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Arduino Programming Remote Jobs in Massachusetts

Arduino Programming Remote information

What is an Arduino Programming Remote job?

An Arduino Programming Remote job involves designing, coding, and debugging software for Arduino-based projects while working remotely. Developers in this role create firmware, integrate sensors, control hardware, and optimize performance for various applications such as IoT, robotics, or automation. Strong knowledge of C/C++, microcontrollers, and circuit design is essential. Remote Arduino programmers collaborate with teams online, using version control and communication tools to ensure project success.

What are the key skills and qualifications needed to thrive in the Arduino Programming Remote position, and why are they important?

To thrive as an Arduino Programming Remote professional, you need solid experience in embedded systems, C/C++ programming, and hands-on circuit design, often backed by a relevant degree or certifications in electronics or computer engineering. Familiarity with Arduino IDE, source control tools like Git, debugging equipment, and IoT protocols is highly beneficial. Strong problem-solving abilities, effective written communication, and self-motivation are key soft skills for excelling in remote, collaborative environments. These skills ensure you can deliver reliable, timely solutions while collaborating efficiently with distributed teams on hardware-software integration projects.

What does a typical day look like for a remote Arduino programmer?

As a remote Arduino programmer, your daily tasks may include writing and testing firmware, collaborating with hardware engineers, reviewing code, and troubleshooting hardware-software integrations via virtual meetings or collaboration platforms. You'll often manage your own schedule, prioritize tasks, and participate in regular team check-ins to ensure project alignment. Communication with cross-functional teams, such as product managers or QA testers, is common, often using project management and version control tools to track your work. This remote setup allows for flexibility, but also requires proactive communication and effective time management to keep projects moving forward.

What are the most commonly searched types of Arduino Programming jobs in Massachusetts? The most popular types of Arduino Programming jobs in Massachusetts are:
What are popular job titles related to Arduino Programming Remote jobs in Massachusetts? For Arduino Programming Remote jobs in Massachusetts, the most frequently searched job titles are:
What job categories do people searching Arduino Programming Remote jobs in Massachusetts look for? The top searched job categories for Arduino Programming Remote jobs in Massachusetts are:
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Senior Product Security Engineer, Secure Design (Kernel and Virtualization)

Senior Product Security Engineer, Secure Design (Kernel and Virtualization)

DigitalOcean

Boston, MA • Remote

$175K - $190K/yr

Other

Posted 12 days ago


Job description

We're looking for a Senior Product Security Engineer who is passionate about partnering with engineers to assess and mitigate the security risk of our virtualization stack.

You'll own the security risk posture for our virtualization stack. You'll get there by building the frameworks the org uses to reason about hypervisor risk - systematic threat models that surface risks, shared rubrics for assessing their impact and likelihood, and clear ways of communicating them to security, kernel, virtualization, and provisioning teams. From there, you'll own the response: designing and proposing defense-in-depth mitigations and driving their implementation.

As a member of the Product Security team, you will report to the Manager of Secure Design. Our Secure Design team enables DigitalOcean to build secure-by-design products. We leverage strong relationships with both product teams and the rest of security engineering to be successful. The team's scope is primarily focused on reviewing early-stage decisions, developing threat models, scaling impact via automation, curating security patterns, authoring security guidance, training, and championing security initiatives. 

What you'll do:

Propose and implement mitigations and defense-in-depth to threats discovered through threat modeling the virtualization stack (90%)

  • Provide deep technical expertise in systems architecture, kernel security features and network architecture to build out a threat model for our virtualization stack
  • Identify the trade-offs of different solutions and recommend the efficient design to achieve both functional goals and security requirements. We do not deliver mandates; we work alongside cross-functional partners to find mutually beneficial solutions.
  • Collaborate with development teams to implement remediations and defense in depth to protect DigitalOcean's customers' workloads.

Cultivate and promote a security culture (10%)

  • Mentor software engineering teams in security best practices.
  • Help oversee our vulnerability management program (we call it security debt).
  • Help DigitalOcean engineers understand how security events impact them. Do they need to worry about the next Redfish or Copy Fail CVEs? How does RetBleed impact DigitalOcean's fleet?
What you'll add to DigitalOcean:

Required qualifications:

  • Deep familiarity with at least one kernel security feature (ex: AppArmor, SELinux, Landlock, etc.) 
  • Capable of assessing and understanding the performance implications of code changes to virtualization stacks (especially in Qemu and KVM), built from hands-on experience. Experience 
  • A record of partnering with internal engineering teams to tackle security problems across an entire stack with empathy and creativity. Engineering teams are our partners, not our adversaries.
  • Ability to clearly communicate security topics and vulnerability classes (e.g. memory corruption, privilege escalation, TOCTOU, etc) and ability to provide actionable direction to product teams.
  • Working knowledge of modern development concepts (virtualized environments, containerization, continuous integration + delivery).

Preferred qualifications:

  • 5+ years of writing systems level code (embedded systems, kernel, assembly or similar).
  • Experience guiding software teams on secure architecture design.
  • Written code for an embedded system (raspberry pi, arduino, etc).
  • Experience building or reviewing threat models and ability to craft malicious user, attacker, and abuse/misuse cases.
  • An understanding of patches and mitigations for hardware side-channel attacks.
  • Familiarity with object oriented and functional programming concepts, particularly with languages such as Go, Rust, or C.
Compensation Range: 
  • $175,000 - $190,000

*This is a remote role

JR: 2026-8011

#LI-Remote