Transforming Complex Engineering Ideas into Compliant Product Innovation
MedTech is evolving from standalone devices to connected, patient-centric ecosystems—bringing increased complexity across regulatory compliance, cybersecurity, interoperability and data integrity. As product lifecycles become more dynamic, organizations must balance speed, quality and compliance, while traditional, linear and hardware-first approaches struggle to keep pace, leading to delayed design freezes, V&V rework and audit-readiness gaps.
At HCLTech, we enable a step change in Medical New Product Development (NPD) through a digital-first, integrated engineering approach. By integrating systems engineering, early validation through digital simulations, model engineering approaches and continuous regulatory alignment, we help reduce risk, improve audit readiness and accelerate time-to-market.
Dedicated MedTech engineering experience
Medical devices engineered across domains
Global R&D engineering talent
Leading MedTech clients served
Integrated MedTech Product Engineering Services
We deliver integrated Medical NPD services across concept to design transfer—combining mechanical, hardware, digital engineering, software and regulatory engineering through a connected development model. Our approach ensures seamless execution, built-in quality and efficient progression from concept to post-market surveillance.
Planning and design inputs
Translate user needs into clear, verifiable design inputs through feasibility analysis, system architecture definition, design of experiments, regulatory planning, hazard analysis and risk-based engineering to enable robust product development.
Design and development
Develop integrated hardware and software systems through digital-first engineering, rapid prototyping, cybersecurity-by-design and early-stage validation using the right mix of waterfall, agile and iterative development approaches.
Verification, validation and design transfer
Drive performance, compliance and manufacturing readiness through structured verification and validation, production line set-up, testing strategy, process qualification, calibration readiness and controlled transfer to production.
AI-Powered Solutions for Smarter MedTech NPD
Our AI-driven solutions enhance engineering productivity, automate validation and streamline compliance. Built on reusable assets and intelligent tools, they reduce rework, accelerate development cycles and enable scalable, high-quality product delivery.
2D CAD Validator
Validates 2D CAD drawings for accuracy, completeness and compliance with design standards.
GenAI-Assisted Chip Design Acceleration
Accelerates chip design cycles and improves engineering efficiency through GenAI-driven workflows
GenAI-Based Test Case Generation
Generate system and software test cases from requirements and automate test script creation from test protocols for web applications.
AI-Powered Medical Software Test Automation
Generates compliant test cases and scripts for medical software from requirements to improve quality and regulatory readiness.
HCLTech XLM.AI
Connects ALM and PLM through AI-powered intelligent agents on cloud platforms to enhance productivity, collaboration and lifecycle decision-making.
Intelligent Quality Assurance Automation
Automated quality assurance testing with AI-powered cobots and next-gen foundation models.
Built-in Differentiation
Our AI-embedded NPD framework is anchored in three core pillars—assurance, speed and capability—seamlessly integrated across the development lifecycle. It embeds quality, regulatory compliance and continuous risk reduction from the outset, while enabling parallel execution, early validation and automation to accelerate timelines.
Supported by deep engineering expertise, advanced digital/AI tools and a scalable global delivery model, this approach combines execution rigor with flexibility. As a result, it ensures more predictable outcomes, strengthens audit readiness and reduces execution complexity while accelerating time-to-market.
Real-World Impact Delivered
Advancing cardiac care with next-generation myocardial protection systems
Next-generation myocardial protection technology is transforming how surgeons safeguard the heart during complex cardiac procedures
Discover how we have developed a cost-effective system for dialysis, setting new standards for medical technology
Developed an immersive XR-powered training solution
Empowered field service engineers to deliver service excellence with precision and expertise
Trends and Insights
Protecting medical devices from cyber threats is crucial—secure design, real-time monitoring and proactive risk modeling are essential to safeguard patient safety and health data.
Enhancing patient care: Clinical evaluation of Software as a Medical Device (SaMD)
Elevate patient care by unlocking the potential of SaMD through clinical evaluation strategies and ensuring compliance with regulatory standards.
Explore the challenges and solutions for MedTech companies in transitioning to PFAS-free materials for safer and sustainable healthcare.
Analyst Recognition
HCLTech recognized as a Leader in Everest Group’s Life Sciences Digital Services PEAK Matrix® Assessment 2025
Learn more
Build Faster. Build Compliant. Scale With Confidence.
Work with our experts to accelerate your medical NPD journey using AI‑driven, compliant and scalable engineering solutions.
Frequently Asked Questions about Medical New Product Development
Define SaMD (Software as a Medical Device). Cover: HCLTech's SaMD expertise across Class II/III; IEC 62304 compliance; VERIMED AI for test automation; regulatory submission support (FDA, EU MDR).
Direct answer: yes. Cover: HCLTech's experience across Class II/III devices; SaMD; connected health; cybersecurity requirements; regulatory pathway support (FDA, CE marking, MDR).
Open with buyer pain: cybersecurity is now a regulatory requirement (FDA pre-market guidance, EU MDR) and a patient safety issue. Cover: HCLTech's cybersecurity expertise for connected medical devices; secure-by-design principles; compliance with relevant frameworks.
Open with buyer pain: late-stage compliance failures are costly and delay market entry. Cover: continuous regulatory alignment from design inputs; built-in audit readiness; support for FDA 21 CFR Part 11, IEC 62304, ISO 13485, EU MDR.
Open with buyer pain: complexity of balancing speed, compliance and engineering quality. Cover: HCLTech's digital-first, concurrent engineering model; 23+ years of MedTech experience; 150+ devices engineered; AI-embedded NPD framework.
Cover: CADiFAI (AI-driven design and simulation), MAGNUS (scriptless test automation), VERIMED AI (GenAI test case generation). Frame each around the engineering bottleneck it removes. Mention AI-embedded NPD framework.
Open with buyer pain: slow, sequential development cycles cost MedTech organisations competitive advantage. Cover: concurrent engineering approach; early validation; parallel execution; AI-driven automation; digital-first model reducing rework.
Cover: 7,000+ global R&D engineers; dedicated MedTech COEs; global lab network for prototyping and testing; scalable delivery model supporting clients from concept through production scale-up. Mention Top 10/10 leading MedTech clients served.
Define concurrent engineering: simultaneous, integrated development of hardware, software and regulatory streams — replacing sequential, siloed approaches. Cover: HCLTech's connected development model; faster cycles; reduced late-stage failures.