top of page

Our Story

Founded in 2019, Innovatis Consulting Inc. was established to solve a recurring problem in the innovation sector: the disconnect between high-level scientific research and the rigorous demands of regulatory compliance and financial recovery.

​

We are not just consultants; we are a multidisciplinary team of MDs, quality specialists, and strategic advisors who speak the language of engineering and clinical medicine. We specialize in transforming complex technical activities into audit-ready assets, helping MedTech, Biotech, and healthcare organizations navigate the "turbulent times" of experimental development with calm, data-driven precision.

  • Facebook
  • Twitter
  • LinkedIn
  • Instagram

Industries We Serve

  • Doctors (Medical Professional Corporations)

  • Clinics

  • Startups

  • Pharmaceutical & Life Sciences

  • Information Technology

  • FinTech

  • FemTech

  • Agriculture

  • Food

  • Manufacturing

image.png

Contact

Nikhil P, MD

613-986-8655

Your Success is Our Success!

Let's connect.

nikhil@innovatis.com

The Scientific Research and Experimental Development (SR&ED) program is a critical cornerstone of Canada's innovation ecosystem. Administered by the Canada Revenue Agency (CRA), it is the single largest federal tax incentive program designed to encourage businesses of all sizes, operating in every industry sector across the country, to invest in research and development. In 2023, the program provided over $3.6 billion in tax incentives, supporting more than 16,000 businesses.

 

The Fundamental Objective:

The core mandate of SR&ED is to foster a culture of innovation and technological advancement within Canada. By reducing the financial risk and cost associated with R&D, the government aims to encourage businesses to undertake projects that might otherwise be seen as too risky or expensive. This investment in R&D leads to:

  • Increased competitiveness: Businesses can develop better products, processes, or services, allowing them to better compete both domestically and globally.

  • Economic growth: Innovation drives productivity and leads to the creation of new high-skilled jobs and industries.

  • Technological leadership: Encouraging R&D helps establish Canada as a global leader in emerging technologies and scientific fields.

  • Solving complex challenges: R&D is essential for addressing pressing societal issues, such as health challenges, environmental sustainability, and cybersecurity.

 

The Core Mechanisms:

SR&ED provides tax incentives in two primary forms:

  1. Investment Tax Credits (ITCs): Eligible businesses can earn non-refundable tax credits based on their qualified R&D expenditures. These credits can be used to reduce any federal income tax they owe. In some cases, a portion of these credits may be refundable.

  2. Refundable Tax Credits: Certain small- to medium-sized, Canadian-controlled private corporations (CCPCs) can receive a cash refund for a portion of their qualified SR&ED expenditures, regardless of their profitability. This is a crucial feature, as it provides immediate liquidity that can be reinvested directly back into the R&D process.

​​

What Qualifies as SR&ED?

The definition of eligible SR&ED is vital and precise. To be considered SR&ED, a project must meet the requirements of three essential criteria, often referred to as the "three pillars":

​

1. Technological Advancement (What you are trying to achieve):

The project must aim to achieve a "technological advancement." This means trying to create new knowledge or to develop or improve a product, process, or system. The advancement is measured relative to the technological base and knowledge that was available to the entire industry or field at the beginning of the project, not just what was known by your specific company. Importantly, successful creation or improvement is not required; the intent and systematic pursuit of advancement are what matter. A failed experiment can be a technological advancement.

​

2. Technological Uncertainty (Why you cannot achieve it easily):

The project must be characterized by "technological uncertainty." This exists when the available scientific or technical knowledge is insufficient to enable you to solve a problem or to achieve a desired outcome without conducting an systematic research project. If you can confidently predict the outcome of your research and development plan without undertaking specific experimental activities, then there is no technological uncertainty, and it likely doesn't qualify as SR&ED. Routine engineering work, for example, typically does not involve technological uncertainty.

​

3. Systematic Investigation (How you pursue the advancement):

The project must be pursued through a "systematic investigation" or search. This means following a formal process, typically the scientific method (although other systematic approaches can be acceptable). It involves:

  • Defining a clear objective.

  • Developing a hypothesis.

  • Conducting experiments or testing.

  • Analyzing the results.

  • Documenting the entire process, including failures.

The key distinction is that SR&ED is not a haphazard or trial-and-error process. It requires rigorous, structured, and well-documented research and development activities.

 

Common Eligible Activities:

While the definition is specific, a wide range of activities often qualify for SR&ED, including:

  • Basic Research: Work undertaken for the advancement of scientific knowledge without a specific practical application in view.

  • Applied Research: Work undertaken for the advancement of scientific knowledge with a specific practical application in view.

  • Experimental Development: Work undertaken for the purpose of achieving technological advancement, with a specific practical application in view, by using the results of basic or applied research or practical experience in the development of new, or in the improvement of existing, materials, devices, products, or processes.

​​

Common Examples of Eligible Expenditures:

  • Salaries: The wages of employees engaged directly in the SR&ED activities, including researchers, engineers, technicians, and potentially support staff proportional to their direct involvement.

  • Materials: The cost of materials directly consumed or transformed in the prosecution of the SR&ED activities.

  • Subcontractors: The cost of contracting with third parties to perform SR&ED-related activities.

  • Overhead: A portion of overhead costs directly related to supporting the SR&ED activities.

  • Leased Equipment: The cost of leasing specialized equipment used exclusively or primarily for SR&ED.

 

What Does Not Qualify:

The SR&ED legislation explicitly excludes certain activities:

  • Routine work: Traditional engineering, quality control, routine testing, and troubleshooting.

  • Market research or sales promotion: Activities related to determining market potential or increasing sales.

  • Administrative costs: General and administrative costs that are not directly related to the prosecution of SR&ED.

  • Prospecting or drilling for minerals or oil and gas: Specific types of resource exploration are excluded.

  • The commercial production of a new product or process.

  • Work done to support research activities that are not SR&ED.

 

​

bottom of page