analysis and properties homogenization

  • Microstructure design
     

Testing

Multiphysics testing

  • Ballistic impact testing: 600m/s, 32mm bore, 20g projectile

  • Portable Photonic  Doppler Velocimetry (PDV) diagnostics for use on ranges as well as in the lab.

  • Framing camera (12 frames, 15ns interframe) diagnostics

  • Blast testing with blast tube, 10kg TNT at 1m standoff equivalent blast pressure.

  • Optical transmission and absorption

  • Luminescence

  • Photovoltaic performance

Mechanical testing

  • Full material characterization (Tensile, compressive, fracture toughness)

  • Impact resistance (drop weight) and Damage tolerance (compression)

  • Fractographic analysis for in-service failures.

  • LinkedIn - White Circle

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