Electronic Product Design Company
If your product has electronics in it, you need one accountable electronic product design company, not three vendors. LA NPDT runs industrial design, PCB design, mechanical and electrical engineering, firmware, prototyping, and short-run manufacturing in one studio. As an electronic product design company we ship the board, the enclosure, and the user experience together. No education tax. No coordination tax. No hand-off where your product vision gets watered down.
Definition
An electronic product design company handles the engineering work behind any product that uses power, signals, or wireless. That includes schematic design, printed circuit board layout, component selection, firmware bring-up, prototyping, and the hand-off to manufacturing. Done right, an electronic product design company treats the electronics, the enclosure, and the user experience as one system. Done wrong, three vendors argue over a deadline.
What it means for you
Most companies stitch together a PCB shop, a mechanical firm, and an offshore assembler. The board lands. The enclosure does not fit. The firmware never met the radio. That is where projects die. Harvard Business Review pegs new-product launch failure rates around 75%. Integration friction between disciplines is one of the biggest reasons.
LA NPDT was built so a product with electronics in it can be designed, prototyped, and manufactured by people who sit in the same room. Our electronic design services live next to the same team that handles industrial product design and mechanical CAD. The EE bench sits beside the ID studio, not in another time zone.
Electronic and printed circuit board design
Electronic and printed circuit board design is an integral part of almost every electronic product on the market. It is also one of the most time and resource intensive parts of the process. The choices made on the board determine the product's future: how it scales, how it certifies, and how it gets repaired. FCC equipment authorization rules apply to almost every wireless product sold in the US.
Our designers work meticulously to eliminate potential issues throughout the process. Like everything at LA NPDT, our work as an electronic product design company relies on constant iteration to create custom, turnkey solutions. When the design is locked, it flows straight into in-house rapid prototyping and short-run manufacturing. No layout gets thrown over a wall.
Our process
Every program at our electronic product design company begins with an honest read of the problem. We research the existing solutions on the market. Then we decide whether to develop a custom one or use off-the-shelf modules. For first prototypes we lean on off-the-shelf parts on purpose. That saves resources, expedites the launch, and tests product performance and market demand at the lowest possible cost.
After that, we prepare a detailed description of what the product will include. Only then do we start actual PCB development. This is a two-step process: Engineering followed by Prototyping. Each step has its own deliverable and decision point.
Engagement
A repeatable path from concept to a manufacturable electronic product. Hover any phase to expand it. Every phase ends with a deliverable and a go / no-go so you control scope, cost, and timeline.
We pin down the use case, power budget, environment, certification targets, and the production volume the product is being designed for. Every later trade-off references this brief.
Deliverable: Electronics requirements brief and module strategy.
We choose the MCU, radios, power tree, sensors, and connectors against a target BOM cost, favoring certified modules where they shorten time to market and custom circuitry only where the product earns it.
Deliverable: Block diagram, candidate BOM, risk list.
Detailed schematic capture with proper power, signal integrity, and protection considered up front. Reviewed against the requirements brief and the mechanical envelope before any layout begins.
Deliverable: Reviewed schematic package.
Layout with component placement informed by the enclosure, thermal needs, antenna keep-outs, and assembly economics. Manufacturable trace widths, real stack-ups, and footprints sourced to in-stock parts.
Deliverable: Gerbers, BOM, pick-and-place files.
We fabricate and assemble the first prototypes in-house, bring up power and clocks, validate the radios, and write the firmware needed to demonstrate every feature on the requirements brief.
Deliverable: Working prototype, bring-up notes.
We tighten the design for manufacturability, lock the BOM with second sources, and run a short pilot batch, then transfer to volume production when the pilot says the design is ready.
Deliverable: Released design package and pilot units.
Tell us what it has to do, where it has to live, and what it has to cost. We will scope an engineering plan that lands a working prototype.
Our electronics design services & PCB design services
Your new product will likely require a unique printed circuit board design that has never been used or tested. The circuit has to be built from the ground up. As an electronic product design company, LA NPDT does exactly that.
When designing your circuitry and choosing components, our engineers account for several factors:
These questions shape the choices our experts make. The goal is the most cost-effective electronic system possible. When implementing the PCB into your prototype, we keep it discreet, manageable, and manufacturable. That keeps the product convenient and visually clean for the customer.
Three pillars of the service
As an electronic product design company, we own all three. The hand-off between prototype, fabrication, and production is not an email. It is a chair pushed across the studio.
LA NPDT electronic design services applications
Extensive experience providing electronic design services across analog and digital domains, power, wireless, and embedded systems:
Why it's different
| Area | Traditional electronics agency | LA NPDT |
|---|---|---|
| Single accountable team | PCB shop, mechanical firm, and CM each own a slice, nobody owns the product | One PM, one schedule, one team owns schematic, enclosure, firmware, and pilot |
| No education tax | You re-explain the product to every new vendor and pay for their learning curve | The team that scoped the product designs the board, so context never resets |
| PCB & enclosure | Designed in isolation, fit issues found late | Co-designed in one studio with the same CAD |
| Schematic and firmware | Two teams, two timezones, one email thread | Same team, same room, same daily standup |
| Component sourcing | Whatever the layout engineer found in stock | Selected against BOM cost with second sources and lifecycle checks |
| Prototype build | Outsourced, weeks of latency per spin | In-house, days per iteration |
| DFM hand-off | Thrown over the wall to a contract manufacturer | Walked into pilot production with the same team |
| Lifecycle support | Each vendor disappears after their deliverable | Same team supports revs, second sources, and re-certification |
| Outcome | A board that works on a bench | A product that ships at cost |
The board, the enclosure, and the firmware are the same project, not three.
LA NPDT electronics philosophy
Pilot & production
Once the design is validated on the bench, our electronic product design company runs a small pilot batch and puts the product through the same use it will see in the field. Issues that only surface at quantity get caught here, not at the customer's hand.
Portfolio examples
A few of the electronic products our team has designed, prototyped, and helped manufacture. Tap any tile to open the full case study on lanpdt.com.
GoNutz
Rechargeable battery system, electronics, prototyping
Master Flo
PCB enclosure design for SmartVue FC
Atmospark
Atmospheric water generator electronics
Ontime Wildlife Feeders
Electronic timer cover, prototypes & 3D print
Bars Inc
Automated pizza machine, control electronics & prototyping
Venthalpy
IoT HVAC efficiency wearable, custom PCB & iOS app
UltraStrike
Arc lighter PCB design and electronics prototyping
Up Dock
Multi-device charging hub, electronics & enclosure
Up Bottle
Smart water bottle with embedded temperature display
Why it matters
Done right, electronics design compresses the path from idea to a manufacturable product, and protects every dollar that follows in tooling, certification, and inventory.
A clear architecture and a tight BOM closes scope debates in days that would otherwise take months of back-and-forth between siloed vendors.
Cheap kills before tooling. Component sourcing traps, RF surprises, and thermal misses get caught on the bench, not at the contract manufacturer.
The same team that drew the schematic walks it into pilot and volume production. One continuous chain, no rewrites at the factory door.
What clients say
Words from founders, inventors, and product leads who hired our electronic product design company to get their hardware out of the bench and into the world.
ABOVE AND BEYOND! The team sets you up for success and will work creatively to assist you in your mission. A true pleasure to work with a company so good. I will be using them again in the future.
Jacob Penn
Inventor & Entrepreneur
I could not be more pleased with the work of the team. Their professionalism, attention to detail, and methodical approach is nothing short of impressive. Every team member was just as excited about my project as I was.
Dr. Bob Cunningham
CEO, Stir n Go
Amazing experience, by far the most professional, punctual, and talented designers I've come across. The words are not enough to describe the quality of the experience I've had with LA NPDT.
Catalina Park
C&C Spectrum Innovation
Working with this company is so amazing. Very knowledgeable and accessible when needed. It is great to be able to work with people who are just as excited about your product as you are.
Brian Cooks
Founder, Ziggo Sport
FAQ
An electronic product design company handles schematic capture, PCB layout, firmware scoping, component selection against a target BOM, prototype build, bring-up, and DFM hand-off to short-run or volume manufacturing, all coordinated with mechanical and industrial design.
Yes. Our electrical, mechanical, and industrial design engineers sit on the same project. The board, the enclosure, and the user interface are scoped together so antennas, connectors, thermals, and mounting bosses do not collide late in the program.
Yes. We build first-article prototypes in-house and run short-run assembly for pilot batches and crowdfunding fulfillment, then transfer to higher-volume manufacturing when the design is locked.
Bluetooth, BLE, Wi-Fi, LoRa, GSM/LTE modems, GPS, NFC, RFID, and antenna integration. We pick certified modules where it shortens compliance and lay out custom RF only when the product genuinely needs it.
We scope and write the firmware required to bring up the board, validate sensors and radios, and demonstrate the product. For deep application firmware we co-engineer with your team or a specialist partner under one program plan.
A first working prototype usually lands in 8 to 14 weeks depending on RF, certification, and mechanical complexity. We scope the program in phases with a go / no-go decision after each, so cost and timeline stay under your control.
Schedule your free consultation and let's get to work. Bring the brief, we'll come back with an architecture, a BOM target, and a plan to a working prototype.
LA New Product Development Team (LA NPDT) specializes in early-stage innovation, from idea generation and product discovery to concept design, prototyping, and manufacturing support.
LA NPDT partners with startups, entrepreneurs, and growing businesses to turn raw ideas into well-defined, market-ready solutions.
Please submit your contact info to receive an example of a new product development plan.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.
Please fill out the form to submit your order.
Upon successful payment, you will receive an email with a Non-Disclosure Agreement (NDA) and a questionnaire regarding your product idea.
Your privacy and security are paramount to us, so rest assured that your information will be handled with the utmost confidentiality.
Step 1: Fill in your contact and billing details.
Step 2: Review your order summary.
Step 3: Submit payment.
After your payment is processed, please check your email for the NDA and questionnaire. Completing these documents promptly will allow us to start your Prior Art Search without delay.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.
Please fill out the form to submit your order.
Upon successful payment, you will receive an email with a Non-Disclosure Agreement (NDA) and a questionnaire regarding your product idea.
Your privacy and security are paramount to us, so rest assured that your information will be handled with the utmost confidentiality.
Step 1: Fill in your contact and billing details.
Step 2: Review your order summary.
Step 3: Submit payment.
After your payment is processed, please check your email for the NDA and questionnaire. Completing these documents promptly will allow us to start your Prior Art Search without delay.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.
Please fill out the form to submit your order.
Upon successful payment, you will receive an email with a Non-Disclosure Agreement (NDA) and a questionnaire regarding your product idea.
Your privacy and security are paramount to us, so rest assured that your information will be handled with the utmost confidentiality.
Step 1: Fill in your contact and billing details.
Step 2: Review your order summary.
Step 3: Submit payment.
After your payment is processed, please check your email for the NDA and questionnaire. Completing these documents promptly will allow us to start your Prior Art Search without delay.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.