What were the key criteria for selecting the startups included in this year’s Top 50 Contech Startups list?
The selection process is based on several criteria and is decided by the Investment &  Business Development team. One of the strongest sources to build this list is the Construction Startup Competition, completed with the contributions from our investment and collaboration pipeline. We select startups with unique and innovative solutions that are aligned with Cemex Ventures’ four focus areas—green construction, enhanced productivity, supply chain, and construction future—and their potential to disrupt traditional practices of the construction industry. Overall, we aim to find passionate and resilient entrepreneurs and businesses that are covering the needs and challenges of the current built environment.

What major trends in construction technology stood out among the companies on the list this year?
This year, we saw a surge in solutions addressing the reduction of carbon footprint through sustainable materials (recycled and upcycled materials) and more efficient and productive construction processes.. There was also a noticeable rise in AI-driven tools for project management, project tracking, predictive analytics & maintenance, and automation, as well as advancements in industrialized construction methods and robotics to address labour shortages and efficiency gaps. Beyond our Top 50 report, we saw that 37% of all the capital raised in construction tech ecosystem went to AI, and the largest deals registered in 2024 went to solutions using AI.

Are there any regions or markets that showed a notable increase in innovation or representation in this year’s list compared to previous years?
North America and Europe continue leading the investment activity in our industry with 85% of all Contech transactions. From a deal perspective, Asia-Pacific showed significant growth in representations, with innovative startups tackling challenges unique to densely populated urban areas. Europe also strengthened its presence with growth across all the focus areas, although sustainability and productivity took 66% of the transactions. It seems that sustainability-driven solutions continue reflecting the region’s regulatory pressure to adopt and implement greener construction practices.

How many selected startups focus on sustainability, and what specific solutions stood out in addressing environmental challenges?
We try to build a balanced list of startups across our verticals every year. However, we see solutions from other buckets with a slight sustainability component, such as making processes efficient and greener by consuming fewer resources. In the Green Construction group, key innovations included CCUS technologies, LCA tools, AI tools for optimizing material usage, recycled construction materials and waste management, startups developing alternative cementitious materials and water efficiency & conservation.

With AI becoming increasingly integral, how are the listed startups leveraging artificial intelligence and automation to transform the construction industry?
AI is being used across various phases of the construction value chain, from generative design to predictive maintenance and real-time project monitoring. Many startups on the list leverage AI to optimize workflows, improve safety through automated risk assessments, and reduce project delays by predicting supply chain bottlenecks. Likewise, automation is particularly prevalent in robotics for tasks like bricklaying, 3D printing, site inspections or rebar works. 

Which startups or categories on the list do you see as having the highest investment potential or the greatest impact in the near future?
Startups focused on the sustainability, decarbonization and supply chain efficiency fields stand out for their investment potential, given the pressing demand for tackling industry´s carbon footprint, resource optimization, regulatory pressure and meet carbon budgets and targets. Specifically, those developing low-carbon materials, energy-efficient technologies, and AI-driven supply chain platforms are likely to have the greatest near-term impact. Lastly, the race for full automated sites has started, startups succeeding in automation lowering actual costs and increasing production will also take investors’ attention.

Are any of the startups from the list currently collaborating with Cemex Ventures, and if so, can you share examples of these partnerships?
All the startups included in the list are (or has been) part of our pipeline. While all these companies can benefit from our knowledge, our extensive network, or programs like the Construction Startup Competition, we prioritize those solutions whose vision is aligned with Cemex´s strategic needs and those that can help our operations to be more sustainable and efficient making our corporation more reliable and competitive. For example, some of these startups have participated in our acceleration program LeapLab, others are already collaborating with our operations and others are working with our Global R&D team.

Based on the innovations showcased, what do you see as the most significant opportunities and challenges for Contech in the next 5-10 years?
The most promising opportunities lie in addressing our industry decarbonization challenges throughout the entire construction lifecycle. The optimization of processes to make construction sites leaner and agile performing tasks on time and on budget will continue with capital inflows in the next years. Advances in AI, robotics, and industrialized construction will help to achieve this level of optimization. However, challenges include the slow adoption rate of new technologies due to the fragmented nature of the industry, regulatory hurdles, materials scarcity or the need for substantial investment to scale these solutions globally.

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What inspired you to establish Innotech, and how has the company evolved since its inception?
The inception of Innotech was driven by our deep-rooted passion for robotics and automation, which stemmed from our background in Mechatronics engineering. While working in the oil and gas sector, we realized that our true interest lay elsewhere—specifically in the untapped potential of concrete 3D printing. Recognising a significant opportunity in this emerging technology, we made the bold decision to pivot towards revolutionising the construction industry with automation. Our ambition was clear from the start: to position Innotech as the leading concrete 3D printing company in the MENA region.

Our journey began with a small-scale pilot project in our first year. However, our determination and innovative approach quickly propelled us forward. By our second year, we had successfully constructed 30 buildings using our proprietary 3D printing technology. This rapid growth not only validated our vision but also attracted the attention of investors. Today, we are proud to have secured investment from three prominent venture capital firms across three different countries, further solidifying our position in the market.

How does Innotech leverage 3D printing technology to address key challenges in the construction and manufacturing sectors?
One of the most pressing challenges in the construction industry is the high cost and lengthy timelines associated with traditional building methods. At Innotech, we have successfully mitigated these issues by leveraging automation through concrete 3D printing. This technology allows us to significantly reduce construction costs while expediting project completion times.

Beyond cost and speed, another major concern in modern construction is energy efficiency. We have actively worked on addressing this by innovating with sustainable construction materials that enhance thermal insulation and reduce energy consumption in buildings. By continuously refining our 3D printing processes and materials, we ensure that our solutions contribute to a more sustainable and cost-effective construction ecosystem.

What unique value does Innotech bring to Oman’s technology ecosystem, particularly in automation and sustainability?
Innotech’s core mission aligns closely with Oman’s Vision 2050, which aims to transform the nation into a net-zero carbon economy. One of the primary ways we contribute to this vision is by significantly reducing the carbon footprint of construction projects. Traditional construction methods rely heavily on cement, a major contributor to CO₂ emissions. Our 3D printing technology optimizes material usage, reducing the need for cement while maintaining structural integrity.

Moreover, by automating construction processes, we help minimize labour-intensive practices, which not only cuts costs but also enhances safety and efficiency. Our innovations in automation and sustainability position us as a key player in Oman’s technological transformation, making construction more eco-friendly and cost-effective.

Can you share examples of how Innotech’s solutions have successfully improved efficiency and reduced environmental damage in projects?
One of our most successful projects involved reducing construction costs for a client by 8% through the implementation of our 3D printing technology. This cost efficiency was achieved by minimizing material waste and streamlining labour requirements. Additionally, we have made substantial progress in reducing environmental impact. Our 3D printing solutions use 15% less Portland cement than conventional construction methods, which significantly reduces CO₂ emissions.

By integrating smart construction materials and sustainable design principles, we continue to set benchmarks in environmentally responsible building practices. Our commitment to sustainability ensures that every project we undertake benefits our clients and contributes positively to the environment.

In the field of educational technology, what role does Innotech play in preparing the next generation for the Fourth Industrial Revolution?
Beyond our contributions to construction, Innotech is deeply invested in the educational sector. We believe that the future of Oman’s technology ecosystem depends on equipping the next generation with essential skills in automation and robotics. To support this, we have established a mobile educational lab, funded by BP Oman and operated in collaboration with the Ministry of Education.

This mobile lab travels across the country, introducing students to the fundamentals of robotics and automation through hands-on training. To date, we have provided practical training to over 1,200 students, inspiring a new wave of young engineers and innovators. By nurturing this talent pipeline, we are helping Oman transition into a knowledge-based economy.

What challenges have you faced in scaling your business and adopting advanced technologies in the region?
Scaling a business that introduces disruptive technology comes with significant hurdles. One of our biggest challenges has been navigating regulatory frameworks to secure permits for our innovative construction techniques. Since 3D printing in construction is still a relatively new concept in the region, obtaining approvals has been a time-consuming process.

Additionally, securing venture capital (VC) funding for hardware startups in the GCC has been another challenge. Unlike software startups, which generally require lower initial investments, hardware-focused companies demand substantial capital for research, development, and scaling. Despite these obstacles, our persistence and strategic partnerships have enabled us to overcome these barriers and continue our growth trajectory.

How does Innotech balance innovation with maintaining cost-efficiency for its clients in competitive industries like construction and manufacturing?
We believe that the key to making advanced technology affordable lies in vertical integration. Unlike traditional companies that outsource various aspects of their production, we made the unconventional decision to manage everything in-house. This includes research and development, material production, and manufacturing. While it was a bold and resource-intensive move, it has allowed us to drive down costs and ensure full control over quality and innovation.

By keeping all operations under one roof, we can rapidly iterate on our technology, reduce dependency on external suppliers, and pass on cost savings directly to our clients. This approach has been instrumental in making our 3D printing solutions accessible to a broader market.

What are your long-term goals for Innotech, and how do you envision its role in shaping Oman’s technological and educational future?
At Innotech, our long-term vision is to fully automate construction processes, making homeownership more affordable and environmentally sustainable. We envision a future where advanced robotics and AI-driven automation will significantly reduce the cost of building homes, making sustainable housing accessible to everyone.

Moreover, we aim to expand our educational initiatives, ensuring that future generations are equipped with the skills required to lead Oman’s technological revolution. By fostering innovation in both construction and education, we hope to play a crucial role in shaping the nation’s future as a leader in automation, sustainability, and technological advancement.

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The innovative Robotics workshop is a certified program tailored to enhance the innovation skills of participants through engaging, hands-on experiences in robotics. Leading the instruction is Mohammad Alshamsi, a celebrated robotics engineer renowned for his profound expertise in both academic theories and real-world applications. Over a two-day session, participants will delve into core areas such as robot design, internet connectivity, and the troubleshooting of robotic systems, providing them with an invaluable foundation in emerging technologies.

Concurrent with the Robotics Workshop, the Youth Council is also launched “Skillpreneurship” platform at du – an innovative initiative aimed at empowering youth by providing them with a platform to leverage their talents for entrepreneurial ventures and personal growth. This platform encourages the sharing and trading of skills within the company for monetary rewards, fostering a culture of self-reliance and internal talent utilization. Through engaging workshops available in both physical and online formats, individuals have the opportunity to offer their skills not just within the organization but also to external entities like educational institutions and businesses, thus generating mutual benefits and cost savings.

This model has not only motivated participants to explore and reveal their hidden talents but has also positively impacted personal fulfilment and the wider community, with over 200 attendees in the initial workshops, showcasing its success and reach. Through these educational workshops and platforms, du is not only fostering a culture of innovation and skill development but also enhancing career development opportunities for the youth of the UAE.

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Since its creation, Niryo has gained an international reputation for its accessible collaborative robot arms and its Niryo Studio application for controlling them, combined with an approach focused on engagement and proximity with its customers. Its latest robotic arm, NED2, is used and approved worldwide, notably by the education, research and training sectors.Many international companies have also adopted Niryo cobots, including Airbus, Deutsch Bahn, Siemens, Solvay, Coca-Cola as well as Texas Instrument. Guided by the bold vision of its founder, Marc-Henri Frouin, the company has demonstrated an unwavering commitment to the democratization of cobotics, robotics made to work with humans. Its mission? To work towards a new, more resilient and more human-oriented form of robotics.

Marc-Henri Frouin, CEO of Niryo, speaks enthusiastically about this new step “At Niryo, we are driven by a deep conviction in the power of technology to shape a more sustainable and humane future. Niryo makes collaborative robotics accessible to all, and promotes a more resilient vision of technology. With this fundraising, we continue to write our history by pushing back the limits of what robotics can achieve. It is also an opportunity for us to demonstrate that collaboration between man and machine is the key to innovation in all sectors.This €10 million round of financing reinforces the start-up’s ongoing development. With a team of some forty employees, Niryo remains deeply rooted in Lille, France. Indeed, the company continues to favor the use of French products and maintains an in-house assembly process, reinforcing its commitment to national innovation.

“This investment, which we are delighted to announce, is fully in line with our investment philosophy: to support innovative and ambitious industrial projects in our regions. Based in the Hauts-de-France region, Niryo’s products contribute to the development of Industry 4.0 in France, not least through local production. Thanks to its affordable, robust robotic solutions, Niryo offers a wide range of use cases, making industrial robotics, until now reserved for large companies, accessible to smaller structures”, explains Alban Nénert, Business Manager at Innovacom.

Today, Niryo has a presence in over 70 countries, with a strong footprint in the US, Germany and the UK markets. Its latest development, the “NED 2” educational robot, offers an accessible and compact solution for training engineers. This small, lightweight robot can simulate real-life industrial scenarios by connecting several units. Engineering schools and research centers are the main customers for this product, reflecting Niryo’s desire to shape the future of robotics through education and research.

“We’re convinced that the cobot market is set for strong growth over the next few years. Thanks to its range of lightweight, space-saving, easily programmable collaborative robots with a simple UX, Niryo seems ideally positioned to democratize the use of cobots in many sectors, beyond the traditional uses of robotics in industry,” explains Marion Aubry, Investment Director at Bpifrance Digital Venture.

This new phase of financing opens the way to a promising future. It’s an opportunity for the startup pioneer in the educational robotics market to extend its expertise and range of robots to the needs of the professional sector. The company remains committed to transforming collaborative robotics into a sustainable strength, with the main goal of reinforcing the impact of technology while preserving humanity at the heart of every advance.

It is with this in mind that Niryo is opening 20 permanent positions to carry out its ambitious projects.

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Headquartered in the UAE, Maxbyte is a leading provider of Industry 4.0 solutions with a strong presence in the automotive, defence, utilities, and food and beverage sectors. It aims to enable smart connected industrial enterprise for flexibility, productivity, predictable revenue and profit growth, as well as sustainability.

The funding aims to expedite growth by bolstering the sales team, refining the go-to-market strategy and partnerships, and scaling projects across new geographies and industries.

Eddy Farhat, Executive Director at e& capital, said “Our investment in Maxbyte is a significant milestone. Maxbyte’s innovative approach to automation technology positions it as an ideal partner for the Industry 4.0 revolution especially with its track record of success stories across the UAE, USA, SEA, and India. This investment will further its mission to digitally transform and automate companies.

“Maxbyte’s plug-and-play solutions not only support underserved smaller manufacturers but also have the capability to compete with rivals serving larger manufacturing companies through seamless integration. We believe that these solutions will contribute to reshaping the manufacturing landscape in the UAE and beyond.”

Maxbyte provides a wide array of services across three main domains, including Industry 4.0 and AI applications for digitising industrial value chains to Smart and Sustainable Factories, robotics and automation solutions for enabling autonomous factories, and Industry 4.0 education programmes to empower manufacturers and the community for the advancement and adoption of digital transformation and Industry 4.0 journey.

Ramshankar CS, Co-Founder and Chief Executive Officer of Maxbyte, said “We’re thrilled to announce our partnership with e& capital. This exciting milestone is a testament to our shared vision and commitment to reshaping industries, driving transformative growth, and propelling our journey towards a future defined by boundless possibilities. This pivotal partnership accelerates our journey to spearhead technological evolution, fortify smart manufacturing, and empower UAE and global industries.

“We remain committed to delivering cutting-edge product byteFACTORY an industry 4.0 apps store integrated with robotics and automation that empower global industrial enterprise customers to thrive in this era of transformation. This new partnership with e& capital opens doors to even greater possibilities, enabling us closer to our vision of a smarter, more connected industrial world.”

Recently, e& enterprise and Maxbyte entered into a Memorandum of Understanding (MoU), designating e& enterprise as the exclusive distributor and system integrator of Maxbyte products in the UAE. The collaborative effort accelerates the digitisation of UAE’s manufacturing industry and resonates with the vision outlined by the Ministry of Industry and Advanced Technology (MOIAT) through its Operation 300bn programme.

e& capital’s strategic investment in Maxbyte harmonises with the UAE’s national strategy to expedite digital adoption across industries, particularly emphasising the Industry 4.0 paradigm.

As e& capital and Maxbyte combine their strengths, they jointly contribute to the national agenda, shaping the manufacturing landscape’s future through the prism of Industry 4.0. This investment serves as a pivotal step towards realising the shared vision of a digitally empowered future.

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The new departments will complement the university’s existing computer vision (CV), machine learning (ML), and natural language processing (NLP) departments, which are ranked among the top 20 globally by CSRankings, and will act as academic homes for new faculty, researchers and postdoctoral fellows, and students in robotics and computer science.

Aligned with the formation of the new departments, the university has launched master’s and Ph.D. programs in robotics and computer science. The new programs will help further develop the UAE’s wider artificial intelligence (AI) ecosystem and strengthen its position as an international hub for AI research and innovation.

MBZUAI President and University Professor, Eric Xing, said “The addition of these two new departments represents MBZUAI’s lasting effort in developing a solid foundation for research excellence and innovation in artificial intelligence. The university will continue to bring into Abu Dhabi world leading faculty and researchers in the fields and to empower students to become pioneers with highly sought-after skills in developing advanced AI tools and applications across industries. Given the digital renAIssance we find ourselves in, skills in these disciplines are in high demand.”

The Robotics Department will focus on rigorous, high-impact, original research, emphasizing robot learning and robot algorithms rather than the development of new robot hardware. Topics of interest include deep learning, control theory, robot manipulation, quadruped locomotion, human-robot interaction, robot-assisted surgery and healthcare, swarm robotics, precision agriculture, and environment and infrastructure monitoring.

Robotics is a transformative technology, revolutionizing sectors such as manufacturing, healthcare, agriculture, and transportation. Research indicates strong demand for robotics expertise in the coming years, with the robotics technology market expected to surpass US$225.6 billion in value by 2030. This demand will be critically hampered by a predicted global talent shortage, with up to 85 million jobs potentially going unfilled by 2030 due to a lack of skilled people to fill them.

Meanwhile, the Computer Science Department will provide unparalleled depth in the foundational technologies that have given rise to the phenomenal growth and impact of IT in the last four decades, also with a focus on entrepreneurship and sustainability. The global computer science job market is booming, with projections of a 14.5% CAGR from 2021 to 2027 and an estimated 3.5 million jobs by 2026; the program will help cater to the high demand for advanced computer science skills, both in the UAE and beyond.

The master’s programs in computer science and robotics will take two years, including a compulsory six-week internship, while the Ph.D. will take four years, including a compulsory three-month internship. The programs’ dual focus on academic research and industry engagement is designed to provide students with world-leading theoretical and applied skills, bringing maximum impact to the UAE.

MBZUAI Acting Provost, Professor Timothy Baldwin, said “MBZUAI is at the forefront of AI education and research, making our programs distinctive and globally competitive. Our Computer Science Department will be an academic home for faculty, researchers, and students in fundamental computing topics, with the master’s and Ph.D. offering extraordinary technical depth and very strict entry criteria. The Robotics Department will focus on human-centered and autonomous robotics research, as well as the development of the next generation of robotics practitioners with deep skills in both AI and robotics, supporting careers at the cutting edge of academia, industry, and government. Mandatory internships ensure that our students graduate well prepared to drive technological progress, whichever path or sector they choose.”

Currently, there are no comparable programs available in the UAE, allowing MBZUAI to distinguish itself and position the UAE as a global AI leader. The two departments will also serve to highlight the interdisciplinary nature of AI, combining computer science and robotics with domains such as CV, ML, and NLP.

Applications for the 2024 admissions year will open on September 1, 2023.

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With the acceleration of space development, including lunar resource development, Mars exploration, and the commercialization of the International Space Station (ISS), a rapid increase in various types of work within space is anticipated, such as the construction of new space stations, lunar bases, and Mars bases. This work is potentially dangerous and is currently being performed by astronauts, who must be trained and transported at tremendous expense.

GITAI is developing general-purpose robots that can significantly reduce the risk and burden on astronauts while also dramatically reducing the overall cost of transportation and training associated with space labor. By doing so, GITAI aims to make space exploration and development both safe and affordable. Since 2021, they have been steadily building a strong track record by developing lunar work robots and extravehicular robots, as well as by successfully completing on-board experiments using demonstration models on the ISS.

Jason McMillian, Sales Director, Epson Middle East

“The timing of this new Espon investment into the development of space robots coincides with increased space exploration by both Saudi Arabia and the UAE, including the first Saudi woman astronaut, Rayyanah Barnawi, to visit the ISS, where Emirati astronaut Sultan Alneyadi recently completed a space walk,” said Jason McMillian, Sales Director, Epson Middle East. “Our focus on research and innovation in space robot technology can be beneficial for the GCC and other nations investing in future exploration.”

As outlined in the Epson 25 Renewed corporate vision, Epson aims to drive manufacturing innovation by co-creating flexible, high-throughput production systems that reduce environmental impacts. GITAI’s space robot technology has potential applications in Epson’s robotics business and has proven to be competitive in the expanding space business market.

The company continues to forge growth with its strong technical and organization capabilities. Recognizing its impressive track record and the significant technological advancements it has achieved, Epson decided to follow up its initial investment in 2021 with this additional investment.

Going forward, Epson will help to achieve a sustainable society by creating a variety of partnerships and synergies based on its proprietary technologies, products, and services.

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The workshops are part of a comprehensive programme of more than 1,900 children- and youth-oriented activities at the 13th edition of SCRF, taking place over 12 days from May 11 – 22 at Expo Centre Sharjah and carrying the theme ‘Create Creativity’.

Hosted by 8 leading online influencers, the sessions cover everything from social media content creation and blockchain technology to computer programming and robotics.

The art of gathering the best out of social media

Targeted at children aged 10 – 15, who tend to be highly active on YouTube and Instagram, this workshop provides insights on how to responsibly follow accounts on social media. Participants will learn when to avoid hitting the ‘follow’ button and how to determine whether an account is trustworthy.

Create a Trend using your TikTok and Reels

Trends are constantly cropping up on TikTok and Instagram Reels. This workshop encourages youth to question the value of social media trends.

One-click away

Younger internet users will benefit from this workshop, which is designed to make social media more accessible and demonstrate that a single click can open up a new world.

Bullies and Hackers Detoxification

In this workshop, youth will learn how to keep their online accounts safe and maintain privacy independently of parental supervision. The session will also explore rules of etiquette when posting comments and strategies to tackle cyberbullying.

IoT

Participants of this workshop will be introduced to the intricate world of the Internet of Things (IoT) and its importance in the field of design. A short talk will be followed by a hands-on session in which attendees will brainstorm designing and prototyping ideas and build gadgets of their own.

Maze Challenge Robot

On your mark, ready, set, go! Using supplied materials, build a robot race car powered by a mobile app remote control and then take part in a friendly race with fellow workshop attendees.

Videography for Social Media and Storytelling

This workshop sheds light on how videos are created and used to tell a story. Participants will have the opportunity to perform scenes in groups for a video and observe the process of putting them together for a social media post using specialised software.

Code with Social Media Sprites

Develop your coding skills to create a sprite, or animated character, based on the logo of your favourite social media platform in this expert-led workshop offered at SCRF.

Creative Content Creation

Participants of this session will hear from digital creator Mohamad Khalifa, who will discuss why he decided to embark on his content creation journey and the challenges he faced along the way.

It will also feature hands-on activities exploring various aspects of content creation, including editing apps, techniques for shooting with a mobile phone, and safety measures while setting up a social media account. An open discussion will provide a platform for the audience to ask questions and share thoughts about creative strategies, social media security, and social media facts and myths.

How to Become an NFT Artist?

Early education in virtual assets is essential as the world enters a future in which cryptocurrency and non-fungible tokens (NFTs) dominate the economy. From creating a crypto wallet and designing a digital artwork to trading on the virtual marketplace, this workshop provides a step-by-step, accessible guide to minting NFTs.

Participants will be shown examples of NFT art, including photography, animations, videos, and works by digitally savvy youth to spark their inspiration. A mini drawing session will demonstrate the process of creating an artwork using the graphics editor app Procreate.

Crypto Kids & NFTs

This workshop expands on the subject of NFTs, providing information about online marketplaces that are safe for children and how to use them. After being given examples of youth around the world who have used NFTs for good, participants will be asked to think about a cause they want to support with the money they make with the virtual assets.

There will also be a demonstration of how to create a digital artwork using Canva or PowerPoint, or by clicking pictures around the venue to make a collage-style piece. Laptops or tablets are required.

Artificial Intelligence & Programming

A crash course in computer languages, this workshop delves into the history of coding and programming as well as their various uses including mobile and web applications. The session will turn the spotlight on artificial intelligence, the impact it will have on everyday life and its role in cloud computing. At the end of the session, a step-by-step tutorial will prepare participants for the journey to becoming a programmer.

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The launch ceremony was attended by Ghanim Al Falasi, Senior Vice President of Technology and Entrepreneurship at Dubai Silicon Oasis, Rochester Institute of Technology’s Innovation team, members of the school board, parents, and students.

As part of its iHub, Vernus International School has designed an open free-flowing space to allow students of all ages to imagine, design, create and innovate by bringing together Virtual Reality, Coding, Robotics, 3D Printing, IT, a Makerspace, and a library zone for physical and digital reading.

All the experiences within iHub have been designed to give the Vernus students the authentic learning experience that develop important life skills for the future.

Commenting on the launch, Ghanim Al Falasi said “The Innovation Hub at Vernus International School is an important milestone for the DSO community. We are confident that the iHub will ignite and inspire the children’s interests, besides nurturing their ambitions in the world of science and technology. The iHub is a great addition to the community, and its benefits can be harnessed for tech-enabled education for the years to come. We thank Vernus International School and its partners for this initiative.”

Within iHub, Robotics enable students to develop their problem solving, critical thinking, collaboration, and creative skills, preparing them for a future driven by artificial intelligence, whereas 3D printing allows students to design and create 3D objects and to see their designs come to life. The process integrates technology, engineering, math, art, and other subjects.

Virtual Reality transforms the way educational content is delivered. It enables the students to experience new perspectives, allowing them to foster empathy and cultural competency because these experiences take them outside of their typical daily interactions.

The Makerspace provides a hands-on, creative space where children can design, experiment, build and invent as they engage in science, engineering, and other cross curricular subjects. By spending time in the Makerspace, students can open their creative minds to many possibilities. They are challenged to think beyond where traditional science and design would take them.

From Minecraft to coding, the computer zone facilitates extra-ordinary opportunities for the students to become more involved and interested in technological pathways. The library is an open space which encourages the students to develop a life-long love of literacy, through access to both physical and digital literacy. It also offers an area for the students to collaborate, present, and perform.

Overall, the iHub provides the ideal environment for the students to develop their Life, Literacy and Learning skills in alignment with the VIS Passport and core pillars. Teachers and the students will be able to identify the core skills they wish to work towards within the passport, and tailor their learning experiences accordingly.

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The program is intended to promote innovation, build greater workforce capacity, and support the adoption of advanced machine learning technology within financial organizations and the economies of Bahrain and the GCC region.

Commenting on the partnership, Maissan Almaskati, Chairman of Fintech Consortium Middle East and Board Director of Bahrain Fintech Bay said “Berkeley is a distinguished academic institution at the cutting edge of the latest in technological innovation. We are excited about this partnership to specifically develop a training and certification program for the GCC financial industry that applies Berkeley’s expertise in artificial intelligence and machine learning, and look forward to announcing its details soon”

Berkeley is recognized as a global leader in research around artificial intelligence, machine learning, and big data, particularly in areas related to finance, financial analytics, and fintech.

Greg La Blanc, Lecturer & Distinguished Teaching Fellow at Berkeley’s Haas Business School, and Faculty Director at the Berkeley Fintech Institute said: “This partnership represents an exciting new chapter in UC Berkeley’s continued efforts to foster economic development and inclusion through the development of new technologies. Along with strong faculty in engineering and business, we will leverage the industry expertise of Silicon Valley to create a bridge to entrepreneurs and finance professionals throughout the middle east.”

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