When exploring the R&D Tax Incentive (R&DTI), one of the most common questions businesses ask is:
Is our industry eligible?
In practice, the R&DTI is not limited to specific industries. Rather than focusing on sector classification, the government assesses whether a company is undertaking genuine technical experimentation within its projects.
In other words, eligibility is not determined by industry labels, but by whether the activities address technical uncertainty and follow a systematic, experiment-based approach.
1. What Types of Businesses Typically Undertake R&D Activities?
In practice, R&D activities are commonly found across a wide range of industries. Typical examples include:
Software and Technology Companies
For example:
· Software platform development
· Artificial intelligence systems
· Workflow automation tools
· Data processing systems
When developing new algorithms, optimising system architecture, or resolving performance limitations, these companies often engage in core R&D activities involving technical experimentation.
Engineering and Construction Technology Firms
For example:
· Innovative structural design
· Validation of complex engineering solutions
· Integration of renewable energy systems
· Construction technology innovation
Engineering projects frequently require iterative testing, modelling, and validation to resolve complex technical challenges.
Manufacturing and Product Development Businesses
For example:
· New material development
· Process improvement
· Prototype design and testing
When experimenting with new production methods or product configurations, these activities may also qualify as R&D.
2. What Qualifies as an “R&D Activity”?
Under the RDTI framework, eligible R&D activities generally exhibit three defining characteristics:
2.1 Technical Uncertainty
At the outset of the project, the company cannot determine in advance whether the technical objective can be achieved using existing knowledge or capabilities.
For example:
· Can a new system achieve the required performance?
· Will a new material meet strength requirements?
· Can an algorithm deliver measurable efficiency gains?
This technical uncertainty is a fundamental criterion for R&D eligibility.
2.2 Systematic Experimentation
The company must undertake a structured process of experimentation to resolve the uncertainty.
This may include:
· Prototype testing
· Experimental validation
· Simulation and modelling
· Parameter iteration and optimisation
These activities form the experimental core of R&D.
2.3 Generation of New Knowledge or Improvement
The outcome of R&D is not just a deliverable, but the creation of new technical understanding.
For example:
· Identifying a new engineering solution
· Developing a more efficient system architecture
· Establishing a new technical methodology
Importantly, even if the experiment does not succeed, it may still qualify — provided that it generates new technical insights.
3. What Activities Typically Do NOT Qualify as R&D?
Not all technical work meets the definition of R&D.
The following activities are generally excluded:
· Routine construction or production
· Standard product configuration
· Minor upgrades to existing systems
· Market research or commercial analysis
While these activities may involve technical elements, they typically lack the experimental and investigative nature required under the R&DTI.
Conclusion
The R&DTI is not limited to high-tech laboratories—it applies broadly to businesses that are actively solving technical problems.
As long as a company encounters genuine technical uncertainty and applies a systematic, experiment-driven approach to resolve it, it may be eligible for the program.
Ultimately, eligibility is not about what industry you are in, but about how you approach problem-solving.