Consultant

Designing Experiences That Prioritize People and Deliver Business Results

Fusing intelligent systems, service design, and customer-centered innovation to help mid-sized to billion-dollar enterprises create frictionless, scalable, and human-first solutions.

I’m Rob Andres – a dynamic Experience Design leader and AI innovator obsessed with making advanced technologies usable, intuitive, and meaningful.

With a background in experience design, service design, conversational interfaces, and scalable innovation, I help organizations design intelligent systems that earn adoption and drive outcomes. I believe great experience design isn’t just about what people see—it’s how systems work, what they understand, and how empowered they feel using them.

I Help Organizations, from fast-growing startups to billion-dollar global brands, deliver human-first experiences that scale.

  • Create experiences that feel natural, contextual, and useful—across platforms and touchpoints
  • Visualize and prototype end-to-end service ecosystems using journey mapping, blueprinting, and interactive design
  • Design agentic and conversational systems (NLP, VUI, intelligent automation) that respond to real user needs
  • Guide cross-functional teams to align product, design, and operations behind a unified customer vision

What I Bring to the Table

  • Human-Centered AI Integration: I design intelligent systems—from voice to computer vision—that feel intuitive, not intimidating.
  • Design-Led Innovation: I use service design and experience mapping to translate business goals into seamless user journeys.
  • Cross-Disciplinary Leadership: I lead multi-functional teams across long-horizon AI projects with clarity, speed, and shared vision.
  • Clear Communication of the Complex: From briefs to visual workflows, I break down AI and emerging tech so stakeholders can act, not guess.
  • Agile & Data-Informed: My design approach adapts quickly to market shifts, grounded in real user insights and lean delivery.

My Approach – Experience Design Meets Emerging Tech

  • Experience-First Thinking: I start with the user journey—mapping emotions, behaviors, and goals—to ensure every interaction earns trust and delivers value.
  • Intelligent Assistance with Purpose: Every intelligent feature I build—whether voice, vision, or automation—serves a real customer moment, not just tech for tech’s sake.
  • Service Ecosystem Design: I design full-service systems that scale and sustain business growth from front-end interfaces to back-end workflows.
  • Rapid Prototyping + Visualization: Using tools like journey maps, wireframes, and service blueprints, I help stakeholders see the future before it’s built.
  • Agile & Impact-Oriented: Iterative. Insight-driven. Always focused on measurable business outcomes and user success.

Insights

Understanding

CX, UX, &
Service Design

The benefits of

Experience
Audits

What is?

Design-Led
Transformation

Project Samples

Patents

us 9,692,758 | issued Jun 27, 2017

Authentication Techniques Utilizing a Computing Device Service Design

A pre-registration procedure is utilized to create a user profile for a user of a multi-factor authentication (“MFA”) service. A client application installation procedure is utilized to install a client application on a computing device that is to be utilized as an authentication factor for the MFA service. A computing device enrollment procedure is utilized to enroll the computing device on which the client application was installed for the MFA service. A voice enrollment procedure is utilized to create a voice print for the user of the computing device that is to be utilized as an authentication factor for the MFA service. An authentication procedure is utilized to provide multi-factor authenticated access to a service, such as an online service that provides access to sensitive account information.

us 9,692,758 | issued Jun 27, 2017

Dynamic Glyph-based Search

A method and apparatus for a dynamic glyph-based search includes an image server. The image server analyzes images to determine the content of an image. The image and data related to the determined content of the image are stored in an image database. A user can access the image server and search images using search glyphs. In response to selection of a generic-search glyph, the image server finds related images in the image database and the images are displayed to the user. In addition, refine-search glyphs are displayed to a user based on the selected generic-search glyph. One or more refine-search glyphs can be selected by a user to further narrow a search to specific people, locations, objects, and other image content.

us 7,849,161 | issued Dec 7, 2010

System and methods for remotely recovering and purging data from a wireless device in a communications network

A system and methods are provided for remotely recovering and purging data from a wireless device in a communications network. The system includes a wireless device capable of executing a data recovery/purge application program for receiving a message from a communications device in the network. The application program retrieves the data in the wireless device, purges the data from the wireless device, and sends a return message, including the data retrieved from the wireless device, to the communications device.

us 7,627,767 | issued Dec 1, 2009

Methods and systems for remotely securing data in a wireless device in a communications network

Methods and systems are provided for remotely securing data in a wireless device. A user sends a data message containing instructions for securing data to a remotely located wireless device. Securing data includes recovering data, purging data, locking the wireless device, and locating the wireless device within a communications network. After the data message is sent, a determination is then made as to whether the wireless device is active in the communications network. If the wireless device is active, the data message is sent to the wireless device. If the wireless device is inactive, the data message is temporarily stored in a database until the wireless device is determined to be active. An application program resident on the wireless device is executed upon receiving the data message to secure the data. The data message also includes instructions for retrieving data for identifying an owner of the wireless device.

Contact

Mobile: 678.522.5858
Email: rob.andres@dmm-adv.com