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Contract Arduino Programming Jobs in Seattle, WA

Electrical Engineer

Seattle, WA · On-site

$115K - $150K/yr

Collaborate with PCB vendors for prototyping and contract manufacturers for design-for ... Provide on-site and remote manufacturing programming support, requiring expertise in compilation ...

New

Electrical Engineer

Seattle, WA · On-site

$115K - $150K/yr

Collaborate with PCB vendors for prototyping and contract manufacturers for design-for ... Provide on-site and remote manufacturing programming support, requiring expertise in compilation ...

New

Contract Arduino Programming information

What are some typical challenges contract Arduino programmers face when working with clients on short-term projects?

Contract Arduino programmers often encounter challenges such as unclear project specifications, tight deadlines, and limited access to client hardware for testing. Communication is key, as clients may not always have a technical background, making it important to clarify requirements and expectations early. Additionally, contract programmers must be adaptable, frequently troubleshooting hardware and software issues independently while ensuring that their code is well-documented for client handover.

What are the key skills and qualifications needed to thrive as a Contract Arduino Programmer, and why are they important?

To thrive as a Contract Arduino Programmer, you need a solid understanding of embedded systems, C/C++ programming, and electronics fundamentals, often supported by a degree in engineering or computer science. Familiarity with the Arduino IDE, microcontroller platforms, circuit design tools, and version control systems like Git is typically required. Strong problem-solving abilities, attention to detail, and effective client communication distinguish top performers in this field. These skills are crucial for delivering robust, reliable solutions that meet client specifications within tight deadlines.

What is contract Arduino programming?

Contract Arduino programming refers to hiring a programmer or developer on a contractual basis to create, modify, or troubleshoot software for Arduino microcontroller projects. These professionals typically work on a temporary or project-by-project basis, helping clients with tasks such as prototyping, sensor integration, automation, and custom hardware solutions. The work can range from writing simple sketches to developing complex embedded systems, depending on the client's needs. Contract Arduino programmers may also assist with hardware selection, debugging, and documentation to ensure the success of an electronics project.

What is the difference between Contract Arduino Programming vs Contract Embedded Systems Developer?

AspectContract Arduino ProgrammingContract Embedded Systems Developer
CredentialsBasic electronics knowledge, Arduino certificationsAdvanced electronics, microcontroller certifications, embedded systems training
Work EnvironmentPrototyping labs, maker spaces, small-scale projectsIndustrial settings, manufacturing, complex hardware integration
Industry UsageHobbyist projects, educational tools, small startupsAutomotive, aerospace, medical devices, large tech companies

Contract Arduino Programming typically involves developing code for Arduino microcontrollers in prototyping or educational contexts, requiring basic electronics skills. In contrast, Contract Embedded Systems Developers work on complex embedded hardware across industries, often requiring advanced certifications and experience. Both roles involve embedded programming but differ significantly in scope, complexity, and industry application.

What are the most commonly searched types of Arduino Programming jobs in Seattle, WA? The most popular types of Arduino Programming jobs in Seattle, WA are:
What are popular job titles related to Contract Arduino Programming jobs in Seattle, WA? For Contract Arduino Programming jobs in Seattle, WA, the most frequently searched job titles are:
What job categories do people searching Contract Arduino Programming jobs in Seattle, WA look for? The top searched job categories for Contract Arduino Programming jobs in Seattle, WA are:
Electrical Engineer

Electrical Engineer

Deako

Seattle, WA • On-site

$115K - $150K/yr

Full-time

Posted yesterday


Job description

About Deako

Deako is redefining the way people experience lighting in their home. Our premium, effortless modular smart lighting solutions make it easy for builders and homeowners to offer affordable luxurycombining beautiful design, effortless installation, and future-ready smart home compatibility.

Key Responsibilities

Combine expertise across firmware control systems, advanced sensing algorithms,

custom PCBA design, component selection, manufacturing support, and quality

assurance procedures as integrated development processes rather than separate

engineering disciplines. Utilize direct customer engagement to guide technical

design decisions ensuring new technologies and features address real-world

installation challenges faced by both professional electricians and DIY consumers.

Implement user experience validation through prototype testing and iterative

refinement based on customer feedback, demonstrating ability to translate technical

capabilities into compelling consumer value propositions. Design, implement, and

debug embedded firmware for Atmel and STM32 microcontrollers using C

programming language and Eclipse-based IDEs. Develop switch control systems

requiring deep understanding of real-time embedded systems, interrupt handling,

and hardware abstraction layers. Engineer novel sensor systems for complex

environments utilizing firmware-based digital signal processing, analog signal

conditioning circuits, and algorithm development. Employ Python and Excel for

prototyping and iterative design optimization of sensing algorithms for consumer

applications. Architect and implement low-cost communication protocols for

electrically connected light switch networks. Integrate rapid electronic prototyping, C

firmware development, and dataanalytics infrastructure using Google Sheets for

field data collection and real-world algorithm optimization. Conduct comprehensive

microcontroller selection analysis using vendor relationships and technical research.

Develop custom drivers and bring up peripheral functionality using C programming,

technical documentation, and AI-assisted development tools such as Claude CLI.

Utilize Altium Designer for schematic capture, BOM creation, and multi-layer PCB

layout design for production consumer electronics at volumes up to 100k per year.

Collaborate with PCB vendors for prototyping and contract manufacturers for

design-for-manufacturing optimization. Provide on-site and remote manufacturing

programming support, requiring expertise in compilation toolchains, firmware

flashing procedures, and comprehensive product functionality testing with incoming

quality controls, in circuit testing and functional circuit testing. Source electronic

components through vendor relationships and online resources, ensuring

compliance with safety standards while optimizing cost and functionality for

consumer electronic products. Work with contract manufacturers using PLM

services to specify components to be used in production. Design and implement

robotic test systems using Arduino, Raspberry Pi, Python, and C++. Develop

automated data collection systems utilizing UART and I2C protocols for sensor data

extraction and desktop computer integration for analysis and storage. Execute rapid

de-risking of technical challenges through iterative experimental approaches.

Manage high-uncertainty projects requiring scientific methodology, stakeholder

communication, and drive agile project planning in fast-paced development

environments. Soldering and PCB rework expertise utilized to reduce prototype

cycles and reduce cost of development. Diagnose electronic and firmware issues

using digital multimeters, oscilloscopes, spectrum analyzers, and custom

1605463093.1

303756133 v1

microcontroller-based diagnostic equipment. Document failure modes, implement

corrective actions, and coordinate with external suppliers for issue resolution and

verification. Create comprehensive technical documentation using Draw.io, Google

Workspace suite for internal design communication and external partner

collaboration. Prepare patent documentation for novel inventions and conduct

structured FMEA analysis to identify and mitigate design.

Employer will allow a remote/in-office hybrid work schedule.

Requirements: Bachelor's degree in Electrical Engineering or related. plus 3 years in Embedded

Systems Development for Lighting and Appliance Controls. Employer will accept

applicants with any suitable combination of education, training, or experience.

Expertise in home automation, lighting controls and appliance controls.

Demonstrated experience in design, analysis, simulation, testing and debugging

of analog and digital circuits.

Proficiency in analog circuits, embedded systems, consumer electronics or

similar area.

Demonstrated experience in design and review of schematics and PCB layout.

Proficiency in real-time embedded development using C.

Demonstrated experience in troubleshooting and resolving EMI and EMC

issues.

Why Deako
  • Work remotely with a passionate, collaborative team shaping the future of smart home technology.
  • Make an impact on a fast-growing brand with premium positioning and ambitious growth goals.
  • Competitive compensation and performance-based incentives.

Deako Lighting Core Values:

  • Driven: We are quick learners, innovators, and endlessly curious. We absorb information from diverse sources to continually refine our approach.
  • Focused: We tackle challenges one at a time, prioritizing where we can make the most immediate and impactful difference.
  • Transparent: We embrace both successes and setbacks. Innovation is born from problem-solving, and we cultivate a trustworthy environment where all issues can be discussed openly.
  • Respectful: We engage respectfully at all times, valuing all contributions and challenging ideas constructively.
  • Team-first: Our collective strength fuels our success. We value our community of partners and customers and recognize that our achievements are a result of our collaborative efforts.
  • Accountability: Define success, measure results, and hold yourself and your teammates accountable. To reach our full potential as a company and as individuals, we must fully understand our successes and our shortcomings