The recovery from the pandemic led to increased freight demand. The client, a Singapore-based Airframe MRO solution provider wanted to address this opportunity by repurposing old passenger aircraft and leveraging them in the freighter sector. Tata Technologies leveraged its aerospace engineering capabilities to enable this passenger to freight (P2F) conversion and ensure more productivity per aircraft.
The customer is the world’s leading and best-in-class aero engine and component repair provider, with a diversified portfolio. The company has expanded and innovated its way to prominence by becoming the MRO operator of choice for some of the biggest names in the aviation world.
Our Model-based Systems Engineering (MBSE) solution is designed to enable companies to bridge gaps between physical and digital product designs and bring in a new level of visibility, connectivity, and traceability across every aspect of the system lifecycle.
Our digital transformation solutions cover the key areas of digital product development, digital supply chain, digital manufacturing, and digital customer experience. It enables enterprises to connect the digital thread and become smart, intelligent, and connected enterprise for the new normal.
Our digital manufacturing solutions help manufacturing companies adopt Industry 4.0 technologies across their product development value chain and manufacture competitive products while optimizing cost and improving productivity.
Our SAP S/4 HANA enterprise implementation and transformation solutions are designed to help organizations seamlessly implement, migrate & upgrade to SAP future-ready ERP platform leveraging our extensive ERP experience, accelerators, and tools.
Our comprehensive engineering, design & development solutions for the airframe, cabin interiors, tooling, and plane-to-freighter conversion helps Aerospace companies engineer better products at an optimal cost.
Our suite of maintenance, repair, and overhaul products and solutions are designed to help Aerospace companies service their products faster and at an optimal cost for enhanced competitiveness at the marketplace.
Our 5R Rightweighting methodology enables manufacturing companies optimize product weight and engineer products that deliver the right performance at the right price, by applying the right amount of the right material in the right place. This is covered in detail as part of our end-to-end EV solutions.
Our manufacturing execution system tool enables manufacturing companies ensure real-time data visibility of plan manufacturing operations helping them improve operational efficiency and productivity. This is covered in detail as part of our digital manufacturing solutions.
AMP.IoT is a suite of modular applications designed to cater to the Industrial IOT requirements of the manufacturing industry. It offers features like asset tracking, enhancing OEE, predictive analytics, plant benchmarking and monitoring, digital work instructions, and remote monitoring helping companies improve shop floor-to-top floor coordination, and manufacture better products.
CHIP is an enterprise hybrid integration ecosystem designed to enable manufacturing companies to connect and maps applications, data, and devices in the cloud and on-premises on a unified, extensible platform. Built on open source, the frameworks enable companies to integrate existing applications, improve data visibility, and ensure better efficiency and productivity.
Our digital-acelerator Visimatic is an enterprise ready suite of machine learning solutions to different vertical businesses, empowering data scientists and business users to accelerate time to value. This is covered in detail as part of our digital transformation solutions.
The customer is the world’s leading aero engine and component repair service provider. Being the MRO operator of choice for some of the biggest names in the aviation world, the customer wanted to leverage data to make the right decisions.
The customer is a leading US-based manufacturer of aircraft engines and auxiliary power units. They design, build and service the world’s most advanced aircraft engines widely used in both civil aviation and military aviation. To be the best at what they do – they needed to upskill and train the next-generation of engineers.