Senior TPM: Engineering Strategy & Business Ops

Anite; Santa Rosa (CA); On-site; USD 150,000 - 190,000; Full time

Job summary

Keysight's High Frequency Technology Center (HFTC) in Santa Rosa, CA, seeks a Senior Technical Program Manager to lead high-priority strategic initiatives across engineering, fabrication, and manufacturing. You will translate loosely defined goals into actionable programs, align diverse stakeholders, and drive execution with minimal direction.

The role emphasizes creating leverage for engineering leadership, with potential expansion into broader operating rhythms, resource planning, and

Qualifications

• BS, MS, or PhD in engineering, science, or related technical discipline.
• 10–15+ years of experience in semiconductor technology development, fabrication, or related engineering disciplines.

Responsibilities

• Lead analysis, scoping and initial planning of high-priority strategic initiatives for HFTC Engineering.
• Take ownership of complex, ambiguous problems, align stakeholders, and drive decisions and execution with limited direction.
• Create leverage for Engineering leadership by anticipating needs, resolving issues, and taking ownership of work that would otherwise require senior leadership involvement.
• Integrate technical, operational, financial, and organizational input into clear executive-level presentations, recommendations, and leadership updates.
• Coordinate critical executive, customer, supplier engagements and ensure follow-through across functions.

Education

BS, MS, or PhD in engineering, science, or a related technical discipline

Job description

Keysight's High Frequency Technology Center (HFTC) in Santa Rosa, CA, seeks a Senior Technical Program Manager to lead high-priority strategic initiatives across engineering, fabrication, and manufacturing. You will translate loosely defined goals into actionable programs, align diverse stakeholders, and drive execution with minimal direction.

The role emphasizes creating leverage for engineering leadership, with potential expansion into broader operating rhythms, resource planning, and