Sriraj Rajkumar — Humanise Design

2025 – 2026

Virtual Insomnia Patient - VR Therapy Experience

Designed a VR Therapy Experience and Clinical Feedback Loop framework, turning high-stakes therapy sessions into measurable growth. A glimpse of what’s shaping how new therapists train — more in development.

65%Higher task performanceMeasured across Gen-AI immersive interfaces

50%Faster component developmentEnabled by a scalable XR design system

6 hrs/weekSaved in sprint planningValidated through structured documentation

Home office where the VR therapy experience was designed

Virtual patient rendered for the VR therapy experience

Virtual Patient in VR Therapy Experience.

Therapy room environment designed in Unreal Engine 5

Designed this therapy room in Unreal Engine 5.

Recording and mixing audio for the virtual patient

Record, Edit and Mix Audio of Both Virtual Patient.

Editing facial capture animation for the virtual patient in Unreal Engine 5

Editing Animation of the Virtual Patient in UE5

Facial motion-capture rig applied to the virtual patient in Unreal Engine 5

Unreal Engine 5 editor showing the virtual patient's facial animation

2026

AR Guided Vascular Access

Designed to turn a patient’s own vascular imaging into real-time, on-body guidance for safer self-cannulation. Sole designer on a $500K+ R&D initiative; more of this work is still taking shape behind the scenes.

$500K+Funding securedFor AR-guided vascular access

65%Higher task accuracyValidated through clinician testing

7Clinicians testedAcross 2 rounds of usability testing

AR headset view identifying the cephalic vein and marking it ready to guide the injection

Vein identified. The headset locates the cephalic vein and confirms it's ready to guide the injection.

User at a kitchen table preparing for a self-guided injection

Vein mapping. A live AR overlay maps the vein beneath the skin directly from the phone's camera feed.

Close-up of a phone showing the AR guidance app during self-cannulation

Guided injection. The app overlays real-time guidance, walking the injection to the mapped vein.

2025

AR Journalism App - Mati Greece Fire

An experimental AR journalism app bringing news into the real world. It overlays contextual data, multimedia, and interactive stories onto real-world scenes for a more immersive, spatial experience.

$485KSecured in fundingBacked by stakeholder and investor approval

Cause-drivenBuilt to fight news avoidanceFocused on younger audiences

Spatial UXInteractive storytellingTested through mobile AR prototypes

Home screen with aerial 3D map of Mati, Greece and survivor story cards

Home screen blends live AR
An aerial 3D map of Mati, Greece with survivor experiences story cards up top, articles in simple 4-tab nav.

AR storytelling flow across three phone screens

AR Storytelling: Point your phone at any flat surface and Mati, Greece rises up in 3D beneath you. Tap into someone's story and it's like they're standing right there, telling you what happened, in their own space.

Mati Greece Fire scene rendered in Unreal Engine 5

Designed Mati Greece Fire in Unreal Engine 5

Timeline interaction across three phone screens showing the Greece fire event, from first sighting to spread across Mati

Timeline Interaction: Slide through timeline of the entire event of Greece Mati Fire.

2024 - 2025

NextGen Badge - VR Police Training Simulation

A scenario-driven VR training experience built around spatial interaction, realistic 3D environments, and real-time decision-making for high-pressure police training scenarios.

45Police officers trained in Virtual RealityMinneapolis Police Department

40%Higher engagement & knowledge retentionMeasured through post-training assessments

65%Improvement in situational readinessBased on scenario-based performance scores