Engineering Prototyping and Feasibility Study Consultancy

Minimize Risks & Maximize Results

Bringing a new product or system to life requires more than just a great idea—it demands a deep understanding of technical, financial, and operational feasibility.

Don’t cut corners on the path to quality. Our feasibility studies performed by test engineering experts help ensure that your project is technically and economically viable before moving to full-scale production. We are experts in:

Design for Test (DFT) & Design for Manufacturing (DFM) to ensure your product meets industry best practices.
Agile Development & Prototyping to provide rapid proof-of-concept development to validate ideas.
Industry Standards & Best Practices to meet compliance and operational requirements.

Our Feasibility Studies & Test Specifications

Considering a vision inspection solution? Want to know how much cycle time or throughput will improve if you upgrade your test equipment? Let’s work together to ensure the best strategy, product results and return on investment (ROI).

Our Prototyping Services

Tap into our extensive experience designing and building development smart test systems. Because we work with many innovative product designers and OEMs early in the lifecycle, we can quickly validate your evolving product’s features and performance.

Go from Product Design to Prototype Fast

Need experts to implement your software design in FPGA-based hardware? Want quick proof-of-concept (POC) success? Using National Instruments’ FPGA-driven COTS hardware and our extensive NI platform experience, we quickly develop cost-effective prototypes that accelerate product schedules and significantly lower project risk.

Use our NI FPGA-based expertise for any industry including life sciences, big physics, automotive, consumer products, and aerospace & defense.

Consider a Specification Checkup

We regularly help clients define, develop and finalize test specs and user requirements. Even if your test or user requirement specs are complete, consider having our experts take a second look!

A missed technical spec or a usability/assembly flaw can cost you greatly at the NPI or manufacturing stage.

What We Deliver in Our Feasibility Study Consulting Services

As a leader in engineering prototyping and consulting, we leverage decades of experience to guide clients through every phase of the evaluation process. We provide:

Rapid prototyping & proof-of-concept
Cost-benefit analysis
Design for Test & Design for Manufacturing (DFT/DFM)
Risk assessment
Mitigation strategies

And in many different industries. We offer tailored solutions for aerospace, automotive testing, medical devices, consumer electronics, and more.

Feasibility Studies and Cost-Benefit Analyses

Here are just some of the typical questions we regularly answer for clients:

Vision Inspection & Machine Vision

Can your solution spot defects not visible to the human eye?
Is it as good as or better than the sharpest human operator?
What processing speed can be attained/maintained?
How accurate is computer vision (can we achieve zero defects)?
How do you identify and sort/eliminate defective products?
How would your system become smarter over time?

Electronics & Measurement

How would your test system interface with our product/system?
How does interference/environment influence the system behavior?
What accuracy and speed can be achieved?
How compact can an Averna solution be?
Under what conditions can our system still reliably operate?
How can we optimize power consumption?

Embedded Systems & Sensors

What is the ideal processor controller setup to meet technical specs and budget constraints?
What is the most effective measurement technique?
How does sensor behavior affect my measurements?
How many sensors will be needed?
How can I synchronously acquire sensor data?

Mechanics & Robotics

What forces are exerted in the machine or product?
What design or material can withstand the force requirements?
What speed or positioning accuracy can be achieved?
What is the expected lifetime of a system or component?
How will wear influence the system’s performance?
Can a robot complete the requested movement path to keep up with the production line?

Engineering consulting and feasibility studies are the solution if you want to know how to maximize your operations.