Hardware :design:

Architecture and PCB design

We design devices based on the client’s vision and tech requirements following established constraints and hardware development standards. We can also help you troubleshoot and upgrade existing hardware quickly and reliably. We are fond of searching the sensitive components even if you need something rare.

Use this services if…

…you have an idea, but you don’t have experience in electronics development or mechanical design.

…you have a hardware device that you want to improve or upgrade.

…you have problems with troubleshooting your program or hardware components.

…you need help with the development of your electronic product.

What makes embedded hardware design services great?

At InTechHouse, embedded hardware design excellence is not just a goal – it’s our standard. Our commitment to excellence is what sets us apart in the industry, and it’s rooted in several key principles:


Excellence begins with innovation. We stay at the forefront of emerging technologies and design services, continuously exploring new possibilities, and pushing the boundaries of what’s possible in embedded hardware design.


Excellence demands precision. Our hardware design processes are meticulous, from schematic design to PCB layout. We leave no room for error, ensuring that every component and connection is optimized for performance and reliability.

Client-centric approach

Excellence is about delivering results that exceed client expectations. We maintain open communication, collaborate closely with our clients, and remain flexible to accommodate changing requirements.


Our team comprises seasoned experts with years of experience in embedded systems and hardware design. Their deep knowledge and proficiency ensure that every project benefits from their expertise.

Quality assurance

Our commitment to excellence extends to rigorous quality assurance practices. We thoroughly test and validate every design to guarantee that it meets the highest quality standards.

Continuous improvement

Achieving excellence is an ongoing journey. We are dedicated to continuous improvement, constantly refining our processes, and staying current with industry advancements.


We understand that one size doesn’t fit all. Our excellence lies in our ability to tailor embedded hardware solutions to meet the unique needs of each client. We take the time to understand your requirements and craft solutions that align perfectly with your objectives.


We design with the future in mind. Our solutions are scalable, accommodating growth and adaptability as your needs evolve.

Proven track record

Our history of successful projects and satisfied clients speaks volumes about our commitment to excellence. We measure our success by the success of our clients.

{embedded hardware}
design excellence

We take pride in our innovative embedded hardware design services. Our team of experts is dedicated to turning your vision into reality by crafting cutting-edge solutions that meet your specific needs for embedded product development.

Hardware design types

Board design

InTechHouse usually begins cooperation with product concept analysis. When we know all tech requirements and customer priorities, our technical experts suggest several design ways and then create your hardware device. The board design is an essential development part, so your product may have several iterations and assessments to get the desired design result.

PCB design

InTechHouse can do everything connected with hardware architecture design, schematics, printed circuit board layout, and production and assembly planning, our electronic designers handle it well. Being a proven cooperation partner for more than 19 years, our hardware design engineers can guarantee that all of our goods will meet international quality standards or even exceed customer thoughts.

Hardware design advantages

High-quality international design standards: Our teams can develop an excellent design product based on the client’s requirements by international standards. It will be a perfect mix of quality and comfortability at the same time to surprise the final users.
Design for assembly: Our teams can build everything clearly so that every detail is in its place and functions, and the product looks complete.
Design for test: If the design is done clearly and correctly, there will be no problems with testing the product in the future, so companies will save much time and go faster to the market.
Design reliability: We will select the best design for the device so that all the components fit well and do not affect each other’s actions if not required.
Design for EMC compliance: Technical means can simultaneously function in real-time operating conditions with the required quality and not create unacceptable electromagnetic interference to other elements.
Project documentation: Our team will describe the system operation in the smallest detail so that there are no misunderstandings and users can perform various actions easily.

What do the hardware design services include?

Our comprehensive hardware design services encompass every aspect of the process. From concept to prototype to final product, we ensure that all critical elements are addressed. 

#1 Project analysis and idea validation

Whatever your project needs, we’ve got you covered. We assist in analysing your project’s feasibility and technical aspects. Our top professionals are available for any inquiries about your project and specifications.

For small teams, assessing competition, design tools, and cost optimisation can be challenging. With our expertise, you’ll have the best viability assessment for your hardware project, along with ideas and optimisation strategies for success.

A good idea is paramount, but making it viable requires analysing development requirements and constraints. This ensures your idea can become a brilliant reality.

In our competitive world, realistic frameworks are crucial. Envisioning a project is exciting, but can lead to false assumptions. We’ll help you define a realistic situation for your project and hardware needs.

#2 Schematic drawings

Do you need help with your circuit hardware design services? We can help you meet your specifications and requirements. Our hardware design engineers will create your hardware design schematic diagrams according to your vision and needs. Our schematic drawings will emphasise the flow of the hardware design system as it functions, using symbols that indicate the function of the equipment.

This is the cornerstone of a successful project. It’s the blueprint for everything that comes afterwards, and our team can offer you the most efficient schematic drawings to ensure optimisation.

#3 Mockup prototypes

We know that prototype building is challenging, given the resources involved. This is why we can offer you mockup prototypes so you can feel more confident in moving forward with your project.

Our mockups are high-fidelity representations that demonstrate your product’s specifications, functionality and capabilities. We’ll provide you with multiple options, and you will decide which one suits your vision best.

Additionally, we can offer you Proof-of-Concept Prototypes to demonstrate your product’s core functionality, functional prototypes that offer greater flexibility and the appearance of a hardware design model to test the form of the product and the ergonomics.

#4 PCB layout design
Next, your schematic designs must be feasible on actual hardware. We use reputable software to prevent compatibility issues.

We convert your hardware design schematic into a physical circuit board layout. Translating design diagrams into reality is challenging due to component size and other factors, but we provide top PCB routing for even the smallest boards, considering every mechanical component.

Standards for electronic components and devices ensure product quality and reliability. To guarantee quality, we ensure PCB design meets IPC standards and products are EMC compliant. Electronic systems are designed for good EMC performance.

We consider many factors when designing circuit boards to ensure they pass the EMC test.

With various casings, the most important responsibilities are aligning the connections with the case and ensuring that the case’s closing mechanism works properly.

Sometimes the box size must be kept to a minimum, and shorts between the boards and the case may occur. So, our teams, having extensive experience in building hardware products, can easily avoid problems with EMC Compliance
#6 Prototype Evaluation and Debugging

Our team can help you with the prototype evaluation and its debugging. We use state-of-the-art technology and techniques to ensure your prototype is failsafe.

Expertise in checking for issues is crucial when dealing with prototypes. Sometimes, out-of-the-box thinking is the difference between something that works and something that doesn’t.

Evaluating a prototype not only means testing whether it works properly: but it also means testing whether it meets design specifications and requirements. We have the tools and methodologies suitable for these endeavours. This will allow you to recognise and correct errors, saving you a lot of money and time and allowing room for improvement.

#7 Automated test

As part of hardware development, an automated manufacturing load and test system are established. We recommend having at least two tests during the production process. The test is carried out to ensure that the electronics that make up the final gadget perform like the golden unit.

After the electronic test and final assembly, the finished device is switched on and tested in the second testing phase. Using new technologies for testing, your system components will be all right.

#7 Project management

If your project requires a project manager to coordinate each stage from the validation of the idea or after the creation of the design, we are ready to provide the best specialists.

If you’ve already had a project manager or someone who is responsible for managing the project, then we can develop good communication and work closely with such specialists.

Manufacturing support

7 reasons why

At InTechHouse we always aim for A-Class development services. We work hard to your desired result and path to the market faster.

Manufacturing support is critically important in hardware design services. Here are several reasons why manufacturing support is crucial:

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of all customers said that InTechHouse hardware product design services are great and even better than they expected!

{technologies} we work with

interfaces design

schematics & PCB design

wireless communication





ARM Cortex M7

ARM Cortex M4
(STM32F4 /STM32L4)

ARM Cortex M3

ARM Cortex M0
(STM32F0 /STM32L0)


Multi-core Cortex A9 (Xilinx Zynq)






Raspberry Pi



There are at least six stages of any hardware development cycle:
  • Product idea and documentation analysis
  • Schematic drawing and mockup prototypes with tech requirements and international standards
  • Design layout
  • Prototype creation and debugging
  • System integration
  • Small series or mass production

Software products can have multiple releases by adding new features and re-writing existing logic to support the new features. However, hardware products consist of physical components that cannot be “re-developed” after manufacturing and cannot add new functional capabilities that require hardware changes. So, developing hardware can be challenging, and the company should calculate all the risks.

There is no general black box that is currently possible that will be able to manage all product specifications. That’s why companies need to create a specific design for the products that fit well and allow good electronic connection and transmission of a signal to all elements.

Yes, there are over 50,195 hardware design engineers currently employed only in the United States. But it’s there are quite a few experienced specialists, so the profession is in demand and the average hardware designer salary is quite high.

A hardware engineer is a specialist responsible for the design development, manufacture, installation, and optimization of hardware components. The hardware components often include, for example, computer mice and keyboards, modems, circuit boards, disk drives, and other complex systems.