Senior IT Manager — Deals & Cost Optimization

PwC; Houston (TX); On-site; USD 124,000 - 280,000; Full time

Benefits offered by this job

Medical benefits

401k

Paid time off

Job summary

PwC is seeking a Deals Accelerated Solutions IT Senior Manager in Houston, TX to design and implement seamless integration solutions and robust platform architectures for clients, focusing on IT cost optimization and value realization across technology investments.

You will lead and coach teams, validate that solutions align with business priorities, and drive measurable outcomes while navigating complex projects in a dynamic environment.

Qualifications

• Bachelor's degree required.
• 7+ years of experience in M&A, integration, and transformation.

Responsibilities

• Leading the design and implementation of integration solutions and platform architectures for clients.
• Analyzing IT spending to identify cost-saving opportunities and optimize IT resources.
• Validating that technology solutions align with business priorities and deliver measurable value.
• Managing and optimizing IT costs while maximizing value delivered by technology investments.
• Directing teams through complex situations with sound judgment.
• Crafting clear messages that tell a holistic story to clients and stakeholders.
• Coaching conversations to develop high-performing, diverse and inclusive teams.
• Monitoring business performance metrics to enhance decision-making and planning.
• Collaborating with stakeholders to ensure cost-effectiveness and alignment with strategic objectives.

Education

Bachelor's degree

Job description

PwC is seeking a Deals Accelerated Solutions IT Senior Manager in Houston, TX to design and implement seamless integration solutions and robust platform architectures for clients, focusing on IT cost optimization and value realization across technology investments.

You will lead and coach teams, validate that solutions align with business priorities, and drive measurable outcomes while navigating complex projects in a dynamic environment.