BAS Application Engineer - Hybrid

BAS Controls Software Engineer – Chicago, IL (Hybrid: 3 Days Remote / 2 Days Onsite) About the Opportunity: A Tier-1 Building Technology firm is seeking a skilled BAS Controls Software Engineer to support enterprise-level Building Automation applications across the Chicago metro region. This role centers on high-level software development, integrations, and database engineering within modern BAS environments. The position follows a hybrid schedule —three days remote and two in the Chicago office (Tuesdays and Thursdays). Position Details: Title: BAS Controls Software Engineer Location: Hybrid – Chicago, IL metro (must live within 2 hours) Schedule: 3 Days Remote / 2 Days In-Office Status: Full-Time Key Responsibilities: Develop BAS applications, custom software logic, and scripting Build and upload automation system databases Rewrite, optimize, and implement Sequences of Operation Configure, integrate, and troubleshoot automation controllers Provide remote diagnostics and support through VPN access Integrate third-party systems using BACnet, Modbus, LON, and TCP/IP Create alarms, trends, graphics, and user interface elements Work within scripting or function block programming environments Ideal Candidate: Experience developing or programming BAS software applications Strong understanding of database architecture and remote diagnostics Hands-on experience with protocol integrations and field device communication Ability to work independently in a hybrid environment while contributing to a collaborative team Compensation & Benefits: Salary: Competitive + 10% Annual Bonus Retirement: 401(k) with 6% Company Match Health Coverage: Medical, Dental, Vision Time Off: 3 Weeks PTO (0–2 years) 4 Weeks PTO (3–5 years) 5 Weeks PTO (6–9 years) 6 Weeks PTO (10+ years) 12 Paid Holidays Additional: Mileage reimbursement for occasional site visits If you're a BAS programming professional looking for a hybrid, development-focused role with a high-performing team—this position is an excellent fit. #J-18808-Ljbffr