ABOUT TECHLINIJA
Developing
for the future
TECHLINIJA is a team of professionals who will draw your technical vision line from the idea to the design of prototype and will lead it into manufacturing of the final product. Our expertise is based on more than 10 years of experience in research and development area, hardware, software development, prototyping and mechanical design areas.
Our core values
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Frequently asked questions
Why is proper hardware design important?
Proper hardware design is important because it can directly impact the performance, reliability, and efficiency of a system. Poor hardware design can lead to problems such as low performance, frequent malfunctions, and high energy consumption, which can be costly and frustrating for users. On the other hand, good hardware design can help a system operate smoothly, efficiently, and reliably, which can lead to a better user experience and lower operating costs. Proper hardware design also plays a critical role in ensuring the safety of a system. For example, in the case of medical devices or safety-critical systems, such as aviation or automotive systems, hardware design is a key factor in ensuring that the system performs as intended and does not pose any risks to users or the environment. In summary, proper hardware design is important because it can significantly impact the performance, reliability, efficiency, and safety of a system.
What steps prototyping has?
1. Define the prototype’s purpose and goals: The first step in hardware prototyping is to clearly define the purpose and goals of the prototype. This may include identifying the user needs that the prototype is intended to address, as well as any technical or performance requirements that it must meet.
2. Design the prototype: The next step is to design the prototype. This typically involves creating a detailed schematic of the prototype’s hardware and selecting the appropriate components and materials. The design process may also involve simulations or other testing to ensure that the prototype will function as intended.
3. Build the prototype: Once the design is complete, the prototype can be built. This may involve soldering or assembling components, programming microcontrollers or other embedded systems, and testing the prototype to ensure that it is functioning properly.
4. Test and refine the prototype: The next step is to test the prototype to determine how well it meets the defined goals and requirements. This may involve conducting user tests or other types of evaluations to gather feedback and identify any issues or areas for improvement. Based on the results of these tests, the prototype can be refined and iterated on as needed. 5. Scale and manufacture the product: If the prototype is successful and meets the desired goals and requirements, the final product can be scaled and manufactured for commercial use. This may involve transferring the design to a production-level manufacturing process and testing the final product to ensure that it meets the required specifications and standards.
What does an engineering consultant do?
Engineering consultants are professionals who provide technical expertise and advice to clients in a variety of industries. They may work for consulting firms or operate as independent contractors, and their responsibilities may vary depending on their area of specialization and the needs of their clients. Some common tasks that engineering consultants may perform include: Assessing the technical feasibility of a project or product Providing technical advice and support during the design and development process Analyzing and solving technical problems Conducting research and development activities Preparing technical reports and presentations Providing training and education on technical topics Managing projects and coordinating with clients and team members Reviewing and approving technical documents, such as drawings and specifications Participating in regulatory compliance activities Engineering consultants may work in a variety of fields, such as mechanical, electrical, civil, or software engineering, and may specialize in areas such as product development, project management, or quality assurance. They may also be involved in a wide range of projects, including the design of new products, the development of infrastructure, or the improvement of existing systems and processes.
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