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Hey, I'm Max - I'm a passionate industrial designer specialising in visualisation, user experience, and CAD, dedicated to addressing big world problems through innovative solutions like a drug-detecting cup. I blend creativity with technical precision to create functional, forward-thinking designs.

Final Project

SafeSip

SafeSip is a pioneering drink spiking detection pint glass, designed with user experience at its core, SafeSip aims to alleviate anxiety and promote peace of mind for all users. Developed in response to the alarming social issue of drink spiking and its associated stigma, SafeSip offers a discreet solution. By seamlessly integrating detection technology into everyday drink ware, SafeSip ensures widespread adoption and fosters a safer drinking culture.

Discretion At Its Core

At its core, SafeSip embodies discretion by seamlessly blending into its environment. Its effectiveness stems from its ubiquity – every attendee at festivals, events, bars and nightclubs is equipped with SafeSip cups as part of a greater service. As an integral part of the service, SafeSip not only enhances safety but also reduced the stigma associated with drink spiking. By fostering a culture where protection is the norm, SafeSip empowers venues to prioritise patron safety while ensuring an inclusive and enjoyable experience for all.

User Experience

SafeSip merges safety with seamless interaction, empowering users with peace and satisfaction. From LED cues to swift app alerts, every touchpoint ensures peace of mind asserts. In bars, festivals, it blends with grace, enhancing drinks, while risks erase. With SafeSip, user experience reigns, Where safety and serenity remain.

The Need For Change

Recognizing the necessity for change ignites my passion for innovation. This brief, addressing the pervasive issue of drink spiking, resonates deeply with me. The opportunity to create SafeSip, a solution aimed at safeguarding individuals and fostering a safer drinking culture, is incredibly important and meaningful to me.

How It Works

Here’s how SafeSip works:

  1. Bar Staff Attachment: The bar staff screws on the SafeSip glass, triggering the micro switch to activate the device.
  2. Pressure Sensing: As the glass is tightened, pressure is exerted on the force sensor, signaling the activation of the LED light ring and vibration motor.
  3. Visual and Haptic Feedback: The LED light ring transitions from red to amber to green, while the vibration motor pulses more frequently to indicate when the glass is securely tightened, ensuring a water-tight seal.
  4. Confirmation: After 5 seconds, the LED flashes to confirm that the glass is securely attached, prompting the TDS (Total Dissolved Solids) sensor to initiate detection.
  5. Detection Process: The TDS sensor scans for any dissolved substances in the beverage. If a substance is detected, the LED ring turns red, and the vibration motor buzzes.
  6. Alert System: Simultaneously, an SMS message and app notification are sent to the user’s phone, alerting them to the potential threat.
  7. Safety Measures: The accompanying app guides the user through necessary safety steps and alerts a staff member to their location, ensuring swift assistance and intervention if needed.

SafeSip’s comprehensive functionality provides both proactive prevention and responsive support, empowering users to enjoy their beverages with confidence and peace of mind.

Other Work

Disney+ Interactive Remote and Se-Top Box

For this project, I designed a remote and set-top box for Disney+, drawing inspiration from their iconic visual brand identity. The remote features a display screen that reacts to on-screen content, making it easy for users to select and respond to stimuli. Modelled in Rhino and rendered in Blender, the devices showcase a sleek gradient plastic colour and a hidden Mickey Mouse shape as the D-pad, seamlessly blending functionality with Disney+’s modern aesthetic.

Social Hub For All Life: A Self-Sufficient Urban Bus Stop

This innovative bus stop, submitted to the RSA as part of our a group module coursework, serves as a social hub for all life. It is a self-sufficient shelter creating wildlife corridors in urban areas, where humans can learn, observe and reconnect with nature while biodiversity thrives. As part of this group project, my main contribution was creating the scene and render which was done in Blender.

Rustic Fruit Bowl

This project seamlessly blends the precision of Rhino modelling with the artistic flair of Blender rendering. The fruit bowl, meticulously crafted in Rhino, serves as the canvas for a stunning exploration of texture and patina. Rendered in Blender, the bowl comes to life with layers of rich, weathered rust, evoking a sense of time and transformation. Each detail, from the subtle imperfections to the intricate textures, tells a story of beauty found in decay.