Product Development

Industrial design is a critical process that covers every stage of a product from its aesthetic appearance to its user experience. Our company not only makes your products visually appealing, but also ensures that they are ergonomic, user-friendly and functional. Before starting the design process, we conduct a comprehensive market research to determine the expectations and needs of your target audience. In line with this research, we determine the shape, texture, color and general appearance of the product. Our team, which specializes in ergonomics and human-machine interaction, aims to maximize user interaction with the product. The design process is supported by digital drawings, 3D modeling and prototype production stages. This process is extremely critical to detect potential problems that may be encountered during the production phase of the product in advance and to optimize the design. Our aesthetic designs are also developed in accordance with sustainability principles, thus minimizing environmental impacts and providing cost-effective solutions. We use PDM PLM tools to respond to customer needs correctly and authorize development steps, and we also implement the change management process from request to reporting with world-proven tools such as JIRA and GIT.

Remergen Mekatronik delivers reliable solutions for automotive safety systems by fully complying with the ISO 26262 standard. This standard serves as a global reference for ensuring functional safety in electrical and electronic systems, and we design systems in accordance with these requirements. Remergen implements risk management, safety analyses, and fault diagnostics processes at every stage of in-vehicle safety systems development. Our ISO 26262-compliant systems ensure the reliability of all safety-critical components. By adhering to this standard, our company provides maximum safety and performance in safety-critical systems.

Electronic design is considered the backbone of modern technology and our company offers cutting-edge solutions in this field. The design of the electronic components of your products is carried out by taking into consideration critical factors such as performance, reliability and energy efficiency. Our electronic design process includes many stages such as creation of circuit diagrams, component selection, PCB (Printed Circuit Board) design and embedded software development. At every step, compliance with industry standards and full compliance with customer requirements is our priority. PCB design is carried out to meet stringent technical criteria such as high-frequency circuits, complex signal processing requirements and electromagnetic compatibility (EMC). In addition, the accuracy and functionality of the design are meticulously checked through tests and analyzes performed at the prototype stage. This process ensures that potential errors and malfunctions are prevented before the product is released. The solutions we offer in electronic design offer innovative features that will take your products one step forward and thus increase your competitiveness.

Remergen Mekatronik develops solutions that meet all functional safety requirements for in-vehicle safety systems. In line with the ISO 26262 standard, we conduct meticulous risk analysis and safety validation processes in the design of safety-critical systems. Our company designs systems that enhance reliability and fault tolerance in both software and hardware. Remergen ensures that all automotive safety functions are protected against failures and operate correctly. This approach maximizes performance and passenger safety in safety-critical systems.

Mechanical design is the design of mechanical components that form the physical structure of products and perform their functions. Our company aims to maximize the durability, performance and efficiency of your products by using the latest technologies and engineering software in the mechanical design process. The 3D models we create with CAD (Computer Aided Design) software allow the product to be examined in detail in a virtual environment before moving on to the production phase. These models are supported by engineering simulations such as stress analysis, thermal analysis and flow analysis. Thus, how the product will perform under operating conditions is predicted in advance and necessary improvements are made. While optimizing the mechanical structure of your products, we also apply the principles of simplification in design to reduce production costs and increase ease of assembly. In addition, material selection is an important part of our mechanical design process. The most suitable material for your product is determined by considering the mechanical properties, cost, workability and environmental effects of the material. Our company develops long-lasting and high-performance products by prioritizing quality and reliability in mechanical design.

Remergen Mekatronik effectively utilizes CAE (Computer-Aided Engineering) analysis in the product development process to simulate and validate the accuracy and performance of its designs. Through CAE tools, we perform engineering calculations such as structural analysis, thermal analysis, vibration, and dynamic simulations quickly and reliably. Our company leverages CAE analysis to reduce costs and accelerate prototyping during the product development phase. This technology significantly contributes to the design optimization, durability, and reliability of our products. Remergen enhances its engineering processes, ensuring faster and more efficient product launches.

In software design, we develop high-performance software solutions, especially for embedded systems, industrial automation and user interfaces. Our software development process begins with requirements analysis, and at this stage, the software architecture that best suits your product's needs and goals is determined. During the coding phase, we produce reliable and optimized solutions using the most up-to-date software development tools and languages. During the software development process, we ensure that the code is modular and scalable, so that future updates and additions can be easily implemented. Critical parameters such as memory management, processing speed and energy efficiency are meticulously optimized to improve the performance of the software. User interface design (UI/UX) is also an important part of our software development process. We design simple, understandable and aesthetic interfaces to maximize user experience. In the software testing phase, we test the performance and reliability of the software under various scenarios. If any errors or problems are detected, they are quickly resolved and the software works flawlessly. Our software design services provide innovative and reliable solutions that will add value to your products.

Remergen Mekatronik develops AUTOSAR-compliant software solutions to ensure the compatibility and reliability of in-vehicle electronic systems. Our company leverages AUTOSAR architecture to enhance flexibility, reusability, and sustainability in automotive software development. Software developed in line with AUTOSAR standards offers seamless integration across vehicle platforms due to its modular structure. Remergen provides AUTOSAR-compliant solutions for vehicle control units and advanced driver assistance systems (ADAS) to its clients. This approach accelerates software development while maximizing safety and performance standards.

Remergen Mekatronik develops cybersecurity solutions for in-vehicle electronic systems to protect against modern vehicle security threats. Our company implements advanced security protocols to safeguard in-vehicle networks and electronic control units (ECUs) from potential cyberattacks. We utilize continuous monitoring and update mechanisms to identify and strengthen software vulnerabilities. Remergen focuses on core security principles such as data integrity, confidentiality, and availability in safety-critical systems. This comprehensive cybersecurity strategy ensures the protection of in-vehicle systems.