Maestro Product Design
Elevating Customer Experiences through Product Engineering Excellence

While working at the tech giant Apple, product design engineer Joe Moak wondered if the knowledge, ideas and tools he encountered there could serve organizations striving to create exceptional products amid resource constraints. Two stops later—one at a smaller company and another at a startup, where he tested his hypotheses and found success—he endeavored to spread those capabilities to as many organizations as he could.

Maestro Product Designs, an experience-driven product design engineering firm, is the result of Moak’s drive to democratize top-tier product design practices. Bridging the gap between the resources of large corporations and the ambitions of smaller firms, Maestro ensures that every client’s product exceeds customer expectations.

The firm’s approach is to understand the entirety of the client’s business case, with customer experiences guiding every downstream decision on product design engineering to enhance their brand value and market positioning.

“The upfront question in every design and engineering project is ‘What experience does this product need to deliver to the customer for the company to succeed?’ At Maestro, we help answer that,” says Moak, founder and chief engineer.

The primary challenge in ensuring heightened customer experiences that Maestro addresses is the need to delicately balance the initial design vision and the eventual manufactured reality of products. To bridge this gap, it delves into the design and production processes, aligning customer experience goals with the laws of physics. This leads the firm to determine the first principles that will affect customer experience the most.

Subsequently, the firm comprehends these principles and constructs engineering models to vividly illustrate their impact on product performance—a distinctive approach within the industry.

Initially, the firm engages with benchtop devices made of 3D printed parts, tethered circuit boards and sensors to understand the physics governing the product design, progressing to prototype builds with production-intent materials.

This allows it to gain an early understanding of how the system integrates and operates when all components come together in a form factor-compliant model.

Following this, Maestro uses several iterations—referred to as proto builds—to create different configurations. These iterations enable it to assess how the system works together and identify performance, engineering and manufacturing challenges.

For example, Maestro confronts the interplay between wireless and thermal performance by initiating with thermal and radio frequency (RF) bucks—rudimentary prototypes representing elements contributing to each performance aspect. This approach empowers Maestro to swiftly acquire knowledge, condensing numerous design build test cycles into a brief period, effectively mitigating risks associated with its tooling build.

Over the years, Maestro has carved out numerous success stories. Among these is a startup whose journey with Maestro began with a clear vision, a detailed outline of the proposed industrial design and a setof ambitious goals for a groundbreaking opal webcam design project. Despite being confronted with initial challenges, such as forgoing comprehensive risk assessment through thermal and RF models, Maestro’s ingenuity and strategic thinking contributed to the project’s success.

Opting to machine parts from aluminum rather than plastic and minimizing the number of tooled parts was a bold strategy that enabled Maestro to swiftly optimize the design with simple programming changes rather than extensive retooling. This accelerated the project timeline and ensured that the final product exceeded expectations. Merely 10 months elapsed from project inception to finished product—a feat previously deemed implausible in an industry where timelines often stretch to 18 months or more.

Turning ambitious ideas into tangible realities, Maestro Product Design embodies a commitment to pushing boundaries and delivering exceptional results in each product design and engineering project. Its strategic approach, coupled with Moak’s emphasis on modeling variations in the manufacturing process and understanding product architecture, solidifies its position as the industry’s leading innovator.