Sectors

Construction Industry

Construction Industry

The construction industry is full of challenges that require inventive solutions. Engineers, technologists, designers, and machinists spend a substantial portion of their time developing superior designs and manufacturing practices to remain competitive. Every construction project is unique, which means that construction companies have to adapt their processes and resources to suit each project.

This continuous evolution of technologies provides ample opportunities for companies to take advantage of the R&D tax incentive credit. Research and Development activities can take place during different phases of a construction project.

Examples of Qualifying R&D Activities

  • Identification of technological improvements in the construction process or to the products and software used. This can include developing, testing, and implementing systems which are technically difficult;
  • Research and design, development of prototypes, commissioning, including quality testing and production of the final product/ building;
  • Development or adaptation of tools, materials, and processes to improve efficiency, or to adapt construction techniques to adapt to environmental or land conditions;
  • Development of a unique assembly or construction method or process;
  • Experimentation with new building materials;
  • Custom design work to accommodate visual or structural needs;
  • Development of innovative electrical, HVAC, and energy-efficient systems;
  • Design and development of unique temporary systems such as shoring, falsework and dewatering systems;
  • Modern Methods of Construction (MMC) and Building Information modelling (BIM) activities;
  • Development of sophisticated systems to meet health and safety requirements. For example, innovative scaffolding, safe working processes and automation.

If you want to check out your company eligibility for the R&D Tax Credit, please contact us!

Architecture & Engineering

Architecture & Engineering

The Architecture and Engineering sector involves the development of new and improved design and infrastructure. A&E firms routinely conduct Research and Development activities during almost every phase of the project. Neither the contract, nor payments received for contracted services necessarily disqualify the activity for the R&D credit. If there is any degree of economic risk and the right to apply the knowledge obtained through these activities, the R&D process is retained.

The Architects and Engineers must deal with application, location, environment, and weather.

All interfere in the materials will be used, eventually the method or technique should be applied. May you or not hire specialized workforce or contract third part technician or specialist.

Examples of Qualifying R&D Activities

  • Sustainable or conceptional design;
  • Impact studies and design testing;
  • Design and development of energy-efficiency projects and/or features;
  • Alternative material changes from natural to synthetic;
  • New material combinations and evaluation of their performance properties;
  • Improving or developing functional alternatives or technologies;
  • Development of modeling software, virtual views, ER/VR;
  • Performance and evaluation of reliability, quality, and durability;
  • Testing and/or failure of concepts;
  • Integrating transportation systems into the functional design of the structure;
  • Processes to resolve any uncertainties or accurate forecast;
  • Substantial improvement of an existing product or process;
  • Alternative methods in a challenging environment;
  • Innovative assembly or constructions methods.

If you want to check out your company eligibility for the R&D Tax Credit, please contact us!

Aviation / MRO industry

Aviation / MRO industry

The commercial airline fleet have forecasted worldwide, to grow in accelerated rate as the
aircraft manufacturers deliveries a massive technology shift over for the new generation
aircraft.

To prepare for this growth, all the original equipment manufacturer (OEM), from aircraft
manufacturer; and maintenance, repair, operation companies (MRO), must be looking to
increase efficiency through the process improvements as well.
Therefore, to align companies with distinct types of development and innovation, many
updates are required to accommodate the new demand. Research and development (R&D),
in the aviation industry, involves innovations in software, engineering, design and
manufacturing.

To claim the R&D tax credit, perform activities such as:

  • More reliable machines and process;
  • Eco-friendly supplies and materials;
  • Information Technologies / Internal use software (integration/development);
  • Communication systems, Virtual Reality (VR) or Augmented Reality (AR);
  • Customized repair and maintenance programs;
  • Efficiency and safety systems;
  • Artificial Intelligence (AI) to accurate control and predict maintenance;
  • New tools and equipment to early identify problems or material stress;
  • Adjust for new combustible and better consumption;
  • Flex layout configuration.

Processes

  • Metal forming, welding, and machining techniques;
  • Surface treatment and coating methods;
  • Heat treatment profiles and procedures;
  • Satisfaction of regulatory requirements;
  • Automated processes and robotics;
  • Manufacturing and tooling processes.

Products

  • Composite materials / Alloys and powder metallurgies;
  • 3D printing for supply chain and spare parts;
  • Optimization of strength and minimization of weight;
  • Increase product yield and decrease cycle times;
  • Commercial prototypes and first articles for testing and validation.

Check out your company eligibility for the R&D Tax Credit contacting FI Group!

Software Applications for R&D tax credit in Banks

Software Applications for R&D tax credit in Banks

Many banks are not aware of the Research and Development (R&D) tax credit program, on account of not recognizing themselves as eligible as software companies. In other cases, some organizations believes that only a portion of their activities can be qualified as innovation.

Both cases are common misconceptions pervasive throughout the business world, but innovation is more than only new inventions. Actually, almost every phase of a solution is considered an activities of R&D.

When claims are properly prepared in compliance – with correct standards –, the R&D tax credit can be a reliable funding source for IT solutions. Among the possibilities, any of the following activities can be considered as an R&D process:

  • New or different solution to optimize the time inherent to some task or accuracy in the customer service perception and relationship by technology;
  • Development of a platform for coordination of internal processes;
  • Design of new platforms, such as channels or languages, in partnership with clients and suppliers (including memberships, rewards or cashback);
  • New systemic solutions for the creation of inedited financial products, based on data collection and historical behavior, for preventing losses;
  • Systems integration and data base interface;
  • Manage clients through intelligent algorithms, which evaluates main indicators, such as the granting of credit;
  • Development of new means of negotiating online via mobile applications;
  • Self-service on-line or self-payment in stores connecting different payment platforms;
  • Artificial intelligence (AI) for customer service;
  • Algorithms to automate stock market operations;
  • Developing new products to be offered in physical agencies and digital channels – through the design of new technological platforms to support the operations;
  • Cross-selling or up-selling by a customized offer;
  • Improve the security of automated teller machines (ATM) or virtual operating systems – such as biometric scans, security system (firewall) or malware recognition;

After the idealization phase, other activities can be included, as the ones corelated to:

  • Specification definitions;
  • Software architecture design;
  • Software implementation (source code development);
  • Systems Application;
  • Software as part of a hardware product;
  • Development of specialized technologies and algorithms;
  • Functional requirements analysis engaging in systems process mapping and modeling.

Once the solution is done, must be assessed, and proved:

  • Integration analysis and testing;
  • Design defect identification;
  • Software design modifications to eliminate design defects;
  • Test procedure definition;
  • Test specifications definition;
  • Test procedure / process execution and system stress.

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