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Clinevotech Case Study

Sharon Pradeep

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Clinevotech Case Study

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Clinevotech Case Study

Clinevotech OneQMS

Redesigning a mission-critical enterprise platform that helps pharmaceutical companies manage drug safety reporting, compliance workflows, and regulatory submissions

Clinevotech OneQMS

Redesigning a mission-critical enterprise platform that helps pharmaceutical companies manage drug safety reporting, compliance workflows, and regulatory submissions

Clinevotech OneQMS

Redesigning a mission-critical enterprise platform that helps pharmaceutical companies manage drug safety reporting, compliance workflows, and regulatory submissions

Project insights

My Role
  • UI Design

  • Design System

The Team
  • 1 Designer, 1 Product manager, 4 Developers

Results
  • 📊 Established success metrics to measure user engagement and efficiency.

  • 🌌 Created a design system from scratch.

  • 📊 Established success metrics to measure user engagement and efficiency.

  • 🌌 Created a design system from scratch.

Overview of the redesigned experience

Overview of the redesigned experience

A note on how UX was done on this project

This engagement was originally scoped as a UI redesign — the client had a fully working system and needed it modernised. No formal user research, interviews, or commissioned usability studies were conducted. Instead, UX practice was woven into execution: heuristic evaluation of the legacy system, deep desk research into GxP regulations and pharma workflow standards, and workflow analysis through the product's own data models and screen flows.


This reflects a reality common in enterprise software agency work — UX doesn't always begin with a research phase. Sometimes you earn it screen by screen, and that's still worth documenting.

01 · INDUSTRY CONTEXT
Designing for a domain where compliance is not a feature

Life Sciences QMS software operates inside one of the most tightly regulated software environments in the world. Before touching a wireframe, the team had to understand the domain's language, its compliance obligations, and why every workflow step in the product exists — because most of them are legally mandated.

EU Regulation

EMA Annex 11

EU GMP Annex 11 governs computerised systems in pharma manufacturing. It mandates electronic record integrity, access controls, audit trails, and system validation. Any design change to a validated system requires documented change control.

US Regulation

21 CFR Part 11 (FDA)

FDA's Part 11 regulates electronic records and e-signatures in the US pharma sector. Systems must support ERES (Electronic Records/Electronic Signatures), full audit logging, and cannot allow silent deletion or modification of records.

International Standard

ICH Q10 — Pharma QS Model

ICH Q10 defines the pharmaceutical quality system model. OneQMS implements its four pillars — CAPA, change management, process performance monitoring, and management review — each needing its own UX treatment.

Why domain language shapes UX decisions

In regulated systems, terminology is not cosmetic — incorrect labels cause mis-triage, wrong approvals, and audit failures. The team built an internal domain glossary before designing any labels, status names, or navigation copy.

GxP

Good Practice Regulations

Umbrella term for quality guidelines (GMP, GCP, GLP, GDP). Any software used in GxP activities must be formally validated and comply with specific documentation requirements — which directly constrains how freely UX can change validated workflows.

CAPA

Corrective & Preventive Action

A structured investigation and action workflow for quality events. Consists of root cause analysis, correction, prevention, and effectiveness check. In OneQMS, CAPA is its own module under Quality — with multi-step lifecycle and assigned owners.

Change Control

Change Request (CR)

Any change to a validated process, document, or system must go through formal Change Control. The 8-stage workflow in OneQMS (Draft → Closed) is not a design choice — it maps to a regulatory requirement for traceability of change impact.

SOP

Standard Operating Procedure

A documented, approved instruction for how a regulated task is performed. SOPs must be version-controlled, reviewed on schedule, and distributed to relevant roles. Users must be trained on the current version — this ties Document Control directly to the Training module.

Deviation

Unplanned Departure from SOP

Any unintended departure from an approved procedure. Deviations are categorised by severity, investigated, and typically trigger a CAPA. In OneQMS this is a standalone Quality sub-module alongside Change Request and Audit.

Audit Trail

Immutable Activity Log

Every create/modify/delete action on a regulated record must be time-stamped and user-attributed in a tamper-proof log. This is a hard UX constraint — "delete" cannot silently remove records. This shaped how we designed destructive actions throughout OneQMS.

In pharma QMS design, ambiguity kills compliance. When a user can't tell if a status means "under review" or "rejected", they may skip a required step. That skip may fail an audit. That audit failure can cost hundreds of thousands in regulatory action.
Core design principle established during domain immersion — OneQMS engagement
02 · UX APPROACH
Embedded UX: making it work without a research budget

With no formal research phase commissioned, the team built a UX practice around what was available — the product itself, its regulatory context, and rapid iteration with domain feedback structured into critique cycles.

🧠 Domain Immersion
  • Client SME walkthroughs per module

  • Building internal glossary

  • Studied competitor systems: Veeva, ARISg

🔬 Heuristic Evaluation
  • Full audit of legacy system

  • Severity scoring per finding

  • Prioritised by regulatory risk impact

✏️ Design & Critique Cycles
  • Module-by-module wireframing

  • Weekly internal design critiques

  • Design system built in parallel

🧪 Dev-Cycle Feedback
  • Angular build reviews per sprint

  • UAT sessions as de-facto usability test

03 · QUALITY MODULE
Change Request & CAPA Workflows

The Quality module is the operational core of OneQMS. A single top navigation exposes seven sub-modules: Change Request, CAPA, Deviations, Audit, Incident, Quality Issues, and Customer Complaints. Each has its own multi-step lifecycle, assignee model, and document linkages — making navigation clarity and workflow visibility the primary UX concerns.

Change Request Lifecycle — 8 Mandatory Workflow Stages

Draft

QA Acceptance

Acknowledgement

Planning

Initial Approval

Implementation

Closure Review

Closed

Draft

QA Acceptance

Acknowledgement

Planning

Initial Approval

Implementation

Closure Review

Closed

Record shown: CLIN_SME_CR_QA_2023_00313 · Status: QA Approval · Group: No_Skip_Group — the status bar persists across all tabs: Change Request, Actions, Files, Reviewer/Approver, Effectiveness Check, Extension, Dependency, History.

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04 · DOCUMENT CONTROL MODULE
SOP Library, Version Control & Issuance Tracking

Document Control is the backbone of GxP compliance. Every SOP, Work Instruction, Form, and Policy must be version-controlled, review-scheduled, approved, distributed, and linked to training obligations. Documents exist in multiple concurrent states — and the UI must make those states unambiguous, especially at audit time.

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05 · TRAINING & LMS MODULE
GxP Training Compliance, Gamification & Team Tracking

In a regulated environment, training is not professional development — it is a documented compliance requirement tied to job roles, SOP versions, and audit readiness. Lapsed training triggers system-level access restrictions. The Training module had to simultaneously serve individual learners, team managers, training administrators, and auditors.

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06 · DESIGN SYSTEM
Built to scale across 12+ modules before screen design began

Given OneQMS's breadth — 7 quality sub-modules, 4 document sub-modules, 5 training sub-modules — building a consistent foundation upfront was the only viable strategy. The design system was established in Figma before individual screen design began, and delivered to Angular development as a Storybook component library.

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06 · DESIGN SYSTEM
Compliance, efficiency & usability — measured

Outcomes tracked across 6 months post-launch across 140+ daily active users at 3 pharma client sites, covering the Quality, Documents, and Training modules.

SUS SCORE
+41pts
System Usability Scale improved from 41 (Poor) to 82 (Excellent) across UAT task walkthroughs.
SUPPORT TICKETS
−67%
Navigation & feature discovery tickets reduced — previous top support category eliminated.
TRAINING COMPLETION
86%
Completion increased from 39% to 86%. Onboarding time reduced from 6 weeks to 2.5 weeks.
DOCUMENT SEARCH
91%
Document verification success rose from ~46%. Avg. search time reduced to under 90 seconds.

With our requirements clarified through user stories, we restructured the information architecture to better align with user needs.

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© 2026 Sharon Pradeep. Hand-crafted in Figma & Framer

Built in Framer

© 2026 Sharon Pradeep. Hand-crafted in Figma & Framer

Built in Framer

© 2026 Sharon Pradeep. Hand-crafted in Figma & Framer

Built in Framer

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