Hardware Engineering & Product Development

Speck's engineers take hardware from working concept to manufactured product — mechanical and electrical engineering, prototyping, DFM, and new product introduction under one roof, alongside our designers in San Jose, San Francisco, and New York.
Exploded view of a drone showing the internal mechanical and electrical engineering behind a hardware product developed by Speck Design
Solutions
Built Around
Where you are
Product
Strategy &
Definition
Strong products start with clear decisions.
Define the product before design begins.
Teams often come to Speck with a promising technology, early prototype, or product opportunity — but without a fully defined product experience. We help clarify what the product needs to be, who it needs to serve, and how it should move into development.
Product requirements definition
We help translate business goals, technical constraints, user needs, and product assumptions into clearer requirements. This gives the team a shared foundation before major design, engineering, and development decisions are made.
Two-page product requirements document for Vela Vision Cart by Aether Surgical with specs and goals.
Man writing on a wall covered with colorful sticky notes during a brainstorming session.
User and workflow research
We study the people, environments, and workflows that shape the product experience. This can include customers, operators, technicians, service teams, internal stakeholders, and anyone else who interacts with the product across its lifecycle.
Product architecture
We help define how the product should be organized, from physical form and user touchpoints to system components, digital interfaces, accessories, and service considerations. The goal is to create a product structure that supports usability, feasibility, and future development.
Two Miro workflow diagrams showing high-level user journeys for lab technician and admin with colored notes and icons.
Use-case mapping
We map how users move through key moments of the product experience, from setup and operation to maintenance, storage, service, or handoff. This helps identify friction points, risk areas, and design opportunities before the product direction becomes fixed.
Development roadmap planning
We help teams understand what needs to happen next. By aligning priorities, dependencies, unknowns, and technical risks, we create a more realistic path from early definition into concept development, prototyping, engineering, and production readiness.
Vela Vision Cart Development Roadmap showing a 12-month timeline with milestones for design and engineering phases.
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Concept-to-Prototype Development
Make the product real enough to evaluate, test, and improve before major development decisions are locked in.
From early concept to testable prototype.
Speck brings industrial design, engineering, UX, and prototyping together to turn early product ideas into tangible concepts, models, and builds. The goal is to help teams learn quickly, reduce uncertainty, and move forward with a clearer product direction.
Industrial design exploration
We explore the physical product experience through form, ergonomics, proportion, CMF, product language, and user interaction. This helps turn requirements and strategy into concepts that feel clear, usable, and aligned with the product’s purpose.
Two people sketching and discussing various product design concepts on paper sheets.
Person working at a computer with 3D CAD software displaying a detailed mechanical part model.
Engineering architecture
We develop the mechanical, electrical, and system-level thinking needed to make concepts more than just good-looking ideas. Internal layouts, mechanisms, component packaging, sensors, displays, and access points are considered early so the design is technically grounded from the start.
UX and workflow design
Many products rely on both physical and digital touchpoints. We design user flows, interface structure, controls, system feedback, and key interaction moments so the physical product and digital experience work together as one system.
Encodia PX1 scientific device with touchscreen showing time and app interface.
Person assembling or repairing a wearable device band at a white table with tools.
Prototype development
We build the right prototype for the question at hand, whether that means a quick ergonomic model, a looks-like appearance prototype, a works-like engineering prototype, or an integrated physical and digital demo. Each build is meant to create useful learning, not just a polished object.
Concept testing and refinement
Prototypes help reveal what drawings and renderings cannot. We use early builds to evaluate usability, fit, comfort, workflow, assembly, interaction, and technical feasibility, then refine the design based on what the team learns.
Two hands adjusting wiring inside a gray fabric panel with red and blue wires visible.
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Prototype-to-Production
A working prototype proves the idea. The next challenge is making it buildable, reliable, and ready to scale.
Designed to Be Built
We refine the full product system — architecture, materials, components, assembly, tolerances, service access, and user-facing details — so the design can move toward production with fewer surprises.
Design for manufacturing
We refine part design, material choices, manufacturing methods, and production constraints so the product can move from prototype to a buildable design. The goal is to preserve the product intent while making it easier to tool, source, and produce reliably.
Modern black and white medical device with a curved translucent top panel and a small display screen on the front.
Exploded view of a transparent multi-compartment laboratory tray with conical tubes and perforated plates above a base container, set against a dark background.
Design for assembly
We look at how the product comes together in the real world: part count, fasteners, access, assembly sequence, serviceability, and repeatability. This helps reduce production friction and improve consistency from build to build.
Engineering refinement
We update the mechanical architecture, internal layouts, component integration, tolerances, and vendor-ready CAD. This is where rough prototype thinking becomes a more resolved product system.
Two people reviewing technical drawings and a 3D model on a computer monitor in an office.
Two men seated at a desk discussing and holding a red prototype device with various tools and sketches in the background for product design
Prototype evaluation
We use prototypes to identify issues that are hard to see in CAD alone, including fit, usability, assembly, durability, service access, and system integration. Early evaluation helps teams make better decisions before tooling and production commitments are made.
Vendor and manufacturing support
We help teams communicate design intent to vendors, contract manufacturers, and internal stakeholders. This can include build reviews, documentation support, sourcing conversations, manufacturability feedback, and resolving practical questions before production.
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Refresh & Modernization
Update the product experience without starting from zero.
Modernize what works. Improve what does not.
Many products still perform their core function, but the experience around them has fallen behind. Speck helps teams refresh existing products by improving the form, interface, ergonomics, usability, manufacturability, and brand expression while respecting the technical foundation already in place.
Product experience audit
We evaluate the current product experience across physical use, digital interaction, workflow, ergonomics, serviceability, and visual perception. This helps identify what should be preserved, what should be improved, and where modernization can create the most value.
Man writing on a wall covered with numerous colorful sticky notes during a brainstorming session.
Close-up of white and black robotic arm joint with flexible black tubing on a white background.
Industrial design refresh
We update the product’s form language, proportions, surfaces, materials, finishes, and details so it feels more current and aligned with the quality of the brand. The goal is to modernize the product without losing what users already understand.
UX and interface updates
We improve the digital and physical interactions that shape day-to-day use, from screen flows and controls to status feedback, setup, maintenance, and error states. Small interface improvements can make an existing product feel clearer, faster, and easier to trust.
Two people looking at 3D design on a computer screen with sketches on the desk.
Exploded view of two Theracentric medical devices showing internal circuit boards and components.
Engineering and manufacturing improvements
We look for opportunities to simplify assemblies, improve part design, reduce build complexity, update materials, and resolve recurring production or service issues. Modernization is not only about appearance; it can also make the product easier to build and support.
Product family alignment
For companies with multiple products or platform generations, we help create a more consistent design language across the portfolio. This can include CMF, interface patterns, enclosure strategy, visual hierarchy, and product details that make the family feel more intentional.
Black point-of-sale system with touchscreen, card reader, barcode scanner, and cash drawer on white background.
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Integrated Product Team
We plug into your team with senior design, engineering, UX, and prototyping support under one coordinated process.
One coordinated team across design, engineering, UX, and prototyping.
Complex product development often requires more disciplines than one internal team can support at once. Speck works as an extension of your team, bringing industrial design, mechanical engineering, electrical engineering, UX, research, prototyping, and product development leadership into one coordinated process.
Cross-disciplinary product development
We bring design and engineering together early so product decisions stay connected to usability, technical feasibility, and development reality. Industrial design, UX, engineering, and prototyping work in parallel instead of moving through disconnected handoffs.
A group of eight people in a meeting room, one writing on a whiteboard while others watch and listen.
Two men in glasses working at a standing desk with a computer monitor in a bright office.
Embedded collaboration
Speck can work directly with your product, engineering, marketing, operations, quality, manufacturing, and leadership teams. We help create alignment across stakeholders, clarify decisions, and keep the work moving without adding unnecessary process overhead.
Senior technical and design leadership
Our team helps guide products through ambiguity, tradeoffs, reviews, and development decisions. From early concept direction to engineering refinement, we bring experienced product judgment to help teams move forward with more confidence.
Three coworkers in an office; two smiling and chatting while one works on a laptop in the background.
Group of people in a modern lab working around a robotic arm and technical equipment on tables and benches.
Ongoing development support
Some products need more than a single design phase. Speck can support continued iteration, prototype builds, usability reviews, design updates, CAD refinement, vendor conversations, and implementation planning as the product evolves.
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01
Strategy
& Definition
Two colleagues collaborate writing on a large paper sheet with sticky notes on a table in an office.
02
Concept to Prototype
03
Prototype to Production
White robotic arm with a camera or sensor attached at the end inside a bright, round room.
04
Refresh & Modernization
Two Dexcom G6 glucose monitoring sensors on dark surface with one in sharp focus.
05
Integrated Product Team
Two men smiling and talking at a desk in an office while a woman works on a computer nearby.
From first prototype to factory floor — Speck engineers hardware that performs in the field and builds reliably on the line.
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View Omron Project
Omron LD60 autonomous mobile robot, engineered for volume production by Speck Design's hardware engineering team
FAQ

What do product engineering services include?

Product engineering covers everything needed to turn a proven concept into a manufacturable product: product architecture, mechanical engineering, electrical engineering, firmware and connectivity, prototyping and test, design for manufacturing, and new product introduction. At Speck these disciplines work as one team — alongside our industrial design and UX practice — from first concept through production.
How much does product engineering cost?
It depends on the product and the stage. A feasibility study or prototype sprint is a different investment than full development through DFM and production support. The main cost drivers are system complexity, the disciplines involved, the number of build-test cycles, and regulatory requirements. We scope in phases with clear deliverables, so you commit one stage at a time — the fastest way to a real number is a conversation.
When should we bring in an engineering partner?
Earlier than most teams do. Involving engineering at the concept stage means architecture, cost, and manufacturability shape the design before decisions get locked. That said, Speck regularly joins at every stage — derisking a prototype, preparing a design for tooling, or rescuing a program that stalled between design and production.
Can Speck work with our internal engineering team?
Yes — it's one of the most common ways we work. We extend internal teams with specific disciplines (mechanical, electrical, firmware, NPI), add bandwidth at crunch points, or take ownership of a subsystem while your team focuses on core technology. We work in your tools and review cadence.
Does Speck handle prototyping and design for manufacturing?
Yes. We build and test prototypes at every fidelity — proof-of-concept rigs, engineering builds, looks-like/works-like units — and refine parts, materials, tolerances, and assemblies for manufacturing. Our NPI team supports vendor selection, pilot builds, and the handoff to your factory.
Can Speck take over a design from another firm or finish a stalled project?
Yes. We audit the existing design, identify the gaps between where it is and what production requires, and finish the engineering — a common engagement when a prototype works on the bench but isn't ready for tooling, certification, or volume assembly.
What types of hardware has Speck engineered?
Surgical robotics, diagnostics and diabetes-care devices, lab instruments, robotics and automation systems, network and telecom hardware, consumer products, wearables, and connected IoT devices — for startups and global companies, from our offices in San Jose, San Francisco, and New York.