Associate, Corporate Advisory — Buy‑side M&A & Modeling

BMO U.S.; Chicago (IL); On-site; USD 69,000 - 127,800; Full time

Job summary

BMO U.S. is seeking an Associate for their Corporate Advisory team in Chicago. This role involves providing advanced financial modeling and deal execution support for buy-side M&A and corporate finance advisory. The ideal candidate should have a strong background in quantitative analytics and experience in investment banking or similar fields.

With a salary range of $69,000 to $127,800, the Associate will be responsible for managing valuation models and enhancing client materials. Strong communication and interpersonal skills are essential as this role involves direct client interaction.

Qualifications

• 2-4 years of experience in investment banking, management consulting, or commercial banking.
• Knowledge of capital markets including mergers & acquisitions and recapitalizations.
• Ability to manage multiple clients independently.

Responsibilities

• Provide advanced financial modeling and support for buy-side M&A transactions.
• Design and manage valuation models for financial analysis.
• Build and update presentation materials for client engagements.

Skills

Quantitative analytics

Financial modeling

Valuation analysis

Excellent communication skills

Interpersonal skills

Education

Undergraduate degree in finance, economics, accounting

Tools

Microsoft Excel

Microsoft PowerPoint

Job description

BMO U.S. is seeking an Associate for their Corporate Advisory team in Chicago. This role involves providing advanced financial modeling and deal execution support for buy-side M&A and corporate finance advisory. The ideal candidate should have a strong background in quantitative analytics and experience in investment banking or similar fields.

With a salary range of $69,000 to $127,800, the Associate will be responsible for managing valuation models and enhancing client materials. Strong communication and interpersonal skills are essential as this role involves direct client interaction.