All content
Roadmap to autonomous manufacturing: An AI driven approach based on engineering foundations
Autonomous manufacturing can be achieved through a structured journey built on foundational engineering, converged data and human-led AI
Read the articleTurning complexity to clarity as biological safety expectations evolve with the ISO 10993-1:2025 regulatory update
Read the articleAs vehicles become software‑defined, centralized computing, edge intelligence and service‑oriented design enable real‑time decisions, continuous upgrades and scalable innovation across the lifecycle
Read the articleThis strategic blueprint for software-defined vehicle monetization shows how OEMs can turn connected vehicle data into intelligence, services and recurring revenue
Read the articleThe next frontier: Connected Product Engineering
Connected Product Engineering is transforming physical products into intelligent platforms that improve over time, helping enterprises unlock new value, deliver continuous innovation and redefine CX
Read the articleDigital intelligence is elevating the speed, quality and reliability of clinical documentation workflows
Read the articleAs chips move into safety-critical and AI-intensive systems, design-for-testability (DFT) and robust testing are now core to silicon reliability and customer trust
Read the articleTrue disruption in the automotive industry lies not in electrification or autonomy but in the invisible connection that binds them
Read the articleHow AI is redefining chip design, manufacturing and the road to innovation
Read the articleRethinking proximity in modern chip design
Organizations need to rethink semiconductor proximity and embrace intentional disaggregation to balance latency, energy and cost from die to data center
Read the articleHow HCLTech is leading healthcare’s transition from static paper to dynamic digital instructions to enable digital access, improve safety, reduce manufacturing costs and advance product launches
Read the articleAI, automotive and cloud demand are reshaping semiconductor equipment development. Supply chains, skills and partnerships determine industry leaders
Read the articleTrending questions
Digital engineering is the practice in which new applications are conceived and delivered. Encompassing the methodologies, utility and process of creating new digital products end-to-end, digital engineering leverages data and technology to produce improvements to applications—or even entirely new solutions.
Digital engineering is a fast-evolving field that is transforming the way organizations develop new products and services, optimize operations and drive innovation. Digital engineering enables companies to improve their ability to execute innovation strategies through automated processes, customer-centric design and development, real-time data analysis, rapid prototyping and more.
Research and Development (R&D) is an integral part of any company's growth strategy. R&D strategy involves the analysis and exploration of ideas to create products or services that meet the requirements of current or potential customers.
R&D strategy is important for product innovation, strategic planning, market expansion, process improvement and product/service optimization, which are all necessary for a business to remain competitive in today’s ever-evolving economy.
The world is rushing toward the digital era. Digital engineering is rapidly changing how ISVs create value and define their competitive advantage, with a growing focus on SaaS, data analytics and cybersecurity domains. Digital engineering expertise is helping transform market leaders across industries, such as manufacturing, real estate, healthcare, insurance, and more. HCLTech has an exhaustive digital engineering services portfolio that helps organizations reimagine engineering and operations through the digital lens, thereby creating exponential business value by leveraging the power of software, data, connectivity and new digital technologies.
Subscribe to the HCLTech Newsletter
for our latest news and insights









