Lemberg Engineering Services

Whether you are just about to start your product development journey or already have a device that needs expert help, our tech consulting services will guide you towards the most optimal way to solve your business challenges.

• Business analysis: get a clear and exhaustive list of business, functional, and non-functional requirements.
• Discovery workshop: have your product idea reviewed by a business analyst, clarify your project's architecture, get tech stack suggestions as well as cost and timeline estimates.
• Tech audit: receive expert advice on dealing with the techical challenges that stall your product's performance or learn how to make it even better.

Embedded software development for MCUs/MPUs running bare-metal, RTOS, or Linux:

At Lemberg, we develop embedded software for MCUs and MPUs on smart devices requiring wireless and wired communication, video/audio systems, display and sensor systems, signal processing, or power management.

• Bare metal
• RTOS
• Embedded Linux

And having added expertise in AI and data science, we can also integrate your embedded system with machine learning algorithms.

Embedded GUIs development (Qt, TouchGFX, emWin). Web & mobile apps.

At Lemberg, we create all types of GUIs, including interfaces for industrial systems, smart home solutions, connected vehicles, and medical devices.

• Qt
• TouchGFX
• emWin

In addition to embedded GUIs, we also design and develop web and modile applications that allow users to communicate with IoT products remotely.

• Web apps: React, Angular, Vue.js
• Mobile apps: iOS, Android, Flutter

Mechanical design 2D & 3D modeling, physical process simulation:

Using SolidWorks, Creo, and AutoCad, we create and validate IoT product designs to make sure your end products are high-performing, manufacturable, durable, and error-free.

• 2D modeling
• 3D modeling
• physical process simulation

Electrical engineering with Altium Designer, OrCAD, KiCad EDA, and other software:

When it comes to electronics, we have the know-how to design the entire hardware architecture of your IoT product and prepare an exhaustive bill of materials optimized for your budget.

• Hardware platform selection
• Components selection
• PCB layout design, fabrication, and assembly
• BOM preparation

Prototype development both on existing development kits and custom-designed boards:

When product design and electrical engineering are done, it's time to build your first prototypes. We can roll out a 3D-printed or a CNC prototype using existing development kits (ST Nucleo and ST discovery boards), Arduino and Raspberry Pi, as well as custom-designed boards. This way, you get the chance to validate your assumptions and get early feedback on the product's features before moving on to mass production.