Pioneers In Research and Innovation
Akkodis is building competencies for the future of technology. Our ecosystem of research and innovation is unlocking economic opportunity and social advancement one breakthrough at a time.
About Akkodis
15
years of experience
200+
research projects
600
Akkodis engineers actively
involved in research
The Akkodis Research Mission
Akkodis Research’s mission is to develop tomorrow’s technology and bring your ingenious ideas to life. We implement solutions that allow you to adapt quickly to new business challenges, foster growth, and differentiate yourself in highly competitive markets. Our consultants specialize in deep-dive research to meet your needs and transform your vision into viable solutions to problems.
Agile methodologies
Design thinking
Human-centric design
Operational excellence
Breaking Barriers Together
The Akkodis Research team examines your needs to identify the potential for new solutions and help you bring bold ideas to life for a sustainable and resilient society.
Uplifting Talent
Our innovation ecosystem fosters career development by providing opportunities for students and young professionals to participate in cutting-edge research.
Propelling Investments
We keep you moving forward by discovering better ways to tackle global-scale challenges to improve people’s lives and bring in opportunities and big wins.
Expert Grant Management
Acquiring non-dilutive funding for R&D can be a challenge. With an in-depth knowledge of the grant process and a strong academic background, we propel your application strategy and ensure your post-award grant’s compliance.
Akkodis Academy + Academic Institutions
Akkodis' innovation ecosystem is committed to supporting education at universities by providing initiatives, including presenting and speaking at conferences, sponsoring students, providing insights or data from practice in classes, training and mentoring students, and technical workshops.
By engaging with students and academic institutions, Akkodis offers valuable practical knowledge and experience that complements traditional academic education. It fosters innovation and growth by bridging the gap between academic knowledge and practical application.
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Stade Toulousain
Our partnership with Stade Toulousain brings further tech innovation to the world of rugby. We explore new technologies and solutions to help them optimize performance.
FAQs About Research and Innovation at Akkodis
Research at Akkodis focuses on transforming emerging technologies, scientific discoveries, and engineering concepts into practical solutions that address complex industrial, environmental, and societal challenges.
By combining academic collaboration, industry partnerships, digital engineering, artificial intelligence, and applied innovation, Akkodis helps organizations accelerate the transition from research concepts to real-world implementation. Research activities span mobility, aerospace, sustainability, energy, automation, AI, digital twins, and intelligent systems.
By combining academic collaboration, industry partnerships, digital engineering, artificial intelligence, and applied innovation, Akkodis helps organizations accelerate the transition from research concepts to real-world implementation. Research activities span mobility, aerospace, sustainability, energy, automation, AI, digital twins, and intelligent systems.
Akkodis combines research, engineering, and industrial expertise to convert scientific concepts into deployable products, platforms, and services.
Its approach bridges academia, public research initiatives, industry consortia, and commercial deployment. Through Intelligent Digital Engineering, research findings can be validated, tested, industrialized, and scaled more rapidly across sectors.
Its approach bridges academia, public research initiatives, industry consortia, and commercial deployment. Through Intelligent Digital Engineering, research findings can be validated, tested, industrialized, and scaled more rapidly across sectors.
Research partnerships help accelerate innovation by combining complementary expertise from industry, academia, public institutions, and technology ecosystems.
Collaborative research enables organizations to address larger challenges, share knowledge, reduce development risks, and accelerate technology transfer. Akkodis actively participates in collaborative mobility, transportation, aerospace, sustainability, and digital research ecosystems through industry partnerships and European programs.
Collaborative research enables organizations to address larger challenges, share knowledge, reduce development risks, and accelerate technology transfer. Akkodis actively participates in collaborative mobility, transportation, aerospace, sustainability, and digital research ecosystems through industry partnerships and European programs.
Akkodis supports sustainable mobility research through projects focused on electrification, zero-emission transportation, connected mobility ecosystems, charging infrastructure, and future vehicle architectures.
Examples include participation in ZEV-UP, a European initiative developing modular battery-electric vehicles with swappable battery systems, and long-term expertise in EV charging technologies, battery systems, and mobility ecosystems.
Examples include participation in ZEV-UP, a European initiative developing modular battery-electric vehicles with swappable battery systems, and long-term expertise in EV charging technologies, battery systems, and mobility ecosystems.
Akkodis is exploring technologies that can reduce aviation's environmental impact while maintaining operational performance and safety.
The Green & Fly concept investigates zero-emission and low-emission regional aviation solutions, including future propulsion systems, hydrogen technologies, digital engineering, and sustainable aerospace operations. This research supports the broader industry transition toward net-zero aviation.
The Green & Fly concept investigates zero-emission and low-emission regional aviation solutions, including future propulsion systems, hydrogen technologies, digital engineering, and sustainable aerospace operations. This research supports the broader industry transition toward net-zero aviation.
PRISMA is a European research initiative focused on secure industrial traceability, process transparency, and blockchain-enabled certification.
The platform combines public and private blockchain technologies to improve tracking, accountability, process certification, intellectual property protection, and industrial collaboration. The project also explores the integration of blockchain and IoT technologies while improving efficiency for low-energy devices.
The platform combines public and private blockchain technologies to improve tracking, accountability, process certification, intellectual property protection, and industrial collaboration. The project also explores the integration of blockchain and IoT technologies while improving efficiency for low-energy devices.
ISCRA is a research project focused on developing a scalable, intelligent flight-simulation platform based on an anthropomorphic robotic arm.
The project explores advanced pilot training capabilities, lightweight composite materials, robotic motion systems, and immersive simulation environments that can improve training effectiveness while reducing operational costs.
The project explores advanced pilot training capabilities, lightweight composite materials, robotic motion systems, and immersive simulation environments that can improve training effectiveness while reducing operational costs.
Akkodis researches AI through initiatives that combine human expertise with intelligent agents, automation, simulation, and advanced decision-support systems.
Examples include The Seed, which uses specialized AI agents to support engineering research and prototype design, and Cybermate, which enables domain experts to create and test AI-powered workflows and assistants. These initiatives help accelerate experimentation, analysis, and technology development.
Examples include The Seed, which uses specialized AI agents to support engineering research and prototype design, and Cybermate, which enables domain experts to create and test AI-powered workflows and assistants. These initiatives help accelerate experimentation, analysis, and technology development.
SABRES is a research initiative developing autonomous marine systems designed to improve climate resilience and coastal protection.
The project investigates autonomous submersible vehicles that can function as temporary offshore barriers during extreme weather conditions. By combining autonomy, marine engineering, and environmental technologies, SABRES aims to create new approaches to coastal defense and climate adaptation.
The project investigates autonomous submersible vehicles that can function as temporary offshore barriers during extreme weather conditions. By combining autonomy, marine engineering, and environmental technologies, SABRES aims to create new approaches to coastal defense and climate adaptation.
Research helps organizations create new technologies, improve sustainability, accelerate digital transformation, reduce environmental impacts, and unlock future growth opportunities.
By participating in collaborative research ecosystems and industrial innovation programs, organizations can gain access to emerging technologies earlier, reduce development risk, strengthen competitiveness, and contribute to solving global challenges. Akkodis applies research across mobility, energy, aerospace, AI, sustainability, and digital engineering to create measurable business and societal impact.
By participating in collaborative research ecosystems and industrial innovation programs, organizations can gain access to emerging technologies earlier, reduce development risk, strengthen competitiveness, and contribute to solving global challenges. Akkodis applies research across mobility, energy, aerospace, AI, sustainability, and digital engineering to create measurable business and societal impact.