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Visure Solutions’ CTO and an IREB Certified Requirements Engineering Trainer

Last updated on 12th May 2026

The Ultimate MedTech & Pharmaceuticals Glossary

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Here is a comprehensive glossary of terms related to MedTech & Pharmaceuticals and associated domains.

S.No.

Abbreviation Term

Definition

1. ALM Application Lifecycle Management The management of an application’s lifecycle from inception through retirement, covering requirements, design, development, testing, and maintenance.
2. ADLM Application Development Lifecycle Management A methodology for managing the entire lifecycle of an application.
3. SaMD Software as a Medical Device Software intended to be used for one or more medical purposes that perform these purposes without being part of a hardware medical device.
4. RTM Requirements Traceability Matrix A document mapping requirements to test cases to ensure full coverage.
5. Requirements Traceability Tracking requirements from origin to implementation to ensure product compliance and quality.
6. BRD Business Requirements Document A document that defines the business objectives, needs, and scope for a project.
7. FRD Functional Requirements Document A document detailing the functional specifications and features of a project or product.
8. NFRD Non Functional Requirements Document A document defining the non-functional aspects of a project, such as performance, usability, and security.
9. MBSE Model-Based Systems Engineering A methodology focusing on using models to design and analyze systems.
10. SysML Systems Modeling Language A graphical language for modeling complex systems in MBSE.
11. CI Continuous Integration A practice where code changes are automatically integrated, built, and tested.
12. BPM Business Process Modeling Representing processes in a visual format to analyze and improve workflows.
13. Validation Ensuring that a system meets user needs and intended purposes.
14. Verification Ensuring that a system meets specified requirements.
15. CSV Computer System Validation A documented process demonstrating that computerised systems used in medical device quality systems consistently perform as intended and meet predetermined specifications.
16. QA Quality Assurance Ensuring that processes and deliverables meet specified standards through systematic evaluation.
17. FMEA Failure Mode and Effects Analysis A methodology for identifying potential failure modes in a process or system and assessing their impact.
18. FMECA Failure Mode, Effects, and Criticality Analysis An extension of FMEA that includes criticality analysis to prioritize risks.
19. CAPA Corrective and Preventive Action A system for implementing preventive actions and corrective actions resulting from the investigation of complaints, product rejections, and other nonconformities.
20. ALCOA Attributable, Legible, Contemporaneous, Original, Accurate Core principles used to ensure data integrity and quality in regulatory environments.
21. cGMP Current Good Manufacturing Practice FDA requirements governing the methods used in, and the facilities and controls used for, the design, manufacture, packaging, labeling, and storage of medical devices and pharmaceuticals.
22. GAMP Good Automated Manufacturing Practice Guidelines for companies involved in the development and implementation of automated manufacturing systems for the pharmaceutical and related industries.
23. DHF Design History File A repository for all records that demonstrate how a medical device was developed in accordance with an approved design plan.
24. DMR Device Master Record A compilation of all the instructions, drawings, documented specifications, labeling, and packaging requirements that must be used to produce a medical device.
25. DHR Device History Record The combination of records containing the entire production history of a finished medical device.
26. FDA 21 CFR Part 11 The Code of Federal Regulations regarding the use of electronic records and electronic signatures to replace paper-based documentation in a compliant way.
27. IEC 62304 The international standard for medical device software lifecycle processes, defining requirements for the development and maintenance of medical device software.
28. ISO 13485 The internationally recognized Quality Management System (QMS) standard specific to medical devices, ensuring regulatory compliance and product quality.
29. ISO 14971 The current international standard for medical device risk management, providing a framework for systematically identifying, controlling, and monitoring risks throughout the entire device lifecycle.
30. Vendor Management Overseeing and coordinating interactions with vendors to ensure value and efficiency.

 

FAQs

In the MedTech industry, Application Lifecycle Management (ALM) refers to the comprehensive management of an application's lifecycle from its inception through retirement. It covers critical stages including requirements gathering, design, development, testing, and maintenance to ensure the software remains compliant and effective.

Software as a Medical Device (SaMD) is defined as standalone software intended to be used for one or more medical purposes that performs these purposes without being part of a physical hardware medical device.

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Visure Solutions’ CTO and an IREB Certified Requirements Engineering Trainer

I'm Fernando Valera, CTO at Visure Solutions and an IREB Certified Requirements Engineering Trainer. For nearly two decades, I’ve been fully immersed in the field of Requirements Management, helping organizations around the world transform how they define, manage, and trace requirements across complex projects.

Throughout my career, I have worked closely with engineering, product, and compliance teams to streamline development processes, ensure end-to-end traceability, and improve product quality through better Requirements Engineering practices. I am passionate about helping companies adopt innovative methodologies and tools that bring clarity, efficiency, and agility to their development lifecycles.

At Visure Solutions, I lead the strategic direction of our technology and product development, driving continuous innovation to meet the evolving needs of our customers in safety-critical and regulated industries. I believe that mastering requirements is the foundation for building successful products, and my mission is to empower teams to deliver excellence by getting requirements right from the start.

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