Mechanical engineering in new product development involves stages taking the concept from the design team and work on functional and engineering aspects. Feasibility analysis assesses technical, economic, and operational viability of the concept. Engineering phase creates 3D models, simulation studies and ensures safety and efficiency. Testing, manufacturing planning, quality control, cost analysis, documentation, and continuous improvement complete the process.
Electronics Engineering in New Product Development involves steps from conceptualization to post-launch support. Conceptualization begins with identifying market needs and conducting research on customer requirements and competitors. Feasibility study assesses technical viability, available technologies, and budget constraints. Design includes schematic development, PCB layout, and iterative prototyping and testing. Firmware development, regulatory compliance, manufacturing, and post-launch support complete the process, requiring collaboration among cross-functional teams.
Software development in IoT (Internet of Things) covers various areas, including connectivity and communication protocols. Cloud computing and backend development manage data storage, processing, and device management such as AWS, Azure, GCS etc. User interface and application development create user-friendly interfaces and remote management apps such as Web App, Android and iOS. Security, integration, compliance, and scalability are crucial aspects handled by software development. Data analytics and machine learning process vast amounts of data for meaningful insights.