Jobs Hardware & Engineering

Every project we take on starts with a 3D laser scan of an existing building. We need someone who can take that scan, make sense of it, and turn it into drawings and models that architects and engineers can rely on.

This role suits a drafter or modeler with roughly 2 years in the field who knows buildings well and wants to move into Scan-to-BIM work. Point cloud experience is a bonus. We’ll help you get up to speed.

Your day-to-day

• Modeling existing buildings in Revit or drafting them in AutoCAD from point cloud scans
• Delivering as-built floor plans, elevations, sections and simple 3D models
• Comparing your output against the scan and making sure the numbers add up
• Staying in sync with the project team on scope, priorities and deadlines

• Picking up tools and shortcuts that make repetitive modeling faster

   

You’ll fit in if you

• Have 2 or so years of hands-on drafting or modeling for buildings
• Are comfortable working in AutoCAD, Revit, or both
• Can read architectural drawings and quickly understand how a building is put together
• Catch small inconsistencies before anyone else does
• Keep your work organized and your files clean
• Can communicate in English with the team day to day

• Enjoy learning new software

   

Extra points for

• Any Scan-to-BIM or point cloud project experience
• Hands-on time with Autodesk ReCap, CloudCompare or similar
• Dynamo, scripting, or any attempt to automate your own workflow

Strong building and drafting fundamentals matter more to us than a perfect tool match. If that sounds like you, we’d like to hear from you.

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).

About the Role

We are looking for a Graphic & Industrial Designer to support the development and presentation of drone components and related products. You will be responsible for designing product packaging, labels, visual materials, and other design assets for manufacturing, product identification, and brand communication.

We value a practical, detail-oriented designer who combines strong visual skills with an understanding of physical products and uses AI tools to accelerate everyday design workflows.

Key Responsibilities

• Design packaging for drone components, including boxes, inserts, protective packaging, and product labels.
• Develop product graphics, branding elements, stickers, instruction sheets, and technical product documentation layouts.
• Create print-ready files and artwork specifications for suppliers and production.
• Develop product presentation materials, catalogs, brochures, and digital marketing assets.
• Collaborate with engineering, production, and marketing teams to ensure designs meet functional and manufacturing requirements.
• Prepare and adapt 2D/3D visualizations, mockups, and packaging prototypes.
• Use AI-powered tools to speed up concept development, visual exploration, image editing, and repetitive design tasks.
• Maintain consistent visual standards across products and packaging.

Requirements

• Professional experience in graphic design, packaging design, industrial design, or a related field.
• Proficiency in Adobe Illustrator and Photoshop; experience with InDesign is an advantage.
• Experience preparing print-ready files, dielines, labels, and packaging layouts.
• Understanding of printing technologies, materials, color management, and production specifications.
• Ability to create clear, functional designs for technical products and components.
• Practical experience using AI tools in design workflows, such as ChatGPT, Adobe Firefly, Midjourney, or similar tools.
• Good communication and collaboration skills.
• English at B2 level or higher.
• Remote

Nice to Have

• Experience with industrial, electronic, automotive, aerospace, or drone-related products.
• Basic 3D modeling or visualization skills using Fusion 360, SolidWorks, Blender, or similar tools.
• Experience designing protective packaging for fragile or precision components.
• Knowledge of sustainable packaging materials and production cost optimization.
• Experience creating assembly instructions, exploded views, or technical illustrations.

What We Offer

• Opportunity to contribute to the development of a growing drone-component manufacturing operation.
• Direct collaboration with engineering and production teams.
• The opportunity to introduce AI-driven workflows and improve design processes.
• A practical, product-focused environment with room for professional growth.

About the Role

We are looking for an experienced Architectural Designer / Sketcher to join our construction and development team in Pittsburgh, PA.

The main focus of this role is creating architectural sketches, concepts, and visual solutions for residential renovation and construction projects.

Responsibilities

Create architectural and conceptual sketches

Develop hand-drawn and digital sketches

Prepare visual concepts for residential projects

Work with form, perspective, proportions, and composition

Develop basic plans, drawings, and design concepts

Translate project requirements into clear visual solutions

Work with the construction team to develop practical design solutions

Make revisions based on project requirements

Prepare sketches and drawings for further project development

Requirements

Degree or professional education in Architecture, Architectural Design, or a related field

Proven experience as an Architect, Architectural Designer, Architectural Illustrator, or Sketcher

Strong skills in architectural sketching and visualization

Understanding of perspective, composition, proportions, and architectural forms

Ability to create both hand-drawn and digital sketches

Experience with residential architecture and/or renovation projects is a plus

Ability to work independently and meet deadlines

Portfolio of previous architectural/design work is required

U.S. Requirements

Experience working with U.S. residential projects is a plus

Knowledge of U.S. architectural standards and construction practices is a plus

Professional certificates, credentials, or licenses applicable to architectural work in the United States are preferred

Candidates should provide information about their education, professional certifications, and authorization to work in the United States

What We Offer

Work on real residential construction and renovation projects in Pittsburgh

Opportunity to work with an international construction team

Projects with practical architectural and design applications

Competitive compensation based on experience, qualifications, and project scope

To apply: Please submit your resume and portfolio with examples of architectural sketches, concepts, and previous projects.

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 

N-iX is a global software development service company that helps businesses across the globe create next-generation software products. Founded in 2002, we unite 2,400+ tech-savvy professionals across 40+ countries, working on impactful projects for industry leaders and Fortune 500 companies. Our expertise spans cloud, data, AI/ML, embedded software, IoT, and more, driving digital transformation across finance, manufacturing, telecom, healthcare, and other industries.

Within our multidisciplinary engineering environment, we work on advanced autonomous and unmanned systems. Our R&D scope spans multirotor, fixed-wing, VTOL and lighter-than-air platforms, with a focus on guidance, navigation, control, perception and sensor integration. Engineers work alongside specialists in electronics, mechanics, embedded software, mathematics, CV/AI and signal processing to take solutions from modeling and simulation through integration and physical validation.

Responsibilities:

• Design and integrate advanced guidance, navigation and control (GNC) systems for different flight dynamics
• Develop and validate control algorithms, state estimation, flight models and autonomous behaviors
• Select and integrate flight controllers, radar, cameras, GNSS/INS, other sensors and onboard computing
• Integrate CV/AI perception, tracking, localization, radar/DSP and multi-sensor fusion
• Build simulation and emulation environments; perform SIL/HIL, hardware integration and field validation

• Collaborate with hardware, mechanical, embedded, CV/AI, mathematics and signal-processing specialists.

   

Technical Skills:

• Programming: Python, Linux; C/C++ as required.Control & GNC: flight dynamics, PID/LQR/MPC, feedback control, trajectory planning, EKF/UKF, GNSS/INS
• UAV platforms: PX4 or ArduPilot, MAVLink/MAVSDK; flight-controller and companion-computer integration
• Sensors & signals: IMU, radar, GNSS, LiDAR, cameras, DSP, filtering and sensor fusion

• Interfaces: CAN, UART, SPI, I²C, Ethernet, telemetry and diagnostics.

   

Additional Advantages:

• SLAM, VIO, RTK GNSS, radar principles (FMCW/Doppler), robust or adaptive control
• NVIDIA Jetson, CUDA/TensorRT, embedded Linux/RTOS; Docker, CI/CD and cloud services
• Perception & AI: OpenCV, object detection/tracking, PyTorch or TensorFlow, ONNX
• Hands-on commissioning, tuning and flight testing of real unmanned platforms

• Simulation: ROS 2, Gazebo or MATLAB/Simulink, SIL/SITL/HIL testing.

   

What We Expect:

• 4+ years in UAV, aerospace, embedded software or autonomous systems
• Strong system-level understanding and practical software/hardware integration experience
• Ability to evaluate alternatives, coordinate domain specialists and take solutions from concept to validated prototype

• Independent R&D thinking, structured troubleshooting and technical English.

   

We offer*:

• Flexible working format - remote, office-based or flexible
• A competitive salary and good compensation package
• Personalized career growth
• Professional development tools (mentorship program, tech talks and trainings, centers of excellence, and more)
• Active tech communities with regular knowledge sharing
• Education reimbursement
• Memorable anniversary presents
• Corporate events and team buildings
• Other location-specific benefits

*not applicable for freelancers

N-iX is a global software development service company that helps businesses across the globe create next-generation software products. Founded in 2002, we unite 2,400+ tech-savvy professionals across 40+ countries, working on impactful projects for industry leaders and Fortune 500 companies. Our expertise spans cloud, data, AI/ML, embedded software, IoT, and more, driving digital transformation across finance, manufacturing, telecom, healthcare, and other industries.

Within our multidisciplinary engineering environment, we work on advanced autonomous and unmanned systems. Our R&D scope spans multirotor, fixed-wing, VTOL and lighter-than-air platforms, with a focus on guidance, navigation, control, perception and sensor integration. Engineers work alongside specialists in electronics, mechanics, embedded software, mathematics, CV/AI and signal processing to take solutions from modeling and simulation through integration and physical validation.

Responsibilities:

• Design and integrate advanced guidance, navigation and control (GNC) systems for different flight dynamics
• Develop and validate control algorithms, state estimation, flight models and autonomous behaviors
• Select and integrate flight controllers, radar, cameras, GNSS/INS, other sensors and onboard computing
• Integrate CV/AI perception, tracking, localization, radar/DSP and multi-sensor fusion
• Build simulation and emulation environments; perform SIL/HIL, hardware integration and field validation

• Collaborate with hardware, mechanical, embedded, CV/AI, mathematics and signal-processing specialists.

   

Technical Skills:

• Programming: Python, Linux; C/C++ as required.Control & GNC: flight dynamics, PID/LQR/MPC, feedback control, trajectory planning, EKF/UKF, GNSS/INS
• UAV platforms: PX4 or ArduPilot, MAVLink/MAVSDK; flight-controller and companion-computer integration
• Sensors & signals: IMU, radar, GNSS, LiDAR, cameras, DSP, filtering and sensor fusion

• Interfaces: CAN, UART, SPI, I²C, Ethernet, telemetry and diagnostics.

   

Additional Advantages:

• SLAM, VIO, RTK GNSS, radar principles (FMCW/Doppler), robust or adaptive control
• NVIDIA Jetson, CUDA/TensorRT, embedded Linux/RTOS; Docker, CI/CD and cloud services
• Perception & AI: OpenCV, object detection/tracking, PyTorch or TensorFlow, ONNX
• Hands-on commissioning, tuning and flight testing of real unmanned platforms

• Simulation: ROS 2, Gazebo or MATLAB/Simulink, SIL/SITL/HIL testing.

   

What We Expect:

• 4+ years in UAV, aerospace, embedded software or autonomous systems
• Strong system-level understanding and practical software/hardware integration experience
• Ability to evaluate alternatives, coordinate domain specialists and take solutions from concept to validated prototype

• Independent R&D thinking, structured troubleshooting and technical English.

   

We offer*:

• Flexible working format - remote, office-based or flexible
• A competitive salary and good compensation package
• Personalized career growth
• Professional development tools (mentorship program, tech talks and trainings, centers of excellence, and more)
• Active tech communities with regular knowledge sharing
• Education reimbursement
• Memorable anniversary presents
• Corporate events and team buildings
• Other location-specific benefits

*not applicable for freelancers

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

The role requires strong hands-on experience with RF hardware, antennas, embedded systems, digital communications, and communication links operating in complex and interference-heavy environments.

Scope of Expertise

RF Front End and Antennas

• RF circuit and PCB design, controlled impedance, and impedance matching.
• Receiver and transmitter chains: LNA, power amplifiers, filtering, and noise figure optimization.
• Frequency synthesis, phase noise, shielding, and power supply design for RF subsystems.
• Antenna integration on compact mobile platforms, including placement, radiation patterns, VSWR, and isolation between co-located radio systems.

Electromagnetic Compatibility

• Mitigation of interference generated by compute modules, motor controllers, switching regulators, and power electronics.
• Protection of GNSS receivers from onboard electromagnetic interference.
• EMI/EMC analysis and practical mitigation at board and system level.

Signals, Protocols, and Networking

• Modulation schemes, forward error correction, and trade-offs between range, data rate, and robustness.
• Frequency hopping and spread-spectrum techniques.
• Synchronization between radio nodes.
• Mesh networking: multiple access, airtime scheduling, relaying, routing, and network degradation/recovery after node loss.
• Understanding of LoRa / LPWAN technologies, including their capabilities and practical limitations.
• MAVLink protocol structure, telemetry streams, and integration with flight controllers.

Embedded Firmware

• STM32 development in C using HAL/LL.
• MCU peripherals, DMA, interrupts, and timers.
• Low-level communication with radio transceivers via SPI, UART, and I2C.
• Embedded firmware debugging using oscilloscopes, logic analyzers, and other laboratory tools.

Operation in Contested RF Environments

• Anti-jamming techniques and frequency agility.
• Detection of interference or jamming and adaptive channel response.
• Approaches to reducing the probability of detection and interception.
• Communication-link robustness against spoofing and intentional interference.

RF Measurement and Validation

• Link-budget calculation and analysis.
• Spectrum analyzer and vector network analyzer operation.
• Development of laboratory and field test methodologies.
• Quantitative characterization of communication-link performance under interference.
• Support for regulatory testing and certification.

Responsibilities:

• Audit the existing RF subsystem, including schematics, PCB layout, RF front end, and antenna architecture.
• Identify technical risks and prepare a clear improvement and revision plan.
• Design and release the next revision of the RF PCB, from schematic capture through laboratory characterization.
• Develop firmware for STM32-based radio modules, including transceiver drivers, protocol-layer functionality, and node synchronization.
• Build and maintain a link-budget model for the target system, including degraded and worst-case scenarios.
• Develop antenna solutions and ensure compatibility between multiple co-located radio systems.
• Contribute to mesh-network architecture, including channel parameters, node-loss behavior, network recovery, and fallback routing.
• Integrate the telemetry link with the flight controller via MAVLink.
• Define and execute laboratory and field validation campaigns.
• Quantitatively evaluate communication-link performance under interference and jamming.
• Produce technical documentation suitable for external technical review.
• Support preparation for regulatory certification.
• Perform technical evaluation of RF-related suppliers and components.

Out of Scope:

This role does not cover:

• autonomous navigation and flight-control software;
• computer vision;
• airframe mechanical design;
• ground control station software.

Required Qualifications:

• 7+ years of professional experience in RF and wireless communication systems, with hardware that has been successfully brought to production or real-world deployment.
• Proven experience across the full development cycle:
  schematic → PCB layout → firmware → bring-up → field validation.
• Strong STM32 programming skills in C.
• Hands-on experience with antenna integration on compact or mobile platforms.
• Strong practical experience with RF measurement equipment.
• Solid understanding of digital communications sufficient to make engineering decisions regarding channel parameters and system architecture.
• Ability to produce clear technical documentation in English.
• Comfortable working in a small engineering team with tight deadlines and an evolving technical scope.

Nice to Have

• Practical experience with mesh networks beyond simple point-to-point communication.
• Experience with electronic warfare environments, anti-jamming techniques, or operation in congested RF spectrum.
• Experience with unmanned systems, avionics, or platforms with strict size, weight, power, and energy constraints.
• Production experience with LoRa and MAVLink.
• Experience taking a radio product through regulatory certification.

(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!

Data Science UA is a service company with deep expertise in AI and Data Science. Our story started in 2016 with the first Data Science UA Conference in Kyiv, and since then, we've built one of the largest AI communities in Europe.

About the Client:
Our client is a fast-growing product company building IoT and radio-frequency devices, working at the intersection of hardware, signal processing and data.

About the Role:
We are looking for a Senior or Lead RF/ Signal Processing Algorithm Engineer. You will lead algorithm development for direction finding, geolocation and GNSS resilience. The role sits where physics, mathematics and ML meet. What matters most is a solid physical understanding of how radio systems behave: why an antenna mounted in the wrong plane ruins a measurement, or why a given localisation method works at all. Deep domain understanding matters more here than perfectly clean code; the team has strong software engineers to support you.

Responsibilities:
- Lead the design and development of direction-finding and emitter geolocation algorithms
- Develop and tune beamforming, CRPA and anti-jamming / anti-spoofing processing
- Work with SDR hardware, including multi-channel synchronisation and calibration
- Analyse measurement data and trace poor results back to physical or hardware causes
- Optimise algorithms for efficient computation across large numbers of devices
- Collaborate with data science and software engineers to bring algorithms into production
- Take part in demos for partners and customers

Requirements:
- Strong background in radio engineering, telecommunications or applied physics
- Practical understanding of antennas, signal propagation and RF measurements
- Direction-finding algorithms: MUSIC, ESPRIT, Root-MUSIC, correlative interferometry, Watson-Watt
- Geolocation methods: AOA, LOB, TDOA, FDOA
- Antenna arrays: UCA, ULA
- Experience with SDR platforms (PlutoSDR, HackRF, AD9361/AD9371) and related libraries (libiio, pyadi-iio)
- GNU Radio and/or MATLAB (Phased Array System Toolbox)
- Solid algorithmic thinking and the ability to optimise computation
- English sufficient for demos and communication with partners and customers

Nice to have:
- CRPA processing: multi-channel phase/gain calibration, mutual coupling compensation, null-steering
- Hardware synchronisation and timing
- GNSS SDR software: GNSS-SDR, GPS-SDR-SIM, PyGPSClient
- GNSS tracking loops (DLL, PLL), GPS L1/L2/L5 C/A code tracking
- ML applied to signal data
- Defense tech experience

Job Description

Bachelor of Science in Computer Science, Computer Engineering, or a related field.
Minimum 4 years of experience in low-level systems programming, hardware offloading, and performance optimization.
Strong proficiency in C and C++ for systems programming
Knowledge of SR-IOV, NFV (Network Functions Virtualization), and PCIe pass-through technologies
Experience with acceleration frameworks / kernel bypass (eBPF or DPDK)
System bottleneck profiling, DMA throughput, and latency analysis skills

Nice to have:

Experience in High-Performance Computing (HPC) or telecom hardware offload environments
Experience with NVLink CPU-to-CPU interconnects or direct PCIe memory mapping

Job Responsibilities

Implement and tune hardware-based network offloading capabilities (SR-IOV, NFV) on bare-metal ARM compute hosts.
Profile PCIe bus performance, DMA throughput, and memory latencies across host architectures.
Benchmark and integrate NVLink mechanisms to optimize CPU-to-CPU interconnect performance.
Deliver technical recommendations, kernel enhancements, and user-space code optimizations to maximize platform throughput.

Department/Project Description

Seeking a Senior Software Engineer to join the Hardware Acceleration & Performance Team. The team optimizes low-level hardware performance, PCIe pass-through offloads, and high-speed CPU interconnects across our server fleet. You will be responsible for implementing SR-IOV/NFV offloading and exploring NVLink capabilities on our flagship ARM servers.

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.