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Blissway

Electrical Engineer, Hardware Design

Denver, ColoradoOnsite · United States
FullTime · Engineering Positions
POSTED 24 JULVERIFIED 8H AGO
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Role
108 days opentrue age
Posted 24 Jul
Payats field
$125k–190kposted
▲ +30% vs market median $122k
$105k$190k
Market p25–p75
$105k–$152k
Blissway p25–p75
$150k–$154kn=3
Denver · n=114 · 365d to 6 Nov
CompanyBlissway →
11open roles
Opened · 30d
+0
Closed · 30d
−0
3d of snapshots · 30d window
Market
37,617open · Software engineering
Opened · 7d
+2,1146% of open
All software engineering
75,141open
All tracked boards · live 10 Nov · n=37,617
Python

Work at Blissway: Opportunity for Impact Every Day 🚀✨

Blissway is a startup that simplifies toll collection and dramatically improves highway safety. We are multiple startups in one: Deep Tech, AI/ML, Hardware, SaaS, and IoT. For the past five years, we have built a nearly insurmountable technological lead in tolling, a roughly $200B global industry expected to double in the next decade. We work for toll authorities and state DOTs, and we own the whole system, from the roadside camera to the final bill, so every vehicle we see becomes one accurate toll transaction and nothing more. While our competitors have thousands of employees, we operate with a lean but growing team of less than 30. Our impact is visible on the massive Interstate Highway System connecting every major US metro (except Juneau, AK—sorry, Juneau).

You are a good fit if...

You love the grind: You take ownership and put in the time to meet deadlines. Our recent team survey showed an average of 55 hours/week, with occasional 70+ hour bursts for major releases.

You are detail obsessed: You have experience writing code, designing or building systems that stands up to the unpredictability of the physical world, where the small details are the difference between success and failure.

You are adaptable: We are a lean team. If you only want to work on a "niche thing" or are uncomfortable helping other teams when they need a boost, this isn't the place for you. We expect you to figure out what you need to get stuff done.

You're not afraid to code: This is a hardware-centered role but most of our teammates have broad skillsets that allow them to build what they need, including code to help make our hardware more effective. At minimum you should be comfortable sketching what you need and collaborating with software engineers to build it. We mostly use Python, but we don’t care what you’re most proficient in today as long as you learn fast.

You value working together in person: You’re excited to work alongside the team at our Denver office. This role is in-office five days a week, Monday through Friday, with flexibility to work remotely occasionally when needed.

The Mission: Our Electrical Engineers are designing the next generation of Blissway's hardware. As the team grows, we are looking to add someone strong enough to own a full PCB design end-to-end. Review designs, push back when something could be better, and bring the kind of process discipline that only comes from shipping real hardware at scale. This isn't a junior engineer; it's a design partner. You'll own boards from concept through field deployment, and you'll be expected to catch each other's mistakes.

Collaborate with software, and manufacturing teams — and know how to coordinate across those boundaries without creating gaps

Contribute to Blissway's transition from rapid-prototyping mode to structured, repeatable product development

Experience

2+ years of actually building physical hardware. Whether at work or as a hobbyist (Raspberry Pi, ESP32, custom PCBs) we want to see what you’ve brought to life.

PCB Design: you understand the principles of design, from schematic capture to layout. We use Altium but understand that the underlying knowledge is what is important, not the tool's brand.

End-to-end PCB design ownership: aside from design principles, you have real experience taking boards from raw ideas to manufactured and tested hardware, including the software or firmware required.

Hardware debugging fluency: e.g., oscilloscope, logic analyzer, power analyzer in real conditions, not just in school or the lab

Experience designing for reliability: thermal management, power integrity, signal integrity, field environment constraints

Communication protocols at the hardware level: SPI, I2C, UART, Ethernet, CAN

Documentation discipline: test plans, manufacturing procedures, design review artifacts

Differentiators

Experience with product lifecycle management: moving a design from prototype through production release

Exposure to environmental and climatic chamber testing: understanding what 'designed for the field' actually requires

Source · BlisswayFirst seen 2 NovOriginal ↗