Work
Work
Work
Hey, I'm Matt 👋🏻
I'm passionate about creating great experiences.
Hey, I'm Matt 👋🏻
I'm passionate about creating great experiences.
Hey, I'm Matt 👋🏻
I'm passionate about creating great experiences.
Led Product Management
at a video game studio.
Owned & prioritized the roadmap.
Managed team backlog using a
custom task management system.
Details & Approach
Details & Approach
Led Product Management
at a video game studio.
Owned & prioritized the roadmap.
Managed team backlog using a
custom task management system.
Led Product Management
at a video game studio.
Owned & prioritized the roadmap.
Managed team backlog using a
custom task management system.
Led Product Management
at a video game studio.
Owned & prioritized the roadmap.
Managed team backlog using a
custom task management system.
Details & Approach
Led Product Management
at a video game studio.
Owned & prioritized the roadmap.
Managed team backlog using a
custom task management system.
Led Product Management
at a video game studio.
Owned & prioritized the roadmap.
Managed team backlog using a
custom task management system.
In 2023, I worked as a Product Manager and
Lead UX/UI Designer at Nicoya Lifesciences.
In 2023, I worked as a Product Manager and
Lead UX/UI Designer at Nicoya Lifesciences.
I led the design of a new feature set and conducted
the company's first customer interviewing initiative.
I led the design of a new feature set and conducted
the company's first customer interviewing initiative.
Product 'Alto' is a digital SPR system that enables
scientists to understand and cure diseases faster.
Product 'Alto' is a digital SPR system that enables
scientists to understand and cure diseases faster.
Details & Approach
Details & Approach
In 2023, I worked as a Product Manager and
Lead UX/UI Designer at Nicoya Lifesciences.
I led the design of a new feature set and conducted
the company's first customer interviewing initiative.
Product 'Alto' is a digital SPR system that enables
scientists to understand and cure diseases faster.
Details & Approach
Details & Approach
Details & Approach
In my final year of UW Engineering,
I created an accessible VR controller.
I led product design and prototyping in our team
of three Systems Design Engineering students.
The simplified VR controller was designed
for elderly users to reduce strain of VR sessions.
In my final year of UW Engineering,
I created an accessible VR controller.
I led product design and prototyping in our team
of three Systems Design Engineering students.
The simplified VR controller was designed
for elderly users to reduce strain of VR sessions.
Details & Approach
In my final year of UW Engineering,
I created an accessible VR controller.
I led product design and prototyping in our team
of three Systems Design Engineering students.
The simplified VR controller was designed
for elderly users to reduce strain of VR sessions.
In my final year of UW Engineering,
I created an accessible VR controller.
I led product design and prototyping in our team
of three Systems Design Engineering students.
The simplified VR controller was designed
for elderly users to reduce strain of VR sessions.
Details & Approach
Aeronca Tri-Champ SolidWorks CAD
Modelled using aircraft specifications and
images of my great-great uncle's plane.
Aeronca Tri-Champ SolidWorks CAD
Modelled using aircraft specifications and
images of my great-great uncle's plane.
Details & Approach
Aeronca Tri-Champ SolidWorks CAD
Modelled using aircraft specifications and
images of my great-great uncle's plane.
Aeronca Tri-Champ SolidWorks CAD
Modelled using aircraft specifications and
images of my great-great uncle's plane.
Details & Approach
Aeronca Tri-Champ SolidWorks CAD
Modelled using aircraft specifications and
images of my great-great uncle's plane.
Aeronca Tri-Champ SolidWorks CAD
Modelled using aircraft specifications and
images of my great-great uncle's plane.
Details & Approach
Details & Approach
In 2021, I led Product Design of
'Rho', an AI radiology system
In 2021, I led Product Design of
'Rho', an AI radiology system
Details & Approach
In 2021, I led Product Design of
'Rho', an AI radiology system
Details & Approach
In 2020, I developed AI object detection
systems for lightweight CPUs.
Built on a Jetson Nano with Python,
OpenCV, TensorFlow and YOLOv4.
In 2020, I developed AI object detection
systems for lightweight CPUs.
Built on a Jetson Nano with Python,
OpenCV, TensorFlow and YOLOv4.
Details & Approach
In 2020, I developed AI object detection
systems for lightweight CPUs.
Built on a Jetson Nano with Python,
OpenCV, TensorFlow and YOLOv4.
In 2020, I developed AI object detection
systems for lightweight CPUs.
Built on a Jetson Nano with Python,
OpenCV, TensorFlow and YOLOv4.
Details & Approach
In 2020, I developed AI object detection
systems for lightweight CPUs.
Built on a Jetson Nano with Python,
OpenCV, TensorFlow and YOLOv4.
In 2020, I developed AI object detection
systems for lightweight CPUs.
Built on a Jetson Nano with Python,
OpenCV, TensorFlow and YOLOv4.
Skills
Tools
Figma
Notion
Jira
Amplitude
Python
SolidWorks
PowerBI
Confluence
Framer
iMovie
Grok 4
Claude
Methods
Design Sprint Methodology
Feature Prioritization
Acceptance Criteria
UX/UI Design
User Stories
Journey Mapping
A/B Testing
User Interviews
Prompt Engineering
Design Sprint Methodology
Feature Prioritization
Acceptance Criteria
UX/UI Design
User Stories
Journey Mapping
A/B Testing
User Interviews
Prompt Engineering
Design Sprint Methodology
Feature Prioritization
Acceptance Criteria
UX/UI Design
User Stories
Journey Mapping
A/B Testing
User Interviews
Prompt Engineering
matthew.jordan.collins@gmail.com
matthew.jordan.collins@gmail.com
