In-house lab
Our engineers handle board bring-up, functional testing, and measurements of power and signal integrity, thermal behavior, and EMC. Results go straight into the next design iteration.
Electrical engineering for an industrial exoskeleton: collaboration with EASE and the Technical University of Munich
Explore Lemberg Solutions’ role in exoskeleton innovation. Discover how smart PCB design enabled mobility, safety, and industrial scalability.
Rapid prototyping for a biotech air purifier
Hardware & firmware development for motorized camera sliders
Cell Garden
Hand hygiene monitor
Technology partners & platforms
NXP
The NXP Partner Program gives us early access to new technologies, so we can plan board architecture, power design, and layout around the latest NXP chips before they reach the wider market.
Microchip
Being Microchip's design partner, Lemberg Solutions uses its broad product portfolio to build PCBs on optimized reference designs and proven schematics, with priority technical support.
STMicroelectronics
As an ST Authorized Partner, we use STMicroelectronics components for application-specific PCB designs with optimized performance, power efficiency, and reliability across demanding environments.
Platforms we work with
Industries we serve
Our process
Requirements analysis
We start with your product goals, constraints, and target certifications, then define the system architecture, key components, and project scope before detailed design begins.
Schematic design
Engineers select the right components for the PCB circuit, design schematics, and optimize the bill of materials. The process is documented for clear review and future updates.
PCB layout
Our PCB layout design services cover placement and routing that ensure signal integrity, thermal performance, and manufacturability, with DFM & DFT reviews before prototyping.
Prototype manufacturing & testing
Rapid prototyping lets us get boards as soon as possible and test them. We bring up, debug, and test prototype boards in our in-house lab, alongside the firmware that will run on them.
Certification & mass-production support
The validated design and documentation are prepared for your manufacturing vendor. We support the transition to production and provide guidance on CE, FCC, EMC, and ESD requirements.
Why clients choose us
Holistic approach to product development
We design hardware, firmware, connectivity, and software together, so your PCB is shaped by the needs of the whole product rather than developed in isolation, reducing integration issues.
Certified quality and security in every project
Our processes are backed by ISO 9001, ISO 27001, and ISO 13485. Quality management, secure handling of your design data, and audit-ready documentation are part of the project from the start.
Proven track record
A large portfolio of delivered projects gives our engineers the practical knowledge to anticipate design challenges early and address them before they affect your timeline or budget.
Production-focused PCB design
Manufacturing, assembly, testing, and component availability are considered upfront, helping prevent costly changes when your PCB moves to production.
Our experts
Pavlo Matiieshyn
Head of Embedded Development
With over a decade in embedded engineering, Pavlo oversees system architecture for safety-critical and connected systems. He aligns physical and digital layers for mass production and field durability.
Embedded development • Electronics engineering • Mechanical design • PCB design • MCU migration
Volodymyr Basanskyi
Electrical Engineer
Volodymyr specializes in analog, mixed-signal, and power electronics design, developing hardware that integrates with mechanical and firmware components. His PCB design expertise includes high-density, multilayer boards.
Electronics engineering • PCB design • Prototyping • Hardware validation • Troubleshooting
Nazar Kohut
Embedded Project Manager
Nazar leads complex embedded and IoT projects for regulated industries such as energy, healthcare, aerospace, and automotive. His main focus areas are ensuring a strong SDLC, regulatory compliance, and predictable project execution.
Functional safety & embedded security
• SDLC governance • Project management for regulated industries
Tech stack we use in our PCB design
Tech stack
Client experience
Working with Lemberg Solutions was very pleasant and professional for us. Every meeting and every work step was transparent and clearly documented. They are fully involved in the project and proactively use their skills. We look forward to further joint projects in the future.
Events
Our Head of Cloud Engineering, Yuriy Chen, spoke about balancing edge autonomy and cloud intelligence at one of the leading IoT and connected industry conferences.
Nazar Kohut, Program Manager, met with our partners and other experts to exchange knowledge on embedded technologies and cybersecurity for connected products.
Visited the largest US medtech event to connect with industry experts and discuss medical device development.
Andrew Mospan, Account Executive, attended North America's biggest automation show to explore the latest innovations in robotics and embedded technologies.
Engaged with the latest developments in sensors, edge AI, and IoT for next-generation connected products.
Contact us
Reach out to Andrew for a detailed discussion.
As an Account Executive, Andrew is dedicated to helping our clients unlock the full potential of embedded & IoT technologies in their projects. Leveraging over 15 years of experience in the industry, Andrew guides businesses in adopting cutting-edge solutions to drive growth and stay ahead of the competition.
FAQ
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What's the difference between PCB design and PCB layout?
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Can you review or improve our existing PCB design?
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Do you handle PCB prototyping and preparation for mass production?
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How much does PCB design cost and how long does it take?
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Who owns the PCB design, and how do you protect our data?
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Do you handle both PCB design and firmware development?
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What cooperation models do you offer?
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What regions do you serve?