Proven Solution, a leading technology firm specialising in AI, robotics, and digital transformation, has signed a Memorandum of Understanding (MoU) with the University of Tabuk in Saudi Arabia. The agreement, facilitated through its robotics division, Proven Robotics, aims to enhance students’ learning by equipping them with advanced robotics and AI expertise tailored to future market demands.
As part of the collaboration, Proven Robotics will introduce advanced robotics training, STEM robotics courses, and research and innovation initiatives at the university. The initiative is designed to develop an advanced robotics programme that prepares students for emerging technological needs, aligning with Saudi Vision 2030’s digital transformation objectives.
Mohammed Aldousari, Regional Robotics Lead at Proven Robotics, said: “Partnering with one of the country’s leading universities reinforces our commitment to advancing robotics education and supporting Vision 2030. This collaboration will expand our impact, develop future-ready talent, strengthen academia-industry ties, and position us as a leader in Saudi Arabia’s robotics sector.”
Dr Anas Bushnag from the University of Tabuk welcomed the partnership, stating: “As we strive to equip our students with an industry-driven curriculum, we are delighted to collaborate with Proven Robotics. Their regional expertise, pre-developed university-focused programmes, and strong track record in STEM education and technology integration make them an ideal partner in bridging academia and industry.”
Proven Robotics will deploy its Advanced Robotics Programme, offering hands-on training across various robotics applications. Delivered through multiple learning formats, including classroom sessions and hybrid approaches, the programme ensures accessibility and flexibility for students.
Additionally, courses on STEM robotics and research and innovation will provide practical exposure to AI-driven robotics and industry-relevant skills, equipping students with the expertise needed to excel in automation and robotics technology.
The initiative is expected to offer students real-world industry engagement, skill development aligned with sector demands, and opportunities for research and innovation.
