The future is electric, and car manufacturers are developing innovative hybrid and electric vehicles. This Sweden-based automaker pioneered a new approach when it created a luxury plug-in hybrid sports car based on aluminum fibre and we were in the driving seat to help it engineer the entire vehicle leveraging its turn-key product development capabilities.
Consumers are looking for connected autonomous vehicles that deliver a great experience, and this South-East Asian car manufacturer was keen to launch its first connected vehicle in the global market faster than its competitors. Tata Technologies leveraged its connected car capabilities to implement over-the-air update (OTA) architecture in a challenging timeframe.
Car companies are focused on launching new products faster and at an optimal cost to deliver more value. This UK-based OEM had set very promising targets for itself to transform the future of modern luxury vehicles. Tata Technologies stepped in as a strategic Engineering Services Provider (ESP) to help it achieve its engineering goals for special vehicle programs.
Delivering great customer experience requires in-depth customer insights. Committed to delivering new mobility solutions through new technologies, business models, and partnerships, this customer wanted to leverage the superpower of data and collaborated with Tata Technologies to develop a powerful data lake and predictive analytics model.
To win in the marketplace, automotive companies must deliver products to customers on time and as per their requirements. This young American EV startup wanted to manufacture and deliver multiple variants on time and collaborated with Tata Technologies to set up a scalable enterprise architecture that aligned the entire organization and ensured higher efficiency.
With 150+ facilities and R&D centers spread across the world, this global Tier 1 wanted to create a high-performance digital network that enabled collaboration between teams and helped them engineer competitive products. Tata Technologies leveraged its manufacturing domain knowledge to migrate legacy systems into a high-performance environment.
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.
As the demand for agile product development grows, so is the need for Industry 4.0. With 10,000+ employees at 38 locations, the customer – a global leader in overhauling wanted to address manufacturing efficiencies. Tata Technologies helped the customer build a robust quality management system and closed-loop feedback MES application for higher productivity.
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 end-to-end solutions for future EVs cover engineering, manufacturing, and post-sales service to deliver a great experience to the digital customer of the future and help manufacturers win in the marketplace.
Our TREaD (Turnkey Research, Engineering, and Development) framework offers outsourced full-vehicle development solutions, from concept to reality, helping companies launch competitive vehicles faster.
Our full vehicle development solution offers end-to-end solutions across engineering, manufacturing, and customer experience area helping companies launch competitive vehicles faster.
Our product benchmarking solutions enable manufacturing companies to optimize input costs across the product development lifecycle and enhance the competitiveness of their products for success in the marketplace.
Our embedded engineering solutions cover the entire V cycle of product software development covering application development – MBD, SIL, MIL and HIL, & platform software – AutoSAR, SDV and bespoke platforms, complemented by our mechatronics DNA.
Our Hardware in the Loop (HIL) testing and validation solution help manufacturers develop reliable products and optimize product testing time and cost, thereby helping them launch competitive products with agility.
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 X.0 – 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 digital customer experience solutions enable companies to manage their entire omnichannel customer journey offering the flexibility of virtual product interaction with the convenience of buying products online, enabled through digital applications and mobile apps.
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 Upskilling Competency Centers of Excellence provide hands-on experiential learning to young engineers on the latest skills and technologies they need to work with advanced technology solutions for Industry 4.0 – and to engineer a better future for them.
Our online training platform, i GET IT, provides self-paced training courses for engineers, specializing in engineering applications and skills. There are custom offerings for manufacturers wanting to upskill their employees and engineers who can directly upskill.
Our smart, parametric, and modular electric vehicle platform enables manufacturing companies to launch better products faster by reducing time to market by up to 6-12 months while optimizing platform development time and cost. Its offers one-click scalability for rapid configuration, compliance with various safety norms, and scalability across vehicle sizes.
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 agile product data and program management tool with 12+ modules for end-to-end ER&D process tracking enables OEMs to enhance data visibility across the product development lifecycle and ensure timely and effective program management for the launch of competitive products. This is covered in detail as part of our turnkey full vehicle development 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.