We work in a collaborative engineering mode to assist defence R&D from conceptual design to delivery of design / manufacturing drawings. We interface to get certification from appropriate agencies.

We use a variety of computer simulation technologies, we develop computer models of products/ systems/ processes, adopting virtual product development, virtual prototyping, virtual testing methodologies.

Fatigue, fracture, creep, analysis (prediction fatigue hot spots- the regions where fatigue damage initiates, number of cycles for failure, Probability of failure due to variations in loading/ material properties/ operational conditions)

We work in a collaborative engineering mode to assist defence R&D from conceptual design to delivery of design / manufacturing drawings. We interface to get certification from appropriate agencies.

We use a variety of computer simulation technologies, we develop computer models of products/ systems/ processes, adopting virtual product development, virtual prototyping, virtual testing methodologies.

Fatigue, fracture, creep, analysis (prediction fatigue hot spots- the regions where fatigue damage initiates, number of cycles for failure, Probability of failure due to variations in loading/ material properties/ operational conditions)

We work in a collaborative engineering mode to assist defence R&D from conceptual design to delivery of design / manufacturing drawings. We interface to get certification from appropriate agencies.

We use a variety of computer simulation technologies, we develop computer models of products/ systems/ processes, adopting virtual product development, virtual prototyping, virtual testing methodologies.

Fatigue, fracture, creep, analysis (prediction fatigue hot spots- the regions where fatigue damage initiates, number of cycles for failure, Probability of failure due to variations in loading/ material properties/ operational conditions)

We work in a collaborative engineering mode to assist defence R&D from conceptual design to delivery of design / manufacturing drawings. We interface to get certification from appropriate agencies.

We use a variety of computer simulation technologies, we develop computer models of products/ systems/ processes, adopting virtual product development, virtual prototyping, virtual testing methodologies.

Fatigue, fracture, creep, analysis (prediction fatigue hot spots- the regions where fatigue damage initiates, number of cycles for failure, Probability of failure due to variations in loading/ material properties/ operational conditions)

We work in a collaborative engineering mode to assist defence R&D from conceptual design to delivery of design / manufacturing drawings. We interface to get certification from appropriate agencies.

We use a variety of computer simulation technologies, we develop computer models of products/ systems/ processes, adopting virtual product development, virtual prototyping, virtual testing methodologies.

Fatigue, fracture, creep, analysis (prediction fatigue hot spots- the regions where fatigue damage initiates, number of cycles for failure, Probability of failure due to variations in loading/ material properties/ operational conditions)

We work in a collaborative engineering mode to assist defence R&D from conceptual design to delivery of design / manufacturing drawings. We interface to get certification from appropriate agencies.

We use a variety of computer simulation technologies, we develop computer models of products/ systems/ processes, adopting virtual product development, virtual prototyping, virtual testing methodologies.

Fatigue, fracture, creep, analysis (prediction fatigue hot spots- the regions where fatigue damage initiates, number of cycles for failure, Probability of failure due to variations in loading/ material properties/ operational conditions)