Jobs Hardware & Engineering

Bavovna Defence is a company operating in the miltech sector, specializing in the development of electronic devices for the frontlines. Our products include munition drop controllers, remote detonation systems, target tracking systems, communication systems, and more.

For the past 3.5 years, we have been fully dedicating ourselves and our work to bringing Ukraine’s victory closer and strengthening its defense capabilities.

We are not planning to stop—only to expand! That’s why we are currently looking for a skilled Hardware Engineer, whose responsibilities will include:

• Developing technological maps for the production of electronic devices.
• Designing electronic devices, as well as physical and mathematical models of systems.
• Creating physical models for simulating control systems for electronic devices and aerial vehicles in MATLAB/Simulink.

• Researching and adapting new production technologies (related to development).

   

Requirements:

• Strong knowledge of physics and mathematics.
• Experience working with safety systems.
• Understanding of analog and digital circuit design.
• Knowledge of electromagnetic compatibility (certification experience is a plus).
• Understanding of PCB manufacturing/assembly and knowledge of IPC standards.
• Experience with Git.
• Proficiency in Altium Designer / OrCad / Eagle.
• Ability to read blueprints and work with STEP models.
• Experience with SPICE simulators: LTSpice, PSpice, Multisim, Microcap, Proteus.

• English proficiency (spoken skills are preferred).

   

Bonus points for:

• Experience with BGA packages / multilayer (8+) PCBs.
• Experience with STM32 controllers / FPGA.
• Experience in RF circuit/antenna/SDR system design.
• Experience with instrumentation amplifiers.
• Experience in designing switching power supplies.
• Experience in Safety-Critical / Mission-Critical system development.

What we offer:

• Competitive salary (at or above market level, depending on technical interview results).
• Remote work format.
• Flexible schedule (we prioritize task completion within deadlines rather than fixed working hours).
• A truly friendly team of professionals and like-minded individuals who will support, assist, and eagerly share their expertise with new team members.

We look forward to having you on board! 🚀

We’re looking for a Control & Autonomy Engineer to join our team and work on cutting-edge robotics and autonomous systems.

You’ll develop control algorithms, work with sensor fusion and multi-sensor data, build simulations, and collaborate with robotics and software engineers to bring real-world autonomous solutions to life.

Key Responsibilities:

• Develop control-based algorithms and support their testing.
• Work on data analysis and sensor fusion for multi-sensor systems (e.g., IMUs, cameras, magnetometers).
• Build models and simulations to support system development and testing.
• Collaborate with robotics and software engineers on integration with other platforms, modules, and solutions.
• Stay up to date with recent research in control and autonomy, and propose solutions to address product use cases.

Required Qualifications:

• 3+ years of experience in control, robotics, machine learning, or a related field.
• Experience with PID controllers, Kalman filters, and signal processing.
• Practical knowledge of linear algebra.
• Strong programming skills in Python and/or a good working knowledge of C++.
• Experience working with Linux-based systems.
• Degree in Computer Science, Robotics, Engineering, Mathematics, or another STEM field (or equivalent practical experience).

Nice to Have:

• Advanced knowledge of control theory.
• Experience with MATLAB / Simulink for dynamic system modeling and control design.
• Experience with ROS 2, Gazebo, or AirSim.
• Experience with sensor setup and integration.
• Experience with at least one of the following flight controllers: PX4, Betaflight, or ArduPilot.

What We Offer:

• Opportunity to work on cutting-edge embedded products.
• Competitive salary and benefits.
• Professional growth and learning opportunities.
• Collaborative and engineering-focused culture.

Level: Senior (individual contributor)· 

Focus: Full-stack hardware + flight stack integration (ArduPilot / Betaflight) 

Location: On-site (lab / hangar)

About the role

We're looking for an experienced hardware engineer to own end-to-end flight-control hardware integration across a diverse fleet of drones — from FPV quads to larger autonomous multirotor, fixed-wing, and VTOL platforms. You'll be the person who takes a new airframe from a pile of components to a tuned, flight-ready system: selecting and wiring the flight controller, flashing and configuring ArduPilot or Betaflight, integrating ESCs, sensors, radios, power, and payloads, and tuning it until it flies cleanly.

This is a hands-on, on-site role based in our lab/hangar, spanning the full range from quick R&D prototypes to repeatable production builds. You'll be the hardware integration expert for the team, working independently and setting the standard for how builds are configured, documented, and validated. Success looks like new platforms reaching reliable, flight-ready status quickly — and builds that stay consistent and reproducible from one unit to the next.

What you'll do

• Own end-to-end hardware integration of flight-control systems across multiple platform types (multirotor, fixed-wing, VTOL, FPV).
• Select, flash, configure, and tune ArduPilot (Copter / Plane / Rover) and Betaflight; build and maintain custom firmware targets and board definitions where needed.
• Integrate and validate flight controllers, ESCs, and motors — including protocol setup (DShot / bidirectional DShot, PWM / OneShot), motor–prop matching, and thrust testing.
• Bring up and calibrate full sensor suites: IMUs, barometers, compasses/magnetometers, GPS/RTK, rangefinders, optical flow, and airspeed sensors.
• Integrate RC and telemetry links (ExpressLRS, TBS Crossfire, CRSF / SBUS, MAVLink, SiK radios) and FPV/video systems (analog and digital VTX, OSD, cameras, antennas).
• Spec, assemble, and wire power systems — distribution, regulation, current/voltage sensing, and battery selection — with clean, reliable harnesses.
• Integrate smart peripherals over CAN / DroneCAN and companion computers (Raspberry Pi / Jetson) over MAVLink.
• Diagnose vibration, noise, and EMI issues and implement fixes (soft-mounting, gyro/notch filtering, grounding, shielding).
• Run bench, ground, and flight tests; analyze logs (Mission Planner / MAVExplorer, Betaflight Blackbox) and iterate on PID and filter tuning.
• Root-cause failures and design for reliability — diagnose in-flight and bench anomalies, build in redundancy where it matters, and harden platforms to hold up in real-world field conditions.
• Take platforms from quick R&D prototypes through to repeatable, well-documented production builds — locking in configurations and processes that stay consistent across units.
• Document build configurations, wiring, and setup procedures, and support/upskill the team so they can operate and iterate independently.

• Work closely with the software, mechanical, and flight-test teams to integrate cleanly and resolve hardware–software issues together.

   

What we're looking for

• Hands-on experience integrating and configuring ArduPilot and/or Betaflight on real hardware.
• Strong working knowledge of drone subsystems: flight controllers, ESCs, motors, sensors, RC links, power, and FPV.
• Comfortable with soldering, wiring, and general benchtop debugging (multimeter, bench power supply).
• Solid grasp of the relevant protocols: DShot, CRSF / SBUS, MAVLink, I2C / SPI / UART, and ideally CAN / DroneCAN.
• Experience tuning multirotor and/or fixed-wing platforms and reading flight logs to track down problems.
• Able to work independently and own a hardware domain from first component to flight-ready system.
• Comfortable switching between fast prototype iteration and the repeatability that production builds demand.
• Typically 4+ years in drone/UAV hardware, robotics, or embedded systems.

• Degree in electrical, aerospace, mechatronics, or robotics engineering — or equivalent hands-on experience.

   

Nice to have

• Writing custom ArduPilot board definitions (hwdef) or Betaflight targets, and compiling firmware from source.
• Familiarity with PCB design (KiCad / Altium) is a welcome bonus — but we treat full board design as a separate specialty, so it's not expected for this role.
• RTK GPS and precision navigation, lidar, or computer-vision payload integration.
• Breadth across airframe types — VTOL, large industrial, or agricultural platforms.
• Familiarity with the drone and aviation regulations that apply in the role's region.
• Comfortable with 3D printing and rapid prototyping for custom mounts, frames, and fixtures.

Tools & technologies you'll work with

• Firmware / stacks: ArduPilot, Betaflight
• Flight controllers: Pixhawk / Cube, Holybro, Matek, SpeedyBee, Kakute (STM32 F4 / F7 / H7)
• Ground stations: Mission Planner, QGroundControl, Betaflight Configurator
• Protocols: MAVLink, DShot, CRSF, SBUS, DroneCAN / CAN, I2C / SPI / UART
• RC / telemetry: ExpressLRS, TBS Crossfire, SiK radios
• ESC firmware: common ESC firmware and configuration tools
• Bench: Soldering station, multimeter, bench power supply

What we offer

• Competitive salary, set to experience
• A fully equipped lab and a budget for the gear, tools, and parts you need
• Health coverage, paid time off, and the standard benefits
• Room to grow your skills and shape how the team builds

Full compensation details are shared early in the process.

About us

We design and build drones across a range of platforms and applications, and we care about getting the hardware right. You'd be joining a hands-on team that puts real aircraft in the air and values engineers who can own their work from the bench to the flight line.

How to apply

To apply, send your resume along with anything that shows your work — builds you've integrated, logs or tuning you're proud of, repos, or flight videos. We'd love to see what you've put in the air.

Lemberg Solutions is, above all, a group of passionate professionals led by a core team that have been meticulously selected over the last 15 years. We are based in Lviv, Rivne, and Lutsk, and opened GmbH in Hamburg, Germany.

At LS, people come first. We know that our success is based on our people’s achievements. Each and every one of our 200 team members is highly valued for their hard work, and we’re always excited to welcome new specialists ready to embrace challenges with us.

Pay attention: only those candidates who meet the listed requirements will receive an answer!

Necessary skills and qualifications:

• 1-2 years of experience in schematic and PCB design
• Basic knowledge of analog, digital, and power electronics
• Experience with any CAD tools for schematic capture and PCB layout
• Understanding of electronics design principles 
• Good soldering and prototyping skills 
• Hands-on experience with lab equipment
• Pre-intermediate level of English proficiency for written communication and technical documentation analysis 

Will be a plus:

• Experience with Altium Designer
• Experience with simulation tools (e.g., LTspice, PLECS, Micro-Cap or similar) to analyze and optimize circuits before implementation
• Understanding of the product design flow and board bring-up process, as well as prototyping, identifying and troubleshooting hardware issues
• Experience in electronics manufacturing support
• Experience in commercial product design

What we offer:

Time Off 

• 21 days paid annual leave 
• Unlimited sick leaves with a medical statement 
• 30 working days off for personal reasons without compensation 
• 5 days additional paid time off following your wedding or your child’s birth
• Paid public holidays

Workplace Benefits

• Free English classes in groups
• Flexible work schedule
• Fully equipped workstation
• Comfortable office
• Access to a video library of soft skill workshops

Financial Benefits

• Relocation support program
• Financial support from LS in case of emergency (reviewed individually)
• Overtime pay
• In-house accounting service

Fun

• Lviv IT Cluster gifts & discounts 
• Team building & industry events

About the project:
​​We invite you to a challenging environment where you will become a key player in launching diverse and innovative hardware projects, building the next generation of intelligent electronics. Our experience spans highly complex domains, from developing ultra-low-power devices capable of operating for up to 10 years on a single charge to engineering systems for exoskeletons, industrial robotics, and even the aerospace industry (e.g., specialized biolaboratories).

We are looking for a Senior RF Engineer to take ownership of the radio communication subsystem across the full development cycle — from RF hardware and antenna design to embedded firmware, system integration, testing, and field validation.

The role requires strong hands-on experience with RF hardware, wireless communication systems, antennas, and embedded development.

Responsibilities

• Design and improve RF circuits, RF front ends, and PCB layouts.
• Develop and integrate antenna solutions for compact mobile platforms.
• Work with receiver/transmitter chains, filters, amplifiers, impedance matching, and frequency synthesis.
• Develop embedded firmware for STM32-based radio modules in C.
• Integrate RF transceivers using SPI, UART, and I2C.
• Design and optimize reliable communication links, including link-budget analysis.
• Work with modulation, frequency hopping, spread-spectrum techniques, and mesh networking.
• Integrate telemetry communication with flight controllers via MAVLink.
• Identify and mitigate EMI/EMC issues and onboard interference.
• Improve communication-link robustness in interference-heavy and contested RF environments.
• Perform RF measurements using spectrum analyzers, VNAs, oscilloscopes, and related equipment.
• Conduct laboratory and field testing and support product validation and certification.

Requirements

• 5+ years of professional experience in RF / wireless communication systems.
• Proven full-cycle experience: schematic → PCB → bring-up → testing → field validation.
• Strong experience with RF hardware and antenna systems.
• Strong knowledge of STM32 and embedded C.
• Practical experience with RF measurement equipment.
• Solid understanding of digital communication systems and radio-link design.
• Experience with real-world hardware products or systems deployed in the field.
• Ability to work independently and take technical ownership of the RF subsystem.
• English sufficient for technical documentation.

Nice to Have

• Experience with UAVs, avionics, or other mobile embedded platforms.
• Experience with electronic warfare, anti-jamming, or congested RF environments.
• Knowledge of LoRa / LPWAN, mesh networks, MAVLink, or SDR.
• Experience with RF product certification.

WHO WE ARE?

We are Edge Solutions Lab, a team of engineers with a strong background in product development of edge solutions and data platforms.

We have a long-term partnership with a customer in the US who is looking to expand their onsite team with talented engineers like you. This is an exciting opportunity to collaborate with industry leaders, work on impactful projects, and contribute to the development of next-generation electronic devices for healthcare, biotechnology, and research domains.
 

WHO WE ARE LOOKING FOR?

We are looking for a highly motivated PCB Engineer to join our team, working on single board computers, wearable devices, and wireless solutions for healthcare and life-science applications. In this role, as part of a team, you will design, prototype, and test electronic hardware, taking boards from concept and schematic to production-ready manufacturing data, and working closely with hardware engineers, firmware developers, and mechanical designers.

This is a dynamic environment where priorities can shift quickly, so we value someone who adapts easily and stays effective when project focus changes.
 

IN THIS ROLE YOU WILL:

• Perform PCB design work in Altium Designer, from schematic development to layout and release of manufacturing data.
• Design, debug, optimize, diagnose, and modify digital and analog electronic circuits.
• Develop and test single board computers, wearable devices, and wireless solutions.
• Route high-speed interfaces (such as PCIe, USB, DDR) and ensure designs are ready for mass production (DFM/DFT).
• Ensure NDAA compliance when selecting components and manufacturing partners.
• Prepare manufacturing packages (Gerber, drill files, BOM, assembly drawings, fabrication notes) and order PCBs and PCBAs from contract manufacturers.
• Experiment and prototype new ideas for evaluation.
• Test and debug boards using measurement equipment (oscilloscope, logic analyzer).
• Write engineering documentation, including drawings and procedures, test plans, and reports, and recommend design improvements.
• Participate in design meetings and contribute to the product.
• Collaborate with hardware and mechanical engineers on schematic reviews, board outline, connector placement, and enclosure integration.
• Switch between projects and tasks as priorities change, adjusting your focus quickly without losing quality.
   

WHAT YOU BRING ALONG:

• At least 4 or more years of experience in PCB design.
• Confidence in use of Altium Designer.
• Experience in routing high-speed interfaces (such as PCIe, USB, DDR).
• Practical experience in development for mass production (DFM/DFT).
• Familiarity with industry design rules and standards.
• Good analog and digital electronic engineering fundamentals.
• Knowledge of SoC-based solutions and their architecture (buses, clock, ports, etc.).
• Experience in schematic development, including the ability to read schematics, datasheets, and mechanical drawings, and to make minimal schematic changes when needed.
• Good knowledge of communication interfaces (PCIe, USB, I2C, UART, SPI).
• Experience with measurement equipment (oscilloscope, logic analyzer).
• Experience in ordering PCBs and PCBAs from contract manufacturers.
• Flexibility in your approach to projects and the ability to quickly switch focus between tasks, products, and priorities as project needs change.
• Intermediate+ written and spoken technical English.
• Ability to work in a multinational distributed team.
   

WILL BE A PLUS:

• Knowledge of PCB design standards (IPC-2221, IPC-2222, IPC-7351, IPC-A-610).
• Experience in design of battery-powered devices.
• Experience in use of soldering equipment (BGA components are a plus).
• Experience in design of medical devices.
• Experience in components purchasing for prototyping and for production.
• Basic experience in embedded software development.
• Knowledge of mechanical design software tools.
• Flexibility to work across multiple disciplines.

Servis Plus Global (SPG) is a UK-based technology company delivering innovative solutions in artificial intelligence, robotics, autonomous systems, and enterprise software.

Our international engineering team works on advanced technology projects across Saudi Arabia and beyond, combining AI, computer vision, robotics, and software engineering to solve real-world challenges.

We are looking for a hands-on Robotics Engineer to support our growing operations in Saudi Arabia.

What You'll Do

• Develop, integrate, and deploy autonomous robotic systems.
• Work with quadruped robots, mobile robotic platforms, and humanoid technologies.
• Develop robotics applications using ROS2, Python, and C++.
• Implement SLAM, autonomous navigation, mapping, and obstacle avoidance.
• Integrate LiDAR, RGB/depth cameras, thermal sensors, and other robotic hardware.
• Work with NVIDIA Jetson and Linux-based embedded systems.
• Integrate AI and computer vision capabilities into robotic platforms.
• Develop communication interfaces between robots, edge devices, and software platforms.
• Troubleshoot, calibrate, and optimize robotic systems.
• Conduct real-world testing, demonstrations, and on-site deployments.

Requirements

• 3+ years of relevant robotics engineering experience.
• Strong hands-on experience with ROS2.
• Proficiency in Python and C++.
• Solid Linux knowledge.
• Experience with autonomous navigation, SLAM, and sensor integration.
• Familiarity with NVIDIA Jetson or similar embedded platforms.
• Experience working with physical robots, not only simulations.
• Strong problem-solving and debugging skills.
• Good English communication skills.
• Willingness to work on-site in Saudi Arabia.

Nice to Have

• Experience with quadruped or humanoid robots.
• Experience with robotic arms and motion control.
• Knowledge of edge AI and computer vision.
• Experience with autonomous docking and charging.
• Familiarity with industrial robotic deployments.
• Experience integrating robotics with APIs, cloud services, and monitoring dashboards.

What We Offer

• Work on advanced robotics and autonomous systems projects.
• Opportunity to deploy robotic solutions in real industrial environments.
• International engineering team.
• Exposure to AI, edge computing, and next-generation robotic platforms.
• Long-term professional growth and challenging technical projects.

Interested?

If you enjoy working with real robots, solving complex engineering challenges, and turning autonomous technologies into practical solutions, we'd love to hear from you.

Join Servis Plus Global and help build the next generation of intelligent robotic systems.

Lemberg Solutions is, above all, a group of passionate professionals led by a core team that have been meticulously selected over the last 15 years. We are based in Lviv, Rivne, and Lutsk, and opened GmbH in Hamburg, Germany.

At LS, people come first. We know that our success is based on our people’s achievements. Each and every one of our 200 team members is highly valued for their hard work, and we’re always excited to welcome new specialists ready to embrace challenges with us.

Pay attention: only those candidates who meet the listed requirements will receive an answer!

Necessary skills and qualifications:

• 5+ years of experience in schematic and PCB design
• Knowledge of analog and digital electronics
• Familiarity with PCB design rules, layout considerations
• Experience with Altium Designer for schematic capture and PCB layout (project setup, rules configuration, library management, signal routing tools, project releaser, layer stack manager)
• Understanding of electronics design principles (power supply design, voltage regulation, DC-DC converters, AC-DC conversion, efficient power management, low-power design techniques)
• Hands-on experience with simulation tools (e.g., LTspice, PLECS, or similar) to analyze and optimize power circuits before implementation
• Understanding of the board bring-up process, as well as identifying and troubleshooting hardware issues
• Knowledge of industry standards and regulations related to electronics, safety, and electromagnetic compatibility (EMC)

Will be a plus:

• Ability to write simple test software for hardware bring-up activities
• Experience in electronics manufacturing support
• CE, FCC, and RED certification support experience
• Knowledge of RF circuits

What we offer:

Time Off

• 21 days paid annual leave
• Unlimited sick leaves with a medical statement
• 30 working days off for personal reasons without compensation
• 5 days additional paid time off following your wedding or your child’s birth
• Paid public holidays

Workplace Benefits

• Free English classes in groups
• Flexible work schedule
• Fully equipped workstation
• Comfortable office
• Access to a video library of soft skill workshops

Financial Benefits

• Relocation support program
• Financial support from LS in case of emergency (reviewed individually)
• Overtime pay
• In-house accounting service

Fun

• Lviv IT Cluster gifts & discounts
• Team building & industry events

About the project:
​​We invite you to a challenging environment where you will become a key player in launching diverse and innovative hardware projects, building the next generation of intelligent electronics. Our experience spans highly complex domains, from developing ultra-low-power devices capable of operating for up to 10 years on a single charge to engineering systems for exoskeletons, industrial robotics, and even the aerospace industry (e.g., specialized biolaboratories).

Kyivstar Tech is looking for a Network Engineer.

What you will do

• Hands-on installation and replacement of network equipment, including switches, routers, and wireless access points
• Installation of network equipment in racks and connection to the existing infrastructure
• Physical network patching and cable management
• Connecting and verifying copper and fiber-optic links
• Working with patch panels, SFP/SFP+ modules, and network cabling
• Basic troubleshooting of physical connectivity issues
• Equipment replacement and troubleshooting during hardware failures
• Performing on-site network maintenance and implementation of planned changes

Qualifications and experience needed

• 2+ years of hands-on experience in network engineering or network operations
• Good understanding of TCP/IP and the OSI model
• Hands-on experience with Cisco networking equipment (switches, routers, and wireless infrastructure)
• Good knowledge of Layer 2 technologies:
  • VLANs and Trunking (802.1Q)
  • STP / RSTP
  • LACP / EtherChannel
• Good knowledge and practical experience with Layer 3 networking:
  • IPv4 addressing and subnetting
  • Static routing
  • OSPF
  • BGP
• Understanding of Enterprise and Data Center network architectures
• Knowledge and practical experience with Wi-Fi networks:
  • Access Points (AP)
  • Wireless LAN Controllers (WLC)
  • SSIDs and VLAN integration
  • Basic Wi-Fi troubleshooting and coverage analysis
• Experience with network troubleshooting using ping, traceroute, SSH, packet captures, device logs, and monitoring tools
• Ability to troubleshoot connectivity, routing, switching, Wi-Fi, and network performance issues
• Basic understanding of network redundancy and high-availability concepts

Will be a plus

• Experience with Cisco Catalyst and Cisco Nexus switches
• Experience with Cisco Wireless / WLC
• Basic understanding of VXLAN / EVPN
• Familiarity with network monitoring systems such as Zabbix, PRTG, Grafana, or similar
• Basic knowledge of ACLs, NAT, and firewalls
• Basic experience with network automation using Python or Ansible
• CCNA or equivalent practical knowledge

What we offer

• Performance bonuses
• We train employees with the opportunity to learn through the company’s library, internal resources, and programs from partners   
• Health and life insurance  
• Wellbeing program and corporate psychologist  
• Reimbursement of expenses for Kyivstar mobile communication 

(Dear candidates, please note: this is not a remote position!) 

Lviv, Ukraine | Flexible / study-compatible | Occasional international travel 

with the option to grow into a Robotics Engineer, Project Manager or Consultant

About Logivations

Logivations develops advanced robotics, Digital Twin and AI solutions for logistics and industrial environments. Our technology is used by more than 30,000 professionals worldwide and trusted by global companies including Adidas, Amazon, DHL, Coca-Cola, Heineken, Lidl, Migros and Swarovski.

For our robotics team in Lviv, we are looking for a technically strong colleague who wants to understand how autonomous mobile robots work in real customer environments and help automate their operation, diagnostics and support.

The Role

This is a technical engineering role rather than a traditional monitoring or supervision position. You will work with autonomous transport robots, analyse technical issues and help automate recurring support, deployment and diagnostic tasks.

You are not expected to know every technology from day one. We value analytical thinking, practical programming skills and the ability to understand complete technical systems.

Your Responsibilities

· Understand the technical behaviour of our autonomous transport robots, including navigation, sensors, fleet control, interfaces and interaction with the customer environment.

· Analyse technical incidents using logs, system data, dashboards and robot behaviour, and identify root causes rather than only treating symptoms.

· Develop scripts and tools that automate recurring monitoring, diagnostics, deployment, updates and support tasks.

· Improve automated health checks, alarms, diagnostics and recovery procedures.

· Work with our robotics developers to improve system reliability, maintainability and serviceability.

· Support software updates, configuration changes and technical roll-outs at customer systems.

· Fine-tune robot routes, speeds, task priorities and operational parameters after onboarding and training.

· Create Digital Twin simulations for testing, demonstrations and continuous improvement.

· Prepare concise technical documentation and troubleshooting guides, and occasionally support live robot operations during critical project phases or go-lives.

· After gaining experience, deliver operator trainings, take technical responsibility in customer projects and occasionally travel to client sites in the EU.

Your Profile

· You may be a developer, engineering student, recent graduate or junior engineer from robotics, automation, computer science, mechatronics, electrical engineering or a related technical field.

· Basic understanding of programming concepts is helpful. Some practical experience with languages such as Python, Java, C++, C# or similar is a plus, but not required.

· You think analytically, investigate root causes and look for ways to prevent problems from recurring.

· You are interested in robotics, automation and complete technical systems. Prior professional robotics experience is welcome but not required.

· Basic knowledge of Linux, networking, APIs, databases, logs, Docker or similar technologies is helpful, but we do not expect you to know everything from day one.

· You are comfortable learning unfamiliar technology from documentation, source code, developers and AI-assisted tools.

· Good communication skills and minimum intermediate English (B1/B2).

· Sense of responsibility, self-organisation and willingness to occasionally support critical project situations or travel internationally.

Where AI Fits In

AI is a useful engineering tool, not a replacement for technical understanding. We use it where it adds real value — for example for log analysis, documentation retrieval, fault classification and troubleshooting — while well-defined automation remains deterministic where appropriate.

We Offer

· Hands-on work with real autonomous robots and modern robotics software.

· A role focused on engineering and automation rather than repetitive operational supervision.

· Competitive compensation paid in EUR.

· Flexible working hours compatible with university studies or an early-career schedule.

· A supportive, professional team and a cozy office in Lviv.

· Direct cooperation with experienced robotics and software developers.

· International customer projects and occasional travel opportunities.

· A clear development path toward Robotics Engineer, Project Manager or Consultant.

Interested?

Visit www.logivations.com and www.pixel-robotics.eu for more information and send us your CV. If available, we are also happy to see GitHub projects, university projects or other technical work that shows how you approach engineering problems.

We look forward to meeting you!

UnioTech is a contract engineering company delivering hardware and embedded systems for clients across Europe. We are looking for a Hardware Development Engineer whose primary focus is the design of PCBs and hardware for a wide range of sensor systems — microcontroller- and single-board-computer-based platforms integrating diverse sensors and low-power wireless communication. Strong experience in high-power power electronics (isolated DC/DC converters) is highly valued: this person will also be expected to contribute to, and ideally lead, power-stage design work.

Responsibilities:

Sensor system hardware (primary focus)

• Design, develop, and test hardware for sensor systems built around microcontrollers (MCU + sensors) and single-board computers (SBC + sensors).
• Translate system requirements into modular and scalable schematics, PCB layouts, and Bill-of-Material (BoM) selection.
• Design mixed-signal PCBs interfacing to a broad range of sensors, including analog front-ends and digital buses (I2C, SPI, UART, 1-Wire, CAN, RS-485).
• Specify signal-conditioning and data-acquisition chains: amplification, filtering, ADC/DAC selection, voltage references, and noise management.
• Integrate low-power radio communication into sensor nodes — typical transmit power up to ~10 W, operating frequencies up to 5 GHz (e.g., sub-GHz ISM, BLE / 2.4 GHz, Wi-Fi, LoRa). This includes RF front-end, impedance matching, and antenna integration and placement.
• Design power-supply and power-management sub-systems for sensor nodes (LDOs, switching regulators, battery / charge management, low-power and sleep-mode design).
• Ensure signal integrity, EMC/EMI robustness, sound grounding, and predictable thermal behavior across the layout.
• Perform prototype bring-up, hardware debugging, testing, and laboratory validation across the specified environmental operating range (e.g., −20 °C to +70 °C).

Required Qualifications & Hard Skills

• 3+ years of professional hardware/PCB design experience: schematic capture and multi-layer PCB layout for mixed-signal systems.
• Hands-on experience designing MCU-based and SBC-based hardware and interfacing it to sensors over analog and digital interfaces.
• Experience integrating low-power RF/wireless links (up to 5 GHz, up to ~10 W): RF-aware layout, controlled impedance (50 Ω), matching networks, and antenna integration.
• Strong grasp of mixed-signal PCB layout: minimizing noise coupling, grounding strategy, power distribution, and EMC/EMI mitigation.
• Experience bringing up and debugging prototype hardware with standard lab equipment (oscilloscope, multimeter, spectrum analyzer, VNA, etc.).
• Familiarity with EMC and electrical-safety considerations and pre-compliance testing.
• Proficiency with a professional EDA toolchain (e.g., Altium Designer, KiCad, or equivalent).
• Working proficiency in English (client-facing role).

We offer:

• Opportunity to work in an office in Khmelnitsky or ability to work remotely (only in Ukraine);
• Competitive remuneration;
• Constant professional growth and development;
• Provision of equipment as needed;
• A dynamic and supportive work environment, with access to cutting-edge tools and resources;
• The ability to work with the latest modern tools and technologies on different projects;
• 8-hour working day with flexible schedule;
• The company pays taxes, provides accounting and legal support;
• Opportunity to attend courses (English lessons or other related to professional activities)

About Vernius
 

Vernius Systems is a U.S. defense technology company developing compact radar systems for autonomous drone interception.

We are building an engineering team in Kyiv to integrate our radar technology with Ukrainian interceptor platforms, work directly with local airframe partners, and conduct flight testing in Ukraine.

We are looking for a highly experienced GNC engineer who can take ownership of interceptor integration in Ukraine and become the technical point person for the local team.

What you’ll do

• Develop and modify guidance, navigation, and control firmware for interceptor UAVs.
• Integrate Vernius radar systems with existing interceptor flight-control stacks.
• Work with ArduPilot, Betaflight, PX4, or custom autopilot systems.
• Develop and tune guidance and flight-control logic for high-speed UAV interception.
• Integrate radar tracking data into interceptor guidance systems.
• Analyze flight telemetry and debug guidance, control, and integration issues.
• Plan and conduct flight tests together with Ukrainian interceptor manufacturers.
• Work directly with airframe partners to integrate Vernius systems into their platforms.
• Diagnose problems across the full interceptor stack: sensors, firmware, flight controller, communications, airframe, and guidance.
• Coordinate technical integration in Ukraine when the CEO is not on-site.
• Work closely with the FPV/CAD engineer during prototyping and flight testing.

• Help shape the architecture and technical direction of Vernius integrations in Ukraine.

   

What we’re looking for

• Hands-on experience developing autopilot, GNC, or flight-control systems for UAVs, autonomous aircraft, or missiles.
• Strong understanding of guidance, navigation, flight dynamics, and control systems.
• Production-level C/C++ experience.
• Practical experience with at least one of:
  • ArduPilot
  • Betaflight
  • PX4
  • custom UAV autopilot systems
• Experience integrating and debugging sensors and flight-control hardware.
• Experience analyzing real flight logs and telemetry.
• Hands-on flight-testing experience.
• Strong understanding of the UAV stack end-to-end.
• Ability to solve system-level problems rather than working only within one software component.
• Ability to communicate directly with the U.S. engineering team in English.
   

English

• B2 or higher, sufficient for direct technical communication with the U.S. engineering team.
• You should be comfortable discussing technical decisions, explaining problems, participating in engineering calls, and reading/writing technical documentation in English.
   

Strong advantages

• Experience with interceptor UAVs or other high-speed autonomous aircraft.
• Experience developing an autopilot from the ground up.
• Missile guidance or terminal guidance experience.
• Sensor fusion / state estimation.
• EKF/Kalman filtering.
• MAVLink.
• SITL/HIL simulation.
• Radar or computer-vision guidance.
• Experience working directly with Ukrainian defense manufacturers or military units.
• Previous technical leadership or system ownership.
   

Who this role is for

We are not looking only for a strong embedded developer or control-theory specialist.

The ideal candidate has built real autonomous aircraft systems, taken them into the field, analyzed failures, modified the software or hardware, and iterated until the system worked reliably.

You should be comfortable understanding the entire chain from sensor input to guidance logic, flight controller, actuators, airframe behavior, and real-world flight performance.

This person will have significant technical ownership and can grow into the technical lead for Vernius’s Ukrainian engineering team.

About Vernius

Vernius Systems is a U.S. defense technology company developing compact radar systems for autonomous drone interception.

Our Ukrainian engineering team works directly with interceptor manufacturers to integrate Vernius radar technology into existing UAV platforms and test these systems in real flight conditions.

We are looking for a hands-on FPV engineer who is equally comfortable building drones, designing mechanical parts in CAD, rapidly prototyping them, and taking the resulting aircraft into the field.

What you’ll do

• Design radar mounts and other integration components for different interceptor airframes.
• Rapidly prototype designs using CAD and 3D printing.
• Install Vernius radar systems onto interceptor UAVs.
• Build, modify, repair, and prepare interceptor prototypes for testing.
• Integrate flight controllers, electronics, wiring, power systems, and communication hardware.
• Work through mechanical integration issues including packaging, weight, balance, and center of gravity.
• Iterate quickly: design → print → assemble → fly → diagnose → redesign.
• Prepare aircraft for flight tests.
• Support the GNC engineer during guidance and integration testing.
• Diagnose hardware and mechanical issues discovered during testing.
• Work directly with Ukrainian interceptor manufacturers and their engineering teams.

• Help establish a fast prototyping and testing capability in the Kyiv office.

   

What we’re looking for

• Extensive hands-on experience building and modifying FPV/UAV systems.
• Strong practical understanding of FPV hardware:
  • flight controllers
  • ESCs
  • motors
  • receivers
  • power systems
  • telemetry and communication equipment
• CAD experience and ability to design functional mechanical parts independently.
• Practical 3D-printing experience.
• Strong soldering, wiring, assembly, and troubleshooting skills.
• Understanding of UAV weight distribution, center of gravity, vibration, and mechanical constraints.
• Experience preparing and troubleshooting aircraft in real flight-test conditions.
• Ability to prototype quickly rather than optimize indefinitely on a computer.
   

English

• Sufficient to read technical documentation and communicate on basic technical topics.
• Conversational English (B1+) is a strong advantage but not a strict requirement.
   

Strong advantages

• Direct experience with interceptor drones.
• Ability to pilot interceptor or high-performance FPV aircraft.
• Experience conducting flight tests.
• Experience integrating payloads or sensors onto UAV platforms.
• Experience with ArduPilot, Betaflight, or PX4.
• Experience working with Ukrainian defense-tech companies or military units.
• Mechanical/aerospace engineering background.
   

Who this role is for

We value hands-on experience more than credentials.

Someone who has spent years building, modifying, flying, crashing, repairing, and improving real UAVs may be a stronger candidate than a traditional mechanical engineer with limited field experience.

We want someone who can receive a new interceptor airframe, understand it quickly, design an integration solution, manufacture the prototype, install it, and help get the aircraft into the air.

Must-Have Requirements

• BSc in Electrical Engineering from a recognized university.
• Minimum 3 years of hands-on DFT experience — must. Senior-level profiles preferred.
• DFT methodologies: scan, ATPG, at-speed test, memory BIST, I/O DFT.
• Scan insertion and ATPG for stuck-at, transition-delay, bridging and IDDQ fault models; test-coverage improvement.
• DFT DRC analysis and coverage debug with Synopsys DFT Compiler / TestMAX (TetraMAX) / SpyGlass DFT or equivalent Siemens (Mentor) Tessent tools.
• Memory BIST — Tessent MBIST.
• Strong knowledge of JTAG IEEE 1149.1, IEEE 1149.6 and IEEE 1500 (formerly P1500).
• Hands-on design and implementation of DFT features.
• End-to-end DFT flow ownership: concept → tape-out → production.
• Gate-level simulation setup and runs (pattern validation).
• Formal equivalence checking.
• Perl / Tcl / UNIX scripting for flow automation.

Nice to Have

• Broader Siemens Tessent experience (ScanPro / TestKompress, LBIST) beyond MBIST.
• Advanced-node experience (7nm and below).
• Python for flow automation.

About Farsight Vision

Farsight Vision develops AI-powered geospatial intelligence solutions for defence and security operations. The platform transforms raw aerial and sensor data into real-time 3D environments, actionable analytics, and AI-assisted operational scenarios, enabling enhanced situational awareness, mission planning, and faster decision-making for both human operators and autonomous systems. We operate at the intersection of geospatial data, computer vision, and defense operations – and if that interests you, read on.

We are looking for a Mechanical/Electrical Engineer to own our modules end-to-end: from tweaking the first prototype to a design that is ready for production. This is not a role for someone who waits for a fully specified drawing package. You will take a requirement, turn it into working hardware, break it in testing, and make it better.

Responsibilities

•       Build product prototypes, test them under real conditions, and iterate fast based on what the tests actually show, not what the model predicted

•       Design adapter plates, mounts and interfaces that integrate our hardware with partner and third-party products, making sure they fit, hold, and survive field use

•       Integrate robotics components (sensors, single-board computers, network equipment, batteries) into compact, reliable assemblies

•       Select power supplies and electrical components, design and assemble cable harnesses, solder and crimp connections, and test and troubleshoot electrical systems

•       Take designs from prototype to serial-production readiness: choose materials and manufacturing methods, simplify assembly, and remove what doesn't need to be there

•       Prepare and maintain design and technical documentation that a manufacturer can build from without calling you every day

•       Travel within Ukraine for testing, integration and work with manufacturers when the product needs you on site

Requirements

•       3+ years of experience in mechanical design of machine assemblies (from metal, plastic and rubber)  and integration of electrical systems

•       Deep understanding of strength of materials, joints, fasteners and connectors

•       Hands-on experience integrating robotics components: sensors, single-board computers, network hardware, batteries

•       Practical experience with 3D printing, casting, cutting and material processing

•       Proficiency in SolidWorks and Altium Designer (or equivalent tools)

•       Solid understanding of electrical schematics

•       Practical experience designing and testing electrical circuits, soldering, assembling cable harnesses, crimping and electrical troubleshooting

•       Experience working with design and technical documentation

•       Ability to work on site in our office/workshop in Lviv and travel across Ukraine; valid military registration documents that allow you to travel freely

•       Intermediate+ English

Nice to have

•       Experience designing hardware for defence, UAV, UGV or other unmanned systems

•       Experience preparing products for serial production with external manufacturers

•       Startup experience, where you were the person who made the prototype work, not the one who wrote the spec for it

Security Eligibility

Our platform is actively used by the Armed Forces in live operations. As an Estonian-Ukrainian defence technology company handling sensitive operational data, we have a responsibility – legal, ethical, and practical – to ensure the integrity of everyone on our team.

All candidates must be able to confirm the following:

•       Neither you nor your close relatives (parents, spouse, siblings, children) reside in Russia, Belarus, or temporarily occupied Ukrainian territories.

•       You have no regular personal, financial, business, or professional contact with individuals in those territories.

•       You consent to a deeper security verification if the process advances to later stages.

If any of the above criteria are not met, please do not proceed with your application.

Why Farsight Vision

We are a startup operating under real-world conditions – our product is in active deployment, and the pace reflects that. The hardware you design goes to the Defense Forces, so "good enough for now" and "good enough for the field" are different standards. We need someone who solves the problem in front of them with what is available, learns new tools and methods as the product demands, and cares more about the result than the process around it.

Flexible working hours. Paid vacation and sick leave. Direct access to founders and leadership.

Application Process

1. Apply with your CV and a brief cover letter explaining your interest and relevant experience.
2. Interview with the recruiter and technical team.