Are you passionate about electrical engineering and product development? Do you enjoy building, testing, and improving real-world systems? If you're looking for an opportunity to grow your skills while working on cutting-edge unmanned ground vehicles and remote operation technologies, we'd love to hear from you.
As a Junior Electrical Engineer, you will join our Remote Operating Hardware team, supporting the development and integration of electrical and electronic systems used in Milrem's unmanned ground vehicles. This is a great opportunity for a recent graduate or someone with up to two years of experience who is eager to learn through hands-on engineering work.
Support the development and integration of electrical hardware for remote operating systems.
Build, wire, assemble, and test electrical and electronic systems and prototypes.
Assist with debugging, troubleshooting, system validation, and hardware integration.
Work with power distribution, control panels, cable harnesses, connectors, communication interfaces, sensors, cameras, displays, and vehicle interface hardware.
Read, create, and update electrical schematics, wiring diagrams, and technical documentation.
Collaborate closely with electrical, mechanical, embedded software, and field engineering teams to deliver reliable solutions.
Support demonstrations, testing activities, and other engineering tasks as needed.
Relevant education in Electrical Engineering, Electronics, Mechatronics, Robotics, Automation, or a related field.
0–2 years of experience, including internships, student projects, Formula Student, or other hands-on electrical engineering experience.
Basic knowledge of DC electrical systems and electrical safety.
Ability to read and create electrical schematics and wiring diagrams.
Hands-on experience with prototyping, wiring, crimping, soldering, testing, or troubleshooting.
Experience using laboratory equipment such as multimeters, oscilloscopes, and power supplies.
A structured approach to documentation and problem solving.
Good communication skills in English.
Motivation to learn and grow in a multidisciplinary hardware development environment.
Nice to have
Experience with CAN, Ethernet, serial communication, or vehicle electronics.
Familiarity with electrical schematic and harness drawing tools
Understanding of EMI/EMC principles, grounding, shielding, and cable routing.
Experience with automotive, robotics, defense, unmanned systems, or remote operation hardware.
Knowledge of safety circuits, emergency stop systems, or ruggedized electrical design.
You'll work alongside experienced engineers on technologies that make a real impact. From your first day, you'll gain practical experience with advanced robotic systems, receive mentorship from senior engineers, and have the opportunity to grow your technical expertise in a collaborative and innovative environment.
Location: Tallinn
Citizenship Requirement: Due to export control regulations and the nature of our projects, applicants must hold citizenship of an EU member state or NATO member country.
Additional information: To apply, please send your CV by 9th August 2026 at the latest.
We review applications continuously and may contact qualified candidates for interviews before the official deadline.
Don’t forget to read more about working at Milrem: careers.milrem.com
Established in 2013, Milrem Robotics is the world-leading developer of robotics and autonomous systems and systems integrator, with offices in Estonia, Finland, Sweden, the Netherlands, Poland, the UAE and the US.
The company’s mission is to enhance combat effectiveness through advanced robotics.
Milrem Robotics’ systems are currently part of robotics programs or in service in 19 countries worldwide, reducing future customers’ integration and operational testing risk and costs.
The company is leading the combat robotics industry with a broad depth of solutions to meet customers’ goals that go well beyond the hardware by offering capability development, experimentation and local industry integration, providing the customer with the least risk and greatest value.
