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AbbVie Engineering

To develop advanced technology platforms that accelerate the discovery and delivery of life-changing treatments to patients worldwide

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Align the strategy

AbbVie Engineering SWOT Analysis

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To develop advanced technology platforms that accelerate the discovery and delivery of life-changing treatments to patients worldwide

Strengths

  • INFRASTRUCTURE: Robust cloud infrastructure supporting global R&D
  • TALENT: Strong engineering talent in key therapeutic areas
  • PLATFORM: Integrated data analytics platform for clinical insights
  • SECURITY: Industry-leading cybersecurity protecting IP assets
  • AUTOMATION: Advanced lab automation accelerating discovery process

Weaknesses

  • LEGACY: Outdated legacy systems hindering digital transformation
  • INTEGRATION: Post-acquisition technology stack fragmentation
  • VELOCITY: Slow software development lifecycle in regulated areas
  • TALENT: Insufficient AI/ML specialist recruitment and retention
  • ARCHITECTURE: Technical debt impacting system performance

Opportunities

  • AI: Implement AI to accelerate drug discovery by 30%
  • PARTNERSHIPS: Strategic tech alliances with cloud providers
  • DIGITAL: Expand digital health platforms for patient monitoring
  • AUTOMATION: Scale lab automation to reduce discovery timelines
  • ANALYTICS: Advanced analytics to optimize clinical trial design

Threats

  • COMPETITION: Tech giants entering pharmaceutical space
  • SECURITY: Increasing sophistication of cybersecurity threats
  • REGULATION: Evolving regulatory requirements for digital health
  • TALENT: Fierce competition for specialized tech talent
  • DISRUPTION: Rapid tech innovation disrupting traditional pharma

Key Priorities

  • MODERNIZATION: Accelerate legacy system modernization
  • AI ADOPTION: Implement AI across R&D and clinical operations
  • TALENT: Develop specialized tech talent acquisition strategy
  • INTEGRATION: Create unified technology ecosystem post-acquisitions
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Align the plan

AbbVie Engineering OKR Plan

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To develop advanced technology platforms that accelerate the discovery and delivery of life-changing treatments to patients worldwide

MODERNIZE

Transform our technology foundation for the future

  • CLOUD: Migrate 85% of remaining on-premises applications to cloud by Q3
  • ARCHITECTURE: Reduce technical debt by 30% through system rationalization
  • DEVOPS: Implement CI/CD pipelines for 100% of new application development
  • PLATFORMS: Launch unified data analytics platform serving all R&D divisions
AI EXCELLENCE

Lead the industry in AI-driven drug discovery

  • MODELS: Deploy 5 validated AI models for target identification and validation
  • TALENT: Grow AI team to 50 specialized engineers and data scientists
  • COMPUTE: Establish dedicated high-performance computing cluster for AI workloads
  • GOVERNANCE: Implement comprehensive AI validation framework for regulatory compliance
TECH TALENT

Build world-class technology capabilities

  • RECRUITMENT: Hire 75 engineers across AI, cloud, and cybersecurity specialties
  • RETENTION: Reduce tech talent attrition to below 10% through enhanced programs
  • UPSKILLING: Train 500 scientists and researchers on new digital platforms
  • CULTURE: Achieve 85%+ engagement score in technology organization survey
INTEGRATION

Create a seamless technology ecosystem

  • APIS: Implement enterprise API gateway connecting 90% of core research systems
  • STANDARDIZATION: Establish common data models across all research platforms
  • AUTOMATION: Automate 70% of data transfers between acquired company systems
  • VISIBILITY: Deploy unified dashboard providing real-time view of all critical systems
METRICS
  • PIPELINE GROWTH: 15% YoY increase in technology-enabled product pipeline
  • AI IMPACT: $120M in value from AI-accelerated drug discovery initiatives
  • TECH VELOCITY: 40% reduction in time-to-value for technology initiatives
VALUES
  • Transforming Lives
  • Acting with Integrity
  • Driving Innovation
  • Embracing Diversity & Inclusion
  • Serving the Community
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Align the learnings

AbbVie Engineering Retrospective

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To develop advanced technology platforms that accelerate the discovery and delivery of life-changing treatments to patients worldwide

What Went Well

  • PIPELINE: Technology accelerated two key compounds into clinical trials
  • INFRASTRUCTURE: Cloud migration reduced computational costs by 22%
  • AUTOMATION: Lab automation increased experiment throughput by 35%
  • PARTNERSHIPS: Tech collaborations expanded access to novel platforms
  • SECURITY: Zero critical security incidents despite increased threats

Not So Well

  • INTEGRATION: Post-Allergan tech integration behind schedule by 4 months
  • TALENT: 15% attrition rate in key technology roles above industry avg
  • PROJECTS: 30% of digital transformation initiatives missed timelines
  • ADOPTION: Slow adoption of new research tools among scientific staff
  • COSTS: Technology infrastructure costs exceeded budget by 18%

Learnings

  • ALIGNMENT: Early scientist involvement improves tech tool adoption rates
  • AGILITY: Smaller, focused tech initiatives outperform large projects
  • TRAINING: Comprehensive training critical for complex system adoption
  • FLEXIBILITY: Hybrid cloud approach provides optimal cost-performance
  • STANDARDS: Standardized tech architecture accelerates integration

Action Items

  • RATIONALIZE: Consolidate redundant systems to reduce tech debt by 25%
  • UPSKILL: Launch comprehensive AI/ML training for 500+ scientists
  • ACCELERATE: Fast-track cloud migration for remaining on-prem systems
  • STREAMLINE: Implement enterprise API strategy for system integration
  • ATTRACT: Develop specialized tech talent recruitment and retention plan
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Drive AI transformation

AbbVie Engineering AI Strategy SWOT Analysis

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To develop advanced technology platforms that accelerate the discovery and delivery of life-changing treatments to patients worldwide

Strengths

  • FOUNDATION: Established AI Center of Excellence
  • DATA: Extensive proprietary clinical and research datasets
  • COMPUTE: High-performance computing infrastructure for AI models
  • PARTNERSHIPS: Strategic AI research partnerships with universities
  • PILOTS: Successful AI pilots in drug discovery workflows

Weaknesses

  • SILOS: AI initiatives operating in isolation across departments
  • EXPERTISE: Limited internal AI expertise for specialized models
  • GOVERNANCE: Underdeveloped AI governance and ethics framework
  • INTEGRATION: Poor AI model integration with existing systems
  • VALIDATION: Insufficient validation processes for AI applications

Opportunities

  • DISCOVERY: AI to identify novel drug targets and pathways
  • TRIALS: AI-optimized clinical trial design and patient selection
  • MANUFACTURING: AI for predictive maintenance in manufacturing
  • PERSONALIZATION: AI-driven precision medicine applications
  • AUTOMATION: AI to automate routine lab and research processes

Threats

  • COMPETITION: Competitors advancing AI capabilities faster
  • REGULATION: Uncertain regulatory landscape for AI in healthcare
  • TRUST: Stakeholder concerns about AI trustworthiness
  • TALENT: Intense competition for AI expertise in life sciences
  • BIAS: Risk of bias in AI systems affecting research outcomes

Key Priorities

  • CENTRALIZATION: Create unified AI strategy across organization
  • TALENT: Build specialized AI team focused on drug discovery
  • GOVERNANCE: Develop robust AI governance and validation framework
  • IMPLEMENTATION: Deploy AI in high-impact R&D and clinical areas