36 devices, tools, and research projects built by M.I.C.E Labs students, engineers, and clinicians — from early concepts to deployed devices in active use.
Showing 25–36 of 36 projects
Concept MuscleMind – Objective Strength, Measurable Results
MuscleMind objectively measures muscle strength using EMG sensors, helping clinicians track recovery consistently instead of relying only on subjective manual muscle grading.
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Concept Lumin IV
Lumin IV helps healthcare professionals locate veins more easily in children, aiming to reduce repeated needle attempts, patient discomfort, and delays during intravenous access.
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Concept MobEase
MobEase supports the safe movement and care of obese or mobility-limited patients, reducing physical strain on healthcare workers while improving patient handling and rehabilitation.
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Concept Anumaan
Anumaan makes neurological sensory testing faster and more objective. It combines multiple sensory tests and automated balance analysis in one system, helping clinicians track changes over time.
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Concept Fluid Replenishment for Hypovolemic Shock
Trauma Triage addresses delays in delivering large volumes of fluid or blood during life-threatening emergencies. Its portable rapid infuser provides faster, hands-free fluid delivery with built-in safety features.
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Concept Bionica
Bionica helps upper-limb amputees use their prosthetic arms more effectively. It combines modular rehabilitation training with multi-grip control and smart features to improve independence in daily activities.
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Concept Untangle Community
Untangle Community supports people experiencing chronic stress through a safe mental health platform. It enables anonymous sharing, peer interaction, problem guidance, and access to professional support.
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In Development Maculab – Automated Gram Staining Machine
Maculab automates Gram staining to reduce manual errors, speed up diagnosis, and process more slides simultaneously using controlled spraying and heat fixation.
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In Development Design and Innovation Curriculum for Medical Students
A three-stage design-thinking programme that helps medical students develop creative problem-solving and innovation skills through structured learning, specialisation modules, incubation, and hackathons.
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In Development Sharp Safe
SHARP SAFE makes used-needle disposal safer at the point of use. It destroys contaminated needles immediately, reducing needlestick injuries, infection risks, and unsafe sharps handling.
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In Development Machine Learning-Based Robotic Arms for Suturing Training
This training system helps medical students practise suturing independently. Machine learning-based robotic arms demonstrate suturing movements repeatedly, allowing students to observe and practise at their own pace.
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Concept Menstrual Waste Management
This project addresses unsafe disposal of used sanitary pads. It proposes a safe disposal and recycling system that reduces plastic waste, environmental pollution, and health risks.
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