Jobs Engineering / Hardware

TIRAS Technologies — провідний український виробник систем безпеки та охоронних систем вже понад 30 років!

Завдяки високій якості продукції та інноваційним рішенням у сфері безпеки ми здобули довіру клієнтів не тільки в Україні, а й за її межами. Ми забезпечуємо захист житла, бізнесу та промислових об’єктів, гарантуючи безпеку життя та майна.

TIRAS Technologies — справжній R&D з повним циклом від ідеї до розробки. Ми у пошуку талановитого PCB Designer, що зможе посилити нашу команду.

На даний момент не розглядаємо дистанційний формат роботи. Наш офіс знаходиться у місті Вінниця.

Що робити:

• Проектування багатошарових друкованих плат, включаючи роботу з high-speed, impedance-controlled, mixed-signal та RF-ділянками;
• Написання та супровід бібліотеки компонентів (footprints, symbols) у CAD-системі;
• Підготовка повного пакету виробничої документації (Gerber, Drill files, BOM, Pick and Place data тощо);
• Контроль якості та перевірка розроблених плат на відповідність стандартам та вимогам;
• Співпраця з командами схемотехніків, механіків для інтеграції рішень.

Необхідний досвід та навички:

• Робота в CAD-системі Altium Designer;
• Досвід проектування багатошарових плат
• Розуміння принципів аналогової та цифрової схемотехніки;
• Знання стандартів IPC;
• Знання англійської мови на рівні читання технічної документації;

• Вміння працювати в команді, аналітичне мислення, уважність до деталей.

   

Буде плюсом:

• Досвід розробки плат з гнучкими або жорстко-гнучкими ділянками;
• Практичний досвід у розробці енергоефективних пристроїв та систем живлення;
• Досвід з HDI, uVia, blind/buried via, controlled impedance
• Навички роботи з системами контролю версій (Git, SVN)

Ми пропонуємо:

• Роботу над цікавими проектами в R&D відділі української технологічної компанії;
• Можливість професійного розвитку;
• Ринкову заробітну плату;
• Офіційне працевлаштування та повний соціальний пакет.

Приєднуйся до команди TIRAS Technologies і роби світ безпечнішим разом з нами!

Frontline Robotics -українська defence tech компанія, що займається розробкою та виробництвом роботизованих систем для Сил безпеки та оборони України.

Наша місія — створити інтегровану роботизовану екосистему для наступу й оборони.

Ми сформували досвідчену та злагоджену команду та шукаємо RF Engineer в R&D команду.
 

Ми щиро вдячні ветеранам і ветеранкам за службу та активно розглядаємо ваші відгукам на вакансії.

 

Наш ідеальний кандидат має:
 

• Підтверджений досвід розробки та проєктування RF- або мікрохвильових систем;
• Ґрунтовні знання теорії ліній передачі, хвилевих процесів, S-параметрів та методів узгодження імпедансу активних і пасивних компонентів;
• Практичні навички проєктування RF frontend-вузлів: фільтрів, малошумних підсилювачів (LNA), підсилювачів потужності (PA), змішувачів, генераторів та подібних елементів;
• Досвід роботи з інструментами PCB-проєктування та виконання базових RF-симуляцій (траси, лінії передачі, узгодження);
• Впевнена робота з лабораторним вимірювальним обладнанням: VNA, спектроаналізаторами, осцилографами;
• Досвід побудови моделей і бібліотек дискретних RF-компонентів для симуляційних середовищ (S-параметри, SPICE- та виробничі моделі);
• Здатність виявляти та усувати несправності, пов’язані з RF-характеристиками, проблемами EMI/EMC, нестабільністю роботи, самозбудженням та невідповідністю технічним вимогам;
• Навички підготовки технічної документації: специфікацій, конструкторських описів та протоколів тестування.
   

В ваші основні обов`язки буде входити:
 

• Проєктування та розробка радіочастотних схем і модулів RF frontend — від концепції до фінального рішення;
• Розробка принципових схем і трасування RF PCB з урахуванням вимог до мікросмужкових ліній, контролю імпедансу, екранування та відведення тепла від підсилювачів;
• Вибір електронних компонентів, аналіз технічної документації виробників, складання BOM та підготовка вимог до виробництва й монтажу;
• Виконання RF-вимірювань і верифікація прототипів: S-параметри, КСХ, рівень втрат, лінійність, спектральна чистота, гармоніки та характеристики модуляції;
• Виявлення та усунення несправностей у RF-системах — проблем узгодження, нелінійності, паразитних втрат, EMI/EMC і нестабільності роботи;
• Оптимізація конструктивних рішень за критеріями енергоефективності, мінімізації розмірів, вартості компонентів і споживаної потужності;
• Складання технічних звітів, специфікацій і проєктної документації.
   

Що ви отримаєте з нами:

• Офіційне працевлаштування та бронювання;
• 24 календарні дні відпустки, лікарняні;
• Додаткова відпустка 14 днів для ветеранів;
• Графік роботи 9:00–18:00 або 10:00–19:00;
• Офіс біля метро (правий берег Києва);
• Своєчасна виплата заробітної плати;
• Можливості для навчання та професійного розвитку;
• Роботу над складними інженерними задачами та реальними роботизованими системами;
• Можливість отримувати прямий фідбек від користувачів на фронті;
• Роботу в драйвовій команді та відкриту робочу культуру;

• Реальний внесок у оборону України.

   

Frontline Robotics — це місце, де інженери будують роботизовану лінію фронту разом із сильною командою.
 

Роби роботів разом із нами!

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 developing technology to make industrial environments safer and reduce the risk of accidents through proactive monitoring.

The Ukrainian engineering team is building a next-generation industrial safety platform combining Computer Vision, Machine Learning and IoT.

About the role

We are looking for a Middle Systems / Software Engineer to work on the performance-critical core of a real-time Computer Vision platform.

This is not a typical Python Backend role. The main challenge is building and optimising the systems underneath the CV/ML engines — where performance depends on memory, processes, concurrency, data movement, CPU/GPU utilisation and low latency.

You will work on the runtime that executes CV pipelines as a graph of processing stages, with latency measured in milliseconds. You will deal with shared memory, zero-copy data transfer, inter-process communication and process orchestration.

What matters most to us

We are open to engineers coming from C++, Python, Go or similar backgrounds.

The programming language itself is not the main selection criterion. What matters much more is a strong systems engineering mindset and experience understanding what is happening inside a system.

For example, we are particularly interested in engineers who have worked with problems such as:

• reducing unnecessary memory copies;
• optimising CPU/GPU utilisation;
• investigating latency spikes and performance bottlenecks;
• working with processes, threads and concurrency;
• debugging race conditions and difficult low-level issues;
• profiling applications and identifying bottlenecks;
• designing efficient data-processing pipelines;
• working with large amounts of data moving through several processing stages;

• optimising algorithms or runtimes for performance.

   

A candidate does not necessarily need to have worked with exactly the same technologies before.

For example, experience with CUDA, C++, GPU optimisation, real-time processing, robotics, computer vision, video pipelines, scientific computing or other performance-sensitive systems can be highly relevant.

What you’ll work on

• Collaborate with CV/ML engineers to turn model inference code into reliable production pipeline stages.
• Develop and optimise the core Pipeline Engine — an in-process, real-time runtime executing the CV pipeline as a graph of stages.
• Work with zero-copy shared-memory pools for passing frames between processes.
• Develop and optimise low-latency ZeroMQ communication for control messages, metadata and synchronisation.
• Work with pipeline metadata and serialisation boundaries.
• Analyse and improve CPU, memory and latency performance.
• Profile, debug and troubleshoot complex runtime issues.

• Contribute to the architecture and evolution of the real-time processing infrastructure.

   

Requirements

Must-have

• Commercial experience as a Software Engineer / Systems Engineer / C++ Engineer / Python Engineer or similar.
• Strong systems engineering mindset and understanding of:
  • processes and concurrency;
  • memory ownership and data movement;
  • latency vs throughput trade-offs;
  • performance bottlenecks;
  • profiling and debugging;
  • failure modes of complex systems.
• Experience working with performance-sensitive or latency-sensitive systems.
• Experience with at least one of C++, Python, Go or a similar programming language.
• Python is used in the platform, but it does not need to be your primary language. Strong C++ / systems experience is equally relevant.
• Solid Linux fundamentals.

• Solid experience with Docker and containerised environments.

   

Nice-to-have

• CUDA, including IPC handles and stream synchronisation.
• C/C++ or Go.
• OpenCV.
• GStreamer, FFmpeg or RTSP.
• ZeroMQ.
• Shared memory / zero-copy architectures.
• FlatBuffers or other binary serialisation formats.
• Experience building or operating camera/video pipelines.

What we offer

• Competitive compensation.
• Benefits package.
• Strong engineering team.
• Opportunity to work on challenging real-time Computer Vision infrastructure.
• Meaningful industrial safety use case.
• Technical challenges and opportunities for professional growth.

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.

c3 is a research-led startup based in London and Kyiv. We are expanding our team and research and are seeking an RF engineer as part of this expansion. 

Requirements

• Strong background in RF sensing and wireless signal processing: channel state information (CSI), RSSI, multi-carrier/OFDM systems, amplitude/phase extraction, multipath, and the physics of RF propagation.
• Hands-on experience with real RF/wireless hardware data. You should have dealt with noisy channel estimates, phase instability, hardware/carrier frequency offsets, antenna effects, calibration drift, and the gap between clean lab captures and messy real-world signals.
• Strong understanding of RF signal-to-information inversion: extracting physical meaning from raw wireless measurements, and reasoning rigorously about what is and isn't recoverable from a given signal.
• Experience solving temporal sensing problems: detecting sustained change in a physical environment against a learned baseline, and separating genuine events from transient or cyclical confounders.
• Familiarity with the electromagnetic behaviour of materials (attenuation, permittivity, frequency-dependent effects, multi-band sensing) is highly valuable.
• Strong Python and PyTorch skills, with experience building production-quality evaluation and inference pipelines.
• Experience with classical estimation alongside ML — Kalman/particle filtering, Bayesian inference, change-point detection, or equivalent — not only deep learning.
• Experience with signal-processing toolchains (NumPy/SciPy, spectral analysis, filtering) and, ideally, embedded RF platforms (ESP32, SDR, Nordic, or similar).
• Experience with synthetic data generation / physical simulation for augmentation and controlled failure-case generation.
• WiFi sensing, radar, RF localization, IoT sensing, wireless communications, or defence signals experience is highly relevant.
• Fluent English.
• Kyiv-based preferred; hybrid or remote considered.

What you will do

• Build robust detection pipelines that extract a reliable physical signal from cross-link RF data while remaining insensitive to everyday environmental variation.
• Handle noisy channel estimates, phase drift, packet loss, hardware offsets, and differences between devices and deployments.
• Build temporal detection and classification that distinguishes genuine sustained events from transient activity, environment-wide confounders, and cases of insufficient evidence.
• Develop confounder-rejection reasoning so that environment-wide effects are not misclassified as localized events.
• Build multi-band and cross-link inversion using physical models and learned features, followed by robust localization.
• Define confidence / failure detection for detection and localization results rather than forcing a result from bad signals.
• Develop event classification and severity scoring once the underlying signal is sufficiently reliable.
• Create synthetic perturbations and physics-based generated training/evaluation data covering known failure modes.
• Own evaluation against ground truth, including detection rate, false-positive/negative rate per unit-time, localization accuracy, timing error, and uncertainty calibration.
• Evaluate alternative sensing representations and fusion approaches — including multi-band spectral methods, time-of-flight techniques, and integration with external contextual data — where they materially improve fidelity.

N-iX is looking for Lead/Senior Software Engineer with Protocols to join our team. 

In this role, you will design real-time telemetry pipelines, integrate with datacenter power and compute systems, and implement control and optimization logic that dynamically adjusts workloads based on grid and infrastructure conditions. This role bridges IT and OT environments - turning raw operational data into safe, reliable, production-grade control systems.

As an early engineering hire, you’ll shape system architecture, own projects end-to-end, and work closely across teams to translate real-world constraints into scalable software. 

Key Responsibilities

• Build software modules that interact with datacenters, on-site industrial power systems and the electrical grid
• Architect and implement data ingest pipelines that collect, normalize, and persist high-frequency telemetry from power meters, PDUs, UPS systems, cooling infrastructure, and compute hardware.
• Design fault-tolerant integration layers between IT systems (cloud APIs, databases, orchestration platforms) and OT systems, handling protocol translation and data model definition and mapping.
• Ensure high safety, reliability, and correctness when interacting with real-world energy assets and critical facilities — including behavior in degraded, disconnected, or split-brain network states.
• Collaborate across teams to deliver end-to-end solutions from edge device to control plane.

Requirements

• 7+ years of software engineering experience, with strong proficiency in Python or C++
• Hands-on experience building telemetry ingest pipelines or distributed systems that handle high-volume, time-series data.
• Familiarity with at least one async messaging system: Kafka, RabbitMQ or equivalent
• Exposure to IT or OT systems (SCADA, EMS, BMS, DCIM) and understanding of how data flows between them.
• Experience with Kubernetes. 
• Direct experience with industrial telemetry protocols: Modbus TCP/RTU, DNP3, OPC-UA, BACnet, or SNMP.
• English: At least Upper-intermediate

Will be a plus

• Familiarity with time-series databases (InfluxDB, TimescaleDB, Prometheus) or industrial historian platforms (AVEVA PI / OSIsoft, Ignition).
• Experience with containerized deployments, or HPC job scheduling in datacenter environments.
• Experience with Rust, Go or C/C++. 

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 looking for Lead/Senior Software Engineer with Protocols to join our team. 

In this role, you will design real-time telemetry pipelines, integrate with datacenter power and compute systems, and implement control and optimization logic that dynamically adjusts workloads based on grid and infrastructure conditions. This role bridges IT and OT environments - turning raw operational data into safe, reliable, production-grade control systems.

As an early engineering hire, you’ll shape system architecture, own projects end-to-end, and work closely across teams to translate real-world constraints into scalable software. 

Key Responsibilities

• Build software modules that interact with datacenters, on-site industrial power systems and the electrical grid
• Architect and implement data ingest pipelines that collect, normalize, and persist high-frequency telemetry from power meters, PDUs, UPS systems, cooling infrastructure, and compute hardware.
• Design fault-tolerant integration layers between IT systems (cloud APIs, databases, orchestration platforms) and OT systems, handling protocol translation and data model definition and mapping.
• Ensure high safety, reliability, and correctness when interacting with real-world energy assets and critical facilities — including behavior in degraded, disconnected, or split-brain network states.
• Collaborate across teams to deliver end-to-end solutions from edge device to control plane.

Requirements

• 7+ years of software engineering experience, with strong proficiency in Python or C++
• Hands-on experience building telemetry ingest pipelines or distributed systems that handle high-volume, time-series data.
• Familiarity with at least one async messaging system: Kafka, RabbitMQ or equivalent
• Exposure to IT or OT systems (SCADA, EMS, BMS, DCIM) and understanding of how data flows between them.
• Experience with Kubernetes. 
• Direct experience with industrial telemetry protocols: Modbus TCP/RTU, DNP3, OPC-UA, BACnet, or SNMP.
• English: At least Upper-intermediate

Will be a plus

• Familiarity with time-series databases (InfluxDB, TimescaleDB, Prometheus) or industrial historian platforms (AVEVA PI / OSIsoft, Ignition).
• Experience with containerized deployments, or HPC job scheduling in datacenter environments.
• Experience with Rust, Go or C/C++. 

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

THE COMPANY

Max Joule https://maxjouletech.com/ develops and manufactures battery cells and systems for a range of industries including space, medical, mining, and defence. We closed a EUR 1.1 million seed round, we're cash positive, and we have our first commercially ready battery cell in production at our manufacturing plant in Tallinn.

We're an early-stage company run by two hands-on founders, with a growing engineering team in Estonia. Our ambition is to become a leading specialist battery manufacturer in Europe.

THE ROLE

We're opening our first presence in Ukraine, and this is the person who will build it. You'll be our technical face on the ground - testing our batteries with local manufacturers and units, troubleshooting when things don't work, and building the customer relationships that grow our presence in the market.

This is a genuinely dual role. Roughly half of it is hands-on technical work: receiving equipment, running tests, modifying and repairing hardware, feeding real-world findings back to our engineering team in Tallinn. The other half is commercial and operational: opening doors with new customers, attending industry events, and handling the practical side of getting our Ukrainian operation off the ground - including setting up the office itself.

You'll report directly to one of the founders and work closely with the Estonian engineering and manufacturing team.

WHAT YOU'LL DO

• Receive our materials and equipment in Ukraine and run testing with local manufacturers and units
• Troubleshoot technical issues on-site, including hands-on modification, soldering, and assembly
• Answer customer questions on product functionality, performance, and integration
• Support customers through deployment, testing, and operational use
• Bring customer feedback, issues, and feature requests back to our engineering team
• Proactively reach out to and build relationships with new customers and partners
• Represent us at meetings, trade fairs, and industry events
• Handle physical logistics, including moving stock and delivering parts to customer sites
• Set up and run the day-to-day operations of our Ukrainian unit, including finding our office and supporting company registration
• Travel to customer and partner locations across Ukraine

YOUR FIRST FEW MONTHS

• Get our office and operational presence in Ukraine up and running
• Support the company registration process
• Pick up conversations already underway with units and manufacturers, and move them into testing and sales
• Work with the Estonian team to establish a smooth process for shipping battery cells into Ukraine

WHAT WE'RE LOOKING FOR

Essential

• Technical education at technician level or above - practical capability matters more to us than formal qualifications
• Hands-on experience with electronics or battery systems, at cell or pack level
• Ability to read CAD drawings and electrical schematics
• Practical troubleshooting, soldering, and equipment modification skills
• Comfortable working independently, without someone looking over your shoulder
• Ukrainian at native or fluent level, and English at working proficiency

Nice to have

• Experience working with army units, or having served
• Experience building battery packs or energy storage systems
• Background in sales, business development, or account management
• Higher education in electrochemistry, electronics, or electrical systems
• Ability to produce CAD drawings and electrical schematics
• Valid driving licence
• An existing network in the Ukrainian technology or manufacturing ecosystem

WHO THRIVES HERE

Our culture is strongly engineering-driven. People are valued on what they deliver, not on their title. Everyone is expected to be flexible and do what the task requires, including practical work outside their formal remit - the founders do it too.

We're looking for someone who is proactive and self-managing, comfortable with ambiguity, curious, and happy to wear several hats at once. You'll also be the face of the company in front of customers, so being credible and professional in that setting matters.

If you have a better idea about how to do something, we want to hear it. We'd rather try it and find out than default to how things have always been done.

WHAT WE OFFER

• Flexible working - work where you want, as long as the job gets done
• Company van for deliveries and site visits
• Laptop and phone
• Life insurance
• Competitive salary
• Sales-linked performance incentive

GROWTH

This role is the beginning of something much bigger. We expect our Ukrainian office to grow substantially, and local manufacturing is a real possibility as we scale. Depending on where your strengths lie, you could grow into a country manager role here, move deeper into engineering, or transfer into a position in Estonia or wherever we open next.

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, RF circuits 
• Familiarity with PCB design rules, layout considerations, and RF design guidelines
• 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  
   

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).