Job Description

Work Schedule

Standard (Mon-Fri)

Environmental Conditions

Office

At Thermo Fisher’s PPD clinical research group (CRG), we’re using digital innovation, data science, and AI to reimagine how life-changing therapies reach patients. Our teams combine deep scientific expertise with advanced analytics, automation, and digital platforms to make research smarter, faster, and more connected.

We know that innovation happens when diverse minds meet. Our Digital Science, Data, and AI professionals collaborate closely with scientists, clinicians, and operational experts to solve real-world challenges in clinical research. Alongside our partnership with Open AI, you can be part of the collaboration that will help to improve the speed and success of drug development, enabling customers to get medicines to patients faster and more cost effectively.

About the Team:
CRG Digital AI is the engine that translates our digital strategy into scalable, production-ready AI capabilities that drive measurable business impact. Operating in close partnership with Product, Data, and Engineering, the team embeds AI across our digital portfolio to accelerate clinical trial execution, enhance data-driven decision-making, and unlock differentiated value for our customers. Through a combination of centralized platforms, standards, and federated execution, CRG Digital AI enables rapid innovation while ensuring consistency, quality, and responsible AI practices.

About the Position:
Reporting to the VP, Head of Analytics and AI, the Senior Director, AI Delivery & Operations is a senior leadership role responsible for building, operating and scaling CRG Digital’s end-to-end AI engineering and platform capability, anchored in reusable architecture and scalable execution systems. This includes ownership of AI engineering delivery, platform architecture, and the integrated automation layer—ensuring that AI-enabled solutions are production-ready, scalable, and seamlessly embedded into business operations.

Operating at the intersection of Applied AI (AAI), Data, and Product Engineering, this leader unifies solution delivery and platform enablement into a cohesive, high-performing system The role is accountable for both what gets built and how it runs, combining product-aligned engineering teams with a robust, reusable platform that accelerates development, enforces standards, and enables federated AI adoption across CRG. A core part of this mandate is defining and scaling reusable AI architecture patterns, services, and components that support rapid development of AI-enabled capabilities across domains.

A central focus of this role is the development of a modern AI-native execution layer, where AI-driven decisioning, services, and workflows are operationalized through APIs, orchestration frameworks, and automation capabilities. Traditional RPA is evolved and integrated into this broader architecture as one of several execution mechanisms, rather than a standalone capability, ensuring consistency, scalability, and alignment with AI-first design principles.

This role plays a critical part in shaping the next generation of role-based, AI-enabled operations, where AI capabilities are embedded directly into how work is performed. The platform and engineering organization will define the architectural foundation for these operating models, enabling reusable patterns for human–AI interaction, decision support, and autonomous or semi-autonomous execution.

The Senior Director, AI Delivery & Operations partners closely with:

• Solution Architecture to translate AI use cases into scalable technical solutions
• AI Value Realization & Enablement (AVRE) to ensure solutions are designed for real-world workflow integration
• AI Risk & Compliance to embed governance and responsible AI practices into platform and engineering systems
• Data and Product teams to align on priorities, architecture, and delivery outcomes

This role is critical to enabling CRG’s AI strategy by delivering a high-throughput, platform-enabled engineering organization that balances speed, quality, cost efficiency, and regulatory compliance—while laying the architectural and engineering foundation for next-generation AI, agentic systems, and role-based operating models.

Key Responsibilities
AI Engineering Delivery & Product Integration

• Lead product-aligned engineering teams to deliver AI-enabled applications and services at scale, with a strong emphasis on AI-native development practices
• Redefine engineering productivity by driving adoption of AI-assisted and agent-based development, including AI coding assistants (e.g., Codex-style tools), agent-enabled code generation, testing, and refactoring and automated documentation and code review workflows
• Establish a target operating model where individual engineers are significantly amplified by AI tooling, enabling 1 engineer to deliver the output of multiple traditional engineers through effective human–AI collaboration
• Shift engineering focuses on manual coding to solution architecture and system design, validation, testing, and quality assurance of AI-generated code and integration of AI services into scalable systems
• Own the reliable, high-quality delivery of AI/ML and GenAI solutions, AI-enabled product features and APIs and integrated data and feature pipelines
• Establish a high-throughput engineering model driven by rapid iteration cycles, automation-first development workflows, reuse of components and services
• Partner with Solution Architecture to translate use cases into scalable, production-ready solutions, ensuring alignment between design intent and engineering execution
• Ensure seamless integration of AI capabilities into digital products and workflows, with a focus on speed, adaptability, and maintainability

AI-Native Execution Layer (Automation & Orchestration)

• Build and scale a modern AI-native execution layer that operationalizes AI-driven decisions into real-world actions
• Integrate and evolve capabilities including APIs and system integrations, workflow orchestration frameworks, intelligent automation (including RPA as a supporting capability)
• Ensure automation is AI-driven, not task-driven, reusable and standardized, tightly integrated with platform and AI services
• Enable execution patterns that support human-in-the-loop, semi-autonomous, and agentic workflows

MLOps, Lifecycle Management & Operational Excellence

• Establish and scale end-to-end AI lifecycle management, including model development, validation, deployment and monitoring and versioning, performance tracking, and drift detection
• Ensure platform and engineering systems meet requirements for reliability and scalability, cost efficiency and observability and monitoring
• Embed governance-by-design in partnership with AI Risk & Compliance, including auditability and traceability and secure and compliant development practices

Partner Strategy & Capability Scaling

• Define and manage the ecosystem of engineering and platform partners
• Drive effective onshore/offshore and partner delivery models aligned to group needs
• Ensure partners contribute to reusable assets and platform capabilities and speed and quality of delivery
• Lead internal capability building in AI engineering, platform engineering and emerging AI and agentic technologies

Talent & Organizational Leadership

• Build and lead a high-performing organization across AI engineering, platform engineering and automation and orchestration capabilities
• Define roles, skill models, and career paths aligned to future-state AI capabilities
• Foster a culture of engineering excellence, innovation and reuse and accountability and continuous improvement

Measures of Success:

• Adoption and utilization of the AI platform across CRG Digital teams
• Reduction in time-to-deploy AI solutions and increased development velocity
• Step-change improvement in engineering productivity, demonstrated through increased output, reduced cycle times, and effective adoption of AI-assisted and agent-enabled development practices
• Successful implementation of AI-native engineering practices, including widespread adoption of automation-first development, AI-assisted coding, and modern DevOps approaches
• Increased reuse of AI components and platform capabilities
• Strong performance of AI systems (reliability, scalability, cost efficiency)
• Effective implementation of AI governance and lifecycle management practices
• Development of a scalable and high-performing AI platform organization

Qualifications

• Bachelor’s degree required; advanced degree preferred (computer science, engineering, AI/ML, or related field)
• 12 years of experience in software engineering, platform engineering, or technology leadership roles, with a proven track record of building and scaling high-performing engineering organizations
• Demonstrated experience defining and implementing scalable, reusable platform architectures and shared capability layers in complex enterprise environments
• Experience delivering AI/ML and/or GenAI-enabled systems in production, including understanding of model lifecycle, integration patterns, and operational considerations
• Proven ability to evolve engineering organizations toward modern, automation-first and AI-assisted development practices, driving meaningful improvements in speed, quality, and efficiency
• Demonstrated success driving step-change improvements in engineering productivity and delivery models, including adoption of AI-assisted or agent-based development approaches
• Experience operating in complex, matrixed organizations with cross-functional stakeholders across Product, Data, AI, and Business teams
• Experience in regulated environments (e.g., healthcare, life sciences) preferred, with an understanding of compliance, security, and quality considerations in engineering systems

Knowledge, Skills, and Abilities

• Strong systems thinking with the ability to design scalable, reusable architecture patterns rather than point solutions
• Deep technical and strategic understanding of AI engineering, platform architecture, and modern software systems, with the ability to translate these into business and operational impact
• Ability to operate effectively at both deep technical and executive levels, bridging architecture, engineering execution, and business priorities
• Strong orientation toward automation, reuse, and platform leverage over bespoke development approaches
• Demonstrated ability to lead transformation of engineering practices, including adoption of AI-assisted and agent-enabled development models
• Strong leadership and organizational design capability, with experience building and scaling multidisciplinary engineering and platform teams
• Excellent stakeholder management and communication skills, with the ability to influence across Product, Data, AI, Risk, and Business functions
• Ability to balance speed, quality, cost efficiency, and regulatory compliance in a complex and evolving environment
• Comfortable operating in ambiguity and leading teams through rapidly evolving technology landscapes, including emerging AI and agentic capabilities

At Thermo Fisher Scientific, we are committed to fostering a healthy and harmonious workplace for our employees. We understand the importance of creating an environment that allows individuals to excel. Please see below for the required qualifications for this position, which also includes the possibility of equivalent experience:

• Able to communicate, receive, and understand information and ideas with diverse groups of people in a comprehensible and reasonable manner.
• Able to work upright and stationary for typical working hours.
• Ability to use and learn standard office equipment and technology with proficiency.
• Able to perform successfully under pressure while prioritizing and handling multiple projects or activities.
• May require as-needed travel (0-20%).

Band 9 level

Location: Remote US (east coast preference). Relocation assistance is NOT provided.

*Must be legally authorized to work in the United States without sponsorship.
*Must be able to pass a comprehensive background check, which includes a drug screening.

Compensation and Benefits

The salary range estimated for this position based in North Carolina is $167,500.00–$278,000.00.

This position may also be eligible to receive a variable annual bonus based on company, team, and/or individual performance results in accordance with company policy. We offer a comprehensive Total Rewards package that our U.S. colleagues and their families can count on, which includes:

• A choice of national medical and dental plans, and a national vision plan, including health incentive programs

• Employee assistance and family support programs, including commuter benefits and tuition reimbursement

• At least 120 hours paid time off (PTO), 10 paid holidays annually, paid parental leave (3 weeks for bonding and 8 weeks for caregiver leave), accident and life insurance, and short- and long-term disability in accordance with company policy

• Retirement and savings programs, such as our competitive 401(k) U.S. retirement savings plan

• Employees’ Stock Purchase Plan (ESPP) offers eligible colleagues the opportunity to purchase company stock at a discount

For more information on our benefits, please visit: https://jobs.thermofisher.com/global/en/total-rewards