Product Engineering Services involve utilizing embedded software, hardware design, and industrial design techniques to create electronic products. Companies that offer consulting and product engineering services cater to various domains, such as consumer electronics, industrial products, wearable electronics, medical devices, assistive Devices, automotive electronics, aerospace and defense, and more.
Orthogone systems engineering services take a systematic approach and maintain a clear communication throughout the process, creating innovative products that meet customer needs and exceed their expectations.
Currently, the product engineering services aims to achieve a product that is highly adaptable and scalable, with new and improved features that provide an enhanced user experience (UX). Additionally, the process also focuses on optimizing the product’s cost and reducing the time to market.
The product engineering process manages the entire product life cycle, starting from the idea’s inception, feasibility study, design, and deployment. Various stakeholders, such as product managers, technical architects, and business analysts, are involved in this process.
Over time, Product engineering services have recognized the importance of developing products that cater to the user’s needs and fulfill a latent need in society.
Stage 1: Idea Generation
The first step in the product engineering services process involves generating an idea and defining its application, usage, features, and potential impact. The feasibility of the idea is evaluated before deciding whether to pursue it or modify or discard it.
Stage 2: Design
Once an idea is finalized, it needs to be converted into a product design. Product developers analyze hardware, software, and industrial design specifications to develop the product. They may outsource some aspects of the process to product engineering service companies specializing in these tasks.
Stage 3: Development
In the development phase, the product is brought to physical existence based on the design. The product undergoes testing and validation to ensure that it performs as expected.
Stage 4: Prototyping
A prototype is a sample that resembles the final product and is used for testing and validation of various features. Prototypes are deployed in a controlled environment to monitor and analyze their performance.
Stage 5: Production and Delivery
Once a prototype is approved, the product is ready for production. The product engineering services takes care of product support, with close communication between the product engineering and production teams to ensure a seamless release of the final product.
Product engineering is a complex and multifaceted process that requires careful planning, design, development, and testing to create a successful product.
