FEATURE
Industry and defence collaboration
The programme has been developed in partnership with defence and industry stakeholders to ensure real-world relevance. Engagement includes:
• Input into curriculum design
• Access to live briefs and applied challenges
• Opportunities for placements and collaborative projects
• Professional development pathways for serving personnel
Rather than following a traditional lecture-heavy format, students work on integrated engineering problems from the outset, developing technical competence alongside teamwork, communication and leadership skills. This approach ensures that graduates are not only technically proficient but also adaptable and industry-ready.
Present at the event was Ollie Holt, one of NMITE’ s first Integrated Engineering graduates, who completed his studies in 2024 and now works at a Hereford-based drone technology company.
His journey illustrates the tangible career pathways that the institute’ s programmes can unlock.
Representatives from Level Peaks, a defence and security specialist based in Hereford, also attended, demonstrating the close ties between NMITE and regional employers operating in highgrowth sectors.
A spokesperson for Level Peaks said:“ We have a long-standing relationship with NMITE and strongly believe in the value the university brings to the local area and the industries we operate within. Our partnership is built on meaningful collaboration – from investing in students through financial support, to sharing knowledge, expertise and direct industry insight. As NMITE enters the next stage of its journey with the introduction of the MEng degree in Autonomous Robotics, it clearly demonstrates the institute’ s modern, forward-thinking and industry-relevant academic approach. This development is particularly exciting and will prove invaluable to the sector, creating new opportunities for collaboration while significantly enhancing student futures.”
The new programme will lead to a Master of Engineering( MEng) qualification in three years, rather than the traditional four-year pathway commonly found at other universities.
Career pathways
Graduates of the Autonomous Robotics programme may pursue roles in:
• Defence technology and capability development
• Unmanned aerial and ground systems engineering
• AI and robotics integration
• Infrastructure inspection and environmental monitoring
• Humanitarian and disaster-response technologies
• Research and innovation in emerging mobility systems
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