Assistant Director, Business Modelling

Responsibilities

• Manage multiple client engagement teams, taking a lead role in understanding client needs, conducting analyses, and reporting results
• Lead teams in developing and reviewing complex financial models for financial reporting, tax, regulatory compliance, and corporate strategy
• Incorporate advanced statistics, AI/ML algorithms, and advanced data modelling to build sophisticated decision support tools
• Mentor team members and foster a culture of continuous learning and professional development
• Maintain and develop productive, professional relationships with clients to drive repeat business
• Take full ownership of projects, ensuring delivery within established budgets and schedules

Requirements

• Advanced degree (Master's or Ph.D.) in a quantitative discipline
• 6-10 years of relevant experience in valuation, quantitative management, investment banking, private equity, or similar consulting fields
• Expertise in building and reviewing complex financial models using MS Excel and VBA
• Proficiency in building data analysis tools using R, Python, or MS Azure
• Strong analytical, project management, and interpersonal communication skills

Preferred Qualifications

• Knowledge of advanced statistics, AI/ML algorithms, and their applications in data modelling
• Progress towards or achievement of professional designations such as CFA, FRM, PRM, or PMP

Benefits

• Opportunities to work with EY SaT practices globally across a wide range of industries
• Access to a multi-disciplinary team of over 1,500 professionals
• Continuous learning and development programs to navigate evolving industry trends
• A diverse and inclusive culture that empowers employees to use their unique voices

About the Company

EY is a global leader in assurance, consulting, law, strategy, tax, and transactions. Our Valuation, Modelling and Economics team helps clients understand the value of their business, securities, and intellectual property through sophisticated financial and decision support modelling.