Electronics Engineer

Reshape Biotech; København; On-site; DKK 550,000 - 750,000; Full time

Job summary

Reshape Biotech in Denmark is seeking an Electronics Engineer to own the embedded electronics lifecycle—from design through testing and ongoing support—collaborating across disciplines on our biomedical robotics platform. You will develop hardware and firmware for our devices, document schematics and PCB layouts, and push for reliability and production readiness while balancing time-to-market.

Applicants should hold a bachelor’s degree in electrical/electronics or have 2+ years of electronics

Qualifications

• Bachelor's degree in electrical/electronics or related field or 2+ years of professional electronics experience.
• Proficiency in EDA tools (KiCad, Altium).
• Proficiency in embedded systems programming (C, C++, Rust).
• Proficiency in Python.

Responsibilities

• Develop electronics and firmware designs for hardware products.
• Design and document electronic systems including schematic design and PCB layout.
• Build, test, and maintain highly reliable systems for production environments.
• Troubleshoot issues to minimize downtime and drive robust fixes.
• Collaborate with hardware peers to integrate mechanical, electronic, firmware and software components.
• Work with cross-disciplinary teams to address system requirements.

Skills

Embedded systems

C/C++

Python

Rust

Microcontroller development

Git

Soldering

Education

Bachelor's degree in electrical engineering

2+ years electronics experience in lieu of degree

Tools

KiCad

Altium

Embedded Linux

Oscilloscope

Git

Job description

Job Description

Reshape the future of biotech robotics with us. We’re developing cutting‑edge robotic devices to power the biotech lab of tomorrow, revolutionizing workflows and accelerating scientific discovery. At Reshape, we are making biotech engineerable through better and faster data collection and analysis, redefining biotechnology research for the future.

We believe that biology holds the key to a sustainable future and aim to provide innovative companies with tools to decode nature and address humanity’s biggest challenges, from alternative protein production to sustainable agriculture practices.

As an Electronics Engineer on our Hardware Engineering team, you will collaborate with engineers across disciplines to turn ambitious goals into reality. You will own the entire embedded electronics development lifecycle—design, implementation, testing, and ongoing support. You’ll work autonomously, bring enthusiasm, balance time‑to‑market with minimizing technical debt, and help your teammates deliver.

Requirements

• Bachelor’s degree in electrical engineering, electronics engineering, computer engineering, software engineering, or related field; or 2+ years of professional experience in electronics development in lieu of a degree.
• Proficiency in EDA tools (e.g., KiCad, Altium).
• Proficiency in embedded systems programming (e.g., C, C++, Rust).
• Proficiency in high‑level programming languages (e.g., Python).

Preferred Skills and Experience

• Experience in electronics development for robotics, electromechanical, or embedded software systems.
• Strong hardware hacking / maker mindset, hands‑on and DIY attitude (e.g., soldering, 3D printing, building electronics prototypes).
• Strong knowledge of microcontroller development.
• Experience in communication protocols (e.g., I2C, SPI, UART, CAN, TCP).
• Experience in hardware debugging using oscilloscopes, logic analyzers, and similar tools.
• Experience with Single‑Board Computers and embedded Linux.
• Experience in software development, including design practices and architecture. We use C, C++ and Python, and experience with these or similar languages is expected.
• Experience with version control systems (e.g., Git).
• Experience with system diagnostics, logging, and error handling.

Responsibilities

• Developing and iterating on electronics and firmware designs for our hardware products.
• Designing and documenting new electronic systems, including schematic design and PCB layout.
• Building, testing, and maintaining highly reliable systems: optimizing performance, reliability, and scalability for production environments.
• Troubleshooting and resolving issues to minimize downtime, and driving continuous improvement by identifying shortcomings and implementing robust fixes.
• Working closely with hardware engineering peers to ensure seamless integration between mechanical, electronic, firmware and software components.
• Collaborating with cross‑disciplinary teams to identify and address system requirements.
• Maintaining highest standards of excellence, never settling for the status quo.