Senior BAS Analyst II – Building Automation & Optimization

The University of Texas at Austin; Austin (TX); On-site; USD 90,000 - 120,000; Full time

Benefits offered by this job

Health benefits

Paid vacation, sick time and holidays

Tuition assistance

LinkedIn Learning training access

Job summary

The University of Texas at Austin is seeking a Building Automation Systems, Analyst II to join Facilities Services in Austin, TX. The role focuses on senior journeyman-level technical analysis of BAS installations, training junior staff, and optimizing building performance.

You will monitor multi-vendor BAS systems, review control programs, and collaborate with EMO engineers to improve energy efficiency across campus facilities.

Qualifications

• Associates or Bachelor's degree in computer science, networking, engineering, or related field (or 10 years BAS journey-level experience in lieu).
• 5 years journey-level experience with commercial building automation and BAS controls.

Responsibilities

• Monitors multi-vendor BAS systems for proper operation and reporting.
• Reviews control algorithms and programs for functionality and suitability.
• Evaluates programming methods to reduce energy consumption with EMO engineers.
• Assists in commissioning and retro-commissioning of BAS systems; reads drawings and diagrams.
• Coordinates with IT and campus staff for networked BAS systems.
• Retrieves historical BAS data and generates reports for analysis.
• Provides day-to-day informal training to junior analysts on BAS programming and configuration.
• Performs related duties as assigned and supports staff meetings and safety training.

Skills

Communication skills

Coaching/training juniors

Education

Bachelor's degree in a related field

Tools

BACnet

Modbus

LonWorks

Job description

The University of Texas at Austin is seeking a Building Automation Systems, Analyst II to join Facilities Services in Austin, TX. The role focuses on senior journeyman-level technical analysis of BAS installations, training junior staff, and optimizing building performance.

You will monitor multi-vendor BAS systems, review control programs, and collaborate with EMO engineers to improve energy efficiency across campus facilities.