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Software Engineer II

Location: UK (Remote)

Reports to: Engineering Manager

We’re looking for a Software Engineer II to help build and scale our hospital-at-home platform used in live clinical environments. This is a full-stack role within a cross-functional Product Engineering team, focused on delivering meaningful outcomes for patients and healthcare professionals. We are looking for someone who will thrive in a fast-moving environment where teams own problems end-to-end – from understanding user needs through to shipping reliable, production-grade software. You’ll contribute to scalable backend services and intuitive front-end applications, working within established architectural patterns while continuing to deepen your technical expertise.

This role combines strong engineering fundamentals, collaboration across disciplines, and a commitment to building safe, high-quality software in a regulated healthcare context.

What you’ll do:

Build and improve backend microservices and user-facing applications used by patients and clinicians.
Contribute to technical design discussions and implement solutions aligned with established architectural patterns.
Write clean, maintainable, well-tested code with appropriate automated test coverage.
Collaborate closely with Product, Design, QA, Clinical, Data, and Hardware teams to deliver cohesive platform capabilities.
Deploy, monitor, and troubleshoot services in production environments.
Participate in incident response and post-incident learning to improve reliability and patient safety.
Support the product in live clinical use, including participation in on-call rotations as required.

What you’ll bring:

Strong experience as a full-stack software engineer in a fast-paced environment.
Proficiency in at least one modern programming language (e.g., Java, Python, or TypeScript).
Experience writing testable code and implementing automated tests.
Comfortable reviewing, releasing, deploying, and troubleshooting production systems.
Experience working with managed cloud platforms such as AWS.
Ability to balance quality and pace, delivering incrementally while keeping the end user in mind.
Experience collaborating across teams and engaging constructively with stakeholders.
A growth mindset, with an interest in developing system-level understanding and engineering best practices.

You’ll fit in here if you:

Enjoy working cross-functionally with Engineering, Product, Clinical, and Operations teams.
Are comfortable taking ownership of well-defined problems and delivering independently.
Care about reliability, scalability, and building software that operates safely in real-world healthcare environments.
Like debating ideas openly, collaborating toward the best outcome, and continuously improving how you work.
Think both about the details and the bigger picture impact of your work.

Why you’ll love it here:

You’ll work on technology that directly impacts patient care and clinical outcomes.
You’ll be part of an outcome-focused, empowered engineering team with end-to-end ownership.
You’ll gain experience building software in regulated healthcare environments with real-world complexity.
You’ll have room to grow technically while contributing meaningfully from day one.
Competitive salary, benefits, and room to grow with the company.

Product Design Engineer, Physical Products

Location: UK (Remote)

We’re looking for a Product Design Engineer who thrives in a fast–paced, hands–on environment and loves taking physical products from idea through to manufacture. You’ll join a collaborative product and design team, where you’ll take ownership of individual projects while working closely with other designers, product managers, engineers and cross–functional partners.

The ideal candidate brings strong Design for Manufacture (DFM) experience, proven expertise in injection moulded components, and is comfortable designing products that integrate electronics. You take responsibility for your projects, communicate clearly, and enjoy working with others to deliver high–quality, manufacturable medical devices and products.

What You’ll Do

Take ownership of individual product design projects, from early concept through to manufacture.
Work as part of a multidisciplinary design and product team, collaborating closely with engineering, quality, regulatory, operations and manufacturing partners.
Lead Design for Manufacture (DFM) activities on your projects, ensuring designs are optimised for injection moulding and production at scale.
Design components and assemblies using 3D CAD (SolidWorks preferred), producing production-ready models and drawings.
Work confidently within SolidWorks PDM, maintaining clean and well-structured CAD data.
If required, design mechanical systems and casings for products that contain electronics, working alongside electrical and firmware engineers.
Build, test and iterate prototypes to inform design decisions.
Apply analysis tools (including FEA where appropriate) to validate designs.
Engage directly with suppliers and manufacturing partners to refine designs and resolve manufacturing challenges.
Source off the shelf products and materials required in the design.
Create and maintain technical documentation including technical drawings, BOMs, product specifications and design/engineering change notes.
Create and maintain product documentation that supports audits and regulatory submissions.
Deliver your design milestones on time, balancing quality, speed and pragmatism.

What You’ll Bring

Proven experience owning design projects through to manufacture.
Proven experience with human factors engineering and designing with your user in mind.
Strong experience in Design for Manufacture (DFM) and designing injection moulded components.
Experience designing products that are manufactured, assembled and serviced at scale.
Fluency in 3D CAD – SolidWorks preferred.
Experience using SolidWorks PDM or similar PLM/PDM systems.
Comfortable sketching and communicating ideas visually.
Working knowledge of the Adobe Creative Suite and experience with digital design.
Experience working with products that include electronics (PCBs, batteries, wiring, sensors, antennas, etc.).
Strong understanding of manufacturing processes including injection moulding, vacuum casting and metal fabrication.
Clear verbal, written and visual communication skills.
A pragmatic, evidence-based approach to product decision making.
Experience working to recognised quality standards (ISO9001 / ISO13485 preferred).
Ability to build a working understanding of healthcare.
Experience with biocompatibility testing standards would be preferred, but not essential

You’ll Fit Here If You

Enjoy owning design work end-to-end while collaborating closely with others.
Like working in a team where feedback and iteration are part of the process.
Care deeply about manufacturability, quality and detail.
Enjoy hands-on prototyping and learning through making.
Are comfortable balancing autonomy with collaboration.
Value transparency, curiosity and continuous improvement.

Why You’ll Love It Here

We’re a small, collaborative team with a strong commitment to transparency, and we’ve built an environment where your voice matters. In this role, you’ll have real ownership and impact – contributing to a shared design vision while leading your own projects through to manufacture.

This role offers exposure to leadership, visibility across the business, and opportunities to learn and grow. You’ll receive a competitive salary, benefits, and the chance to build meaningful products within a purpose-driven company.

If you believe you have what it takes to make a difference – please get in touch.

Senior Firmware Engineer, Medical Devices

Location: UK (Remote)

We’re looking for a Senior Firmware Engineer to deliver embedded firmware for medical devices from early concept through to production. You’ll take technical ownership of firmware on individual projects, working closely with hardware, manufacturing and quality teams.

You have strong experience shipping production-grade embedded firmware for medical or regulated products, are comfortable working close to the hardware, and have delivered on resource-constrained systems through bring-up and integration. You are accountable for firmware quality, safety, and can execute decisively under pressure while communicating with the wider team.

What You’ll Do

Develop and maintain high-reliability, high-quality embedded firmware.

Maintain a clear understanding of the product roadmap and advise on technical implications and risks.

Work closely with hardware, product and design teams to ensure effective integration, system-level reliability, and that solutions meet user needs.

Prioritise and resolve firmware defects based on severity and business impact.

Maintain efficient automated testing, CI and deployment pipelines within regulatory constraints.

Produce concise documentation to support audits and regulatory submissions.

Maintain and update the cyber security risk register for firmware-related components, ensuring risks are identified, tracked and mitigated.

What You’ll Bring

Strong embedded programming skills in C or C++.

Hands-on RTOS experience, preferably FreeRTOS, including scheduling, synchronisation and debugging timing-critical code.

Experience integrating and validating data from multiple sensors.

Ability to use metrics to assess performance, reliability and engineering effectiveness.

Familiarity with roadmap planning tools and delivery trade-offs.

Solid understanding of WiFi, TCP/IP, BLE.

Strong grasp of microprocessor architectures, digital electronics and hardware-firmware interaction.

Awareness of regulatory requirements for medical devices.

Ability to build a working understanding of UK and US healthcare workflows.

Nice to Have

Experience in regulated industries such as medical, aerospace or automotive.

Knowledge of secure bootloaders, OTA firmware updates and embedded cryptography.

Experience with low-power or battery-powered devices.

Familiarity with Python or similar scripting languages.

Experience developing low-level drivers or board support packages.

Familiarity with embedded coding standards such as BARR C:2018 or MISRA.

Knowledge of DSP algorithms and their implementation in embedded systems.

Experience with AWS IoT services and cloud-connected embedded systems.

Why You’ll Love it Here

Current Health is a purpose-driven business focused on a high-impact corner of healthcare. We’re working at the intersection of advanced therapeutic breakthroughs and how those breakthroughs reach patients in the real world.

We’re a small, collaborative team with a strong commitment to transparency, and we’ve built an environment where your voice matters. In this role, you’ll have real ownership and impact – contributing to a shared design vision while leading your own projects through to manufacture.

This role offers exposure to leadership, visibility across the business, and opportunities to learn and grow. You’ll receive a competitive salary, benefits, and the chance to build meaningful products within a purpose-driven company.

If you believe you have what it takes to make a difference – please get in touch.

Senior Electronics Engineer, Medical Devices

Location: UK (Remote)

We’re looking for a Senior Electronics Engineer to deliver high-reliability electronic hardware for medical devices from early concept through to production. You’ll take technical ownership of hardware design on individual projects, working closely with firmware, manufacturing and quality teams.

You have strong experience delivering production-grade electronic designs for medical or regulated products, are comfortable developing schematics and PCB layouts, and have taken designs through prototyping, validation and compliance. You are accountable for hardware quality, safety and robustness, and can execute decisively under pressure while communicating effectively with the wider team.

What You’ll Do

Design high-reliability electronic hardware, including schematics and multi-layer PCB layouts.

Lead circuit prototyping, board bring-up and system debugging activities.

Conduct design reviews to ensure design quality, manufacturability and regulatory compliance.

Perform and support EMC testing, diagnose failures and implement corrective design actions.

Work closely with firmware engineers to ensure effective hardware–firmware integration.

Produce clear and concise documentation covering schematics, layouts, test results and design decisions.

Ensure all hardware designs comply with relevant medical device regulations and standards.

Own risk analysis and FMEA activities.

Support clinical trials and FDA submissions by providing technical documentation and engineering expertise.

What You’ll Bring

Extensive experience with schematic capture and PCB layout for complex embedded systems.

Strong expertise in mixed-signal design, power supplies, filtering and sensor interfacing. Experience designing ECG, PPG or other bio-signal acquisition circuits is a plus.

Experience designing low-power and battery-powered electronic systems.

Hands-on experience with prototyping, board bring-up and hardware debugging.

Experience designing HDI, flex or rigid-flex PCBs.

Proficiency with industry-standard EDA tools, with Altium preferred.

Experience planning, executing and remediating EMC testing.

Solid understanding of digital electronics, microcontrollers and hardware–firmware interfaces.

Ability to use structured testing and metrics to evaluate hardware and battery performance.

Awareness of regulatory requirements for medical devices.

Ability to build a working understanding of UK and US healthcare workflows.

Nice to Have

Experience testing and evaluating Li-Ion batteries and associated hardware.

Experience working in regulated industries such as medical, aerospace or automotive.

Knowledge of Design for Manufacture/Test and working directly with manufacturing partners.

Knowledge of signal processing and filtering.

Experience designing electronics that interface directly with the human body, including biomedical sensors, electrodes or other physiological measurement systems.

Nice to Have

Experience testing and evaluating Li-Ion batteries and associated hardware.

Experience working in regulated industries such as medical, aerospace or automotive.

Knowledge of Design for Manufacture/Test and working directly with manufacturing partners.

Knowledge of signal processing and filtering.

Experience designing electronics that interface directly with the human body, including biomedical sensors, electrodes or other physiological measurement systems.

Why You’ll Love it Here