Job Description

The Analytical Technical Lead will be responsible for collaboratively creating science-driven project plans together with DS, DP, RA, and QA line functions. Their efforts will be central to enabling CMC-team effectiveness through active prioritization, robust development strategies and supply plans, effective risk management, and ensuring appropriate resourcing.

Key Responsibilities

• Technical lead for analytical projects

• Accountable for all analytical deliverables for the assigned project portfolio

• Responsible for creating science driven project plans jointly with DS, DP, RA & QA line functions.

• Enable CMC-team effectiveness through active prioritization, robust development strategies & supply plans, effective risk-management and appropriate resourcing. Ensuring realistic analytical timelines, capacities and deliverables in CMC project plan

• Define analytical control strategy in line with the overall project plan, strategic priorities, SOPs and regulatory expectations

• Provide timely analytical input to project governance meetings. Represent analytical function in the project meetings. Communicate potential risks and mitigation strategy

• Lead analytical scientists in a matrix environment. Mentor / provide technical guidance to colleagues (in- and outside ARD)

• Support TRD/ARD strategic priorities for operational excellence and simplification. Supporting rollout of D&D tools

• Work according to appropriate SOPs, GMP, GLP, QM, HSE, & Novartis Guidelines

Essential Requirements:

• Master of Science / Pharmacy or equivalent and 20+ yrs pharma Industry experience

• Good knowledge of English : oral and written

• Proficient in Analytical development .Good knowledge of software tools

• Good presentation skills and scientific/technical writing skills

• Strong Leadership skills

• Desirable: Advanced degree (Ph.D. or equivalent)

Skills Desired

Budget Management, Coaching Skills, Data Science, Experiments Design, Laboratory, Problem Solving Skills, Process Simulation, R&D, Waterfall Model