Gephels, Author at iASYS Technology

Centralized Design Validation Plan (DVP) and Automation.

The iASYS designed a workflow engine that enables end users to independently create their own customized processes. This system includes a flexible notification feature, providing a comprehensive view of all process stages, which in turn enhances team communication and allocation of responsibilities. This improvement results in faster and more informed decision-making within departments, ultimately leading to an enhanced overall experience for end customers.

Centralized Design Validation Plan (DVP) and Automation. Read More »

Maximizing Performance and Reliability: The Significance of Powertrain Testing in EV Vehicles

Blog / Gephels

Powertrain testing in EV development is essential for optimizing performance and efficiency. Engineers fine-tune the system to achieve better acceleration, range, and vehicle dynamics. Efficiency evaluations help reduce energy loss and improve regenerative braking, increasing range and reducing environmental impact. Safety and reliability, especially for high-voltage components and battery safety, are top priorities in powertrain testing.

Maximizing Performance and Reliability: The Significance of Powertrain Testing in EV Vehicles Read More »

Case Study on EV 2-Wheeler Chassis Test Platform for R&D

Case Study / Gephels

iASYS collaborated with an automotive manufacturer and proposed software that enables effortless CAN data mapping to provide a comprehensive eco-friendly solution. The primary focus was on meeting rigorous EPA standards and providing tailor-made software for precise component management

Case Study on EV 2-Wheeler Chassis Test Platform for R&D Read More »

Fuel Cell Test Systems

Product Leaflet / Gephels

iASYS Orbit- H₂ offers versatile Fuel Cell test systems (Midi to Maxi) with precise control, safety features, and remote diagnostics support. Modular setups allow for advanced testing and seamless integration with external systems, making them a reliable choice for fuel cell testing.

Fuel Cell Test Systems Read More »

Case Study on Workflow Automation

Case Study / Gephels

iASYS developed an application that integrates with vehicle automation systems the application enhanced the certification process by digitizing calculations and process flows, resulting in a more streamlined procedure.

Case Study on Workflow Automation Read More »

Efficiency and Precision: The Impact of Test Data Analytics in EV Testing

Blog / Gephels

Embrace the data-driven evolution of Electric Vehicle (EV) testing with Test Data Analytics. Experience a new era of precise and efficient development, propelling the automotive industry into innovation like never before

Efficiency and Precision: The Impact of Test Data Analytics in EV Testing Read More »

Case Study on Lab and Test Data Management

Case Study / Gephels

iASYS streamlined planning and scheduling process successfully reduced the time and effort required for preparing and scheduling plans in the automotive industry and offered a uniquely designed workflow engine where end users can define processes independently

Case Study on Lab and Test Data Management Read More »

Upgrading IC Engine Test Bed to EV Motor Test Bed

Blog / Gephels

The transition from ICE vehicles to EVs is driven by several factors, including environmental concerns, cost, time, and evolving consumer preferences. An EV testbed provides a controlled environment for evaluating electric powertrains, motors, battery systems, and other crucial components.

Upgrading IC Engine Test Bed to EV Motor Test Bed Read More »

What Is Model-Based Development in Automotive?

Blog / Gephels

Model-based development approach allows engineers to design, build and validate the software code in a fully virtual environment before deploying or integrating it with the live hardware components. In essence, it is an advanced level of development leveraging simulation. 

What Is Model-Based Development in Automotive? Read More »

Top 3 Challenges of Engineering Enterprise CIO?

Blog / Gephels

Product Validation Management (PVM) is an approach that employs verification and validation of requirement analysis, function design, and software development in the engineering process. This model is heavily focused on testing and iterative development and allows organizations to easily manage deadlines and costs.

Top 3 Challenges of Engineering Enterprise CIO? Read More »