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Junior Embedded Test Engineer
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At a glance
- Employment type
- Full-time
- Location
- Ireland · Remote within Ireland
- Workplace
- Remote
- Category
- QA / Testing
Technologies & skills
Primary technologies
What you'll be doing
Join a medical device company in Dublin as a Junior Embedded Test Engineer. You'll perform verification and validation testing, develop and manage manual and automated tests, and produce documentation compliant with IEC standards. Hybrid remote work with onsite presence required two days per week.
- Perform verification and validation testing as part of the design control process
- Develop and manage manual and automated tests
- Work closely with cross-functional teams to ensure thorough coverage
- Produce documentation compliant with IEC 62304 & IEC 13485
Key requirements
Must-have
- Degree in Electronic Engineering or similar
- Experience in software or embedded testing
- Proficient in manual and automated testing using tools like Python or C
- Knowledge of Git
- Experience with lab equipment (e.g., oscilloscopes)
- Logical thinker with excellent attention to detail and communication skills
Nice-to-have
- Experience in medical devices or regulated environments
Role signals
- Technical focus
- embedded testing
- Hands-on vs management
- Hands-on
Similar jobs
Full job description
Junior Embedded Test Engineer
Medical Devices
Dublin (Hybrid)
We’re looking for a Junior Embedded Test Engineer to join an innovative medical device company in Dublin developing cutting-edge technology for chronic disease management.
You will perform verification and validation testing as part of the design control process, develop and manage manual and automated tests, and work closely with cross-functional teams to ensure thorough coverage. Operating in a regulated R&D environment, you’ll produce documentation compliant with IEC 62304 & IEC 13485, contributing to the development of life-changing medical technology.
What you need:
-
Degree in Electronic Engineering or similar.
-
Experience in software or embedded testing.
-
Proficient in manual and automated testing using tools like Python or C.
-
Knowledge of Git and experience with lab equipment (e.g., oscilloscopes).
-
Logical thinker with excellent attention to detail and communication skills.
-
Bonus Points: Experience in medical devices or regulated environments.
Based in North Dublin, my client operates a hybrid remote working policy, requiring onsite presence an average of two days per week. They offer an attractive salary and benefits package, along with the opportunity to progress in an exciting, fast-paced environment.
If this role aligns with your expertise, please send your CV via the link or contact Graeme King at IT Search to discuss in confidence!
Apply Now
Interview prep pack
Grounded in this listing. Use it to prepare examples before you apply.
Your interview focus
Based on this listing, the Junior Embedded Test Engineer role focuses on performing verification and validation testing for medical devices, developing manual and automated tests, and ensuring compliance with regulatory standards in a hybrid work environment.
- Embedded testing experience·Medium
- Regulatory compliance awareness·Medium
- Hands-on technical skills·Medium
- Attention to detail·Medium
Only have 30 minutes?
Follow a focused preparation plan based on this job.
Start 30-minute prep
Your 30-minute plan
Review Medical Device Regulatory Standards
0–8 minRead summaries or key sections of IEC 62304 and IEC 13485 to understand their impact on software testing and documentation.
Practice Test Automation in Python or C
8–15 minWrite or review sample test scripts relevant to embedded systems to refresh your coding and automation skills.
Revisit Lab Equipment Usage
15–20 minWatch tutorials or review manuals for oscilloscopes and related lab tools to ensure you can confidently discuss their use.
Prepare Examples of Team Collaboration
20–25 minThink of specific instances where you worked with cross-functional teams and how you communicated technical information.
Review Git Workflows
25–30 minBrush up on basic and advanced Git commands, branching strategies, and how you’ve used version control in past projects.
Talking points
, 5 itemsVerification and Validation Testing
Be ready to discuss your approach to V&V testing, as this is central to the design control process in medical device development.
Manual and Automated Test Development
Prepare examples of how you have developed or executed both manual and automated tests, especially using Python or C.
Regulatory Compliance and Documentation
Demonstrate your understanding of producing documentation that meets IEC 62304 & IEC 13485 standards, as this is critical in regulated environments.
Use of Lab Equipment and Tools
Showcase your experience with lab equipment like oscilloscopes and your proficiency with Git, as these are required skills.
Attention to Detail and Communication
Provide examples where your logical thinking and attention to detail contributed to successful testing outcomes, and how you communicated findings to teams.
What to research
, 4 itemsReview IEC 62304 & IEC 13485 Standards
Familiarize yourself with the key requirements and documentation practices for software in medical devices.
Brush Up on Python or C for Test Automation
Prepare to discuss and demonstrate your ability to write and execute automated tests using these languages.
Practice Using Lab Equipment
Review the operation and application of oscilloscopes and other common lab tools in embedded testing.
Understand Version Control with Git
Be ready to explain your workflow and best practices for using Git in a collaborative environment.
Questions to ask
, 6 itemsWhat is the typical workflow for verification and validation testing in your team?
Why ask this? To understand how testing is structured and your potential role in the process.
How does the team ensure compliance with IEC 62304 and IEC 13485 during development?
Why ask this? To clarify expectations for regulatory documentation and quality standards.
What types of embedded systems or devices will I be testing?
Why ask this? To gain insight into the specific technologies and challenges you’ll encounter.
How is collaboration managed between testers, developers, and other departments?
Why ask this? To assess the level of cross-functional teamwork and communication.
What opportunities are there for learning and professional development in this role?
Why ask this? To understand how you can grow your skills and advance within the company.
How often is onsite presence required, and what does a typical onsite day involve?
Why ask this? To clarify expectations around the hybrid work policy and onsite responsibilities.
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