Executive Director, Automation, Robotics, and Technical Writing – Cell Therapy, Process Sciences, Analytics and Technology

If you have the passion and the drive to accelerate growth and make people’s lives better – then AstraZeneca is the place for you.  In Operations we have a big ambition – to deliver more medicines to patients, quicker and more affordably. Backed by the investment, leadership and a clear plan to get there, we bring personal dedication and out of the box thinking. 

AstraZeneca turns molecules to medicines, bringing our Research & Development pipeline to life through a rigorous process of development, manufacturing, testing and delivery.  Operations is accelerating fast. We are on track for Our Bold Ambition 2030, delivering 15+ new medicines driving us forward across different modalities including biologics, cell therapy, ADCs and small molecules. 

Position Summary

The Executive Director, Automation, Robotics, and Technical Writing – Cell Therapy, Process Sciences, Analytics and Technology reports into the Vice President, Process Sciences and Analytics and Technology in the Cell Therapy business unit.  The position will set the vision, strategy, and execution for automation, robotics, digital integration, and technical writing across Process Sciences, Analytics and Technology. This leader owns the multi‑year capability build—spanning automated and closed‑system laboratory/pilot operations, end‑to‑end data connectivity, process control, and a best‑in‑class technical writing function that accelerates development and underpins robust technology transfer and regulatory success. The role partners with Process/Analytical Development, MSAT, Manufacturing, Quality, Digital/IT, Supply Chain, and Regulatory to drive portfolio impact, shorten cycle times, and enable reliable scale‑up from preclinical through commercial readiness.

Responsibilities

• Define the multi‑year strategy and target operating model for automation, robotics, digital connectivity, and technical writing; align with platform and modality roadmaps.

• Establish and lead an integrated organization of automation/controls engineers, robotics specialists, data/OT engineers, integration architects, and technical writers; set governance, prioritization, and ensure project finance targets

• Oversee selection and deployment of closed and semi‑closed automated unit operations, robotics implementation and automated solution for QC analytics.

• Architect and deliver secure, validated connectivity from bench and pilot instruments to enterprise platforms, including:

  • System Integrations: Integrate instruments and controllers with ELN/LIMS, MES/eBR, SCADA/DCS, data historians, and data lake/warehouse; implement event‑driven and API‑based data flows with robust error handling and retries.

  • Define standard data models, ontologies, and metadata schemas for cell therapy unit operations; enforce FAIR principles and contextualization to enable analytics, modeling, and seamless tech transfer.

  • Partner with IT/Cyber to implement role‑based access control, certificate management, secure patching, and vulnerability management across OT assets.

  • Deliver CSV for integrations and interfaces; ensure audit trails, electronic signatures, and data integrity (ALCOA+) are designed in and tested; maintain change control for connectors and adapters.

  • Stand up observability (logging, metrics, alerting), connection health dashboards, and SLAs for data latency and uptime; establish support models and incident response for OT/IT integrations.
     

• Technical Writing Center of Excellence: Build a COE delivering high‑quality protocols, reports, comparability packages, work instructions, and CMC‑supporting content; standardize templates and review workflows to reduce cycle time and improve traceability.

• Compliance and CSV: Ensure GxP alignment, data integrity, and CSV for automated systems and digital interfaces; define SOPs, training, and inspection readiness; incorporate cybersecurity and business continuity requirements into design.

• Sequence and resource programs that reduce manual touch points, increase throughput, and enhance data reliability; track realized benefits to cycle time, cost of goods, and quality.

• Talent and Culture: Recruit and develop a multidisciplinary team; foster a culture of safety, scientific rigor, design‑for‑GMP, and continuous improvement; lead change management and user adoption for new automated and connected workflows.

• Cross‑Functional Influence: Serve as primary interface with PD leadership, MSAT, Manufacturing Operations, Quality, Digital/IT, and Regulatory; represent the function in governance forums and relevant regulatory interactions.

Qualifications

• Education: Advanced degree in engineering (chemical, biomedical, electrical), c