Controls Software Engineer II

Some companies build software. Others build hardware. We build whatever the problem demands.

Backburner Labs is a multidisciplinary engineering consultancy where mechanical, electrical,systems,and software engineers work together to solve complex technical challenges. From embedded systems and industrial automation to robotics, medical devices, IoT, cloud platforms,and AI-enabled applications, we help our clients build products that oftendon'texist yet.

Our clients come to us whenthe engineering is difficult, the timeline is ambitious, and thereisn'ta roadmap waiting to be followed.

They'relooking for engineers who can create one.

If that sounds exciting rather than intimidating,you'll probably enjoy working here.

You’ll collaborate with talented engineers across disciplines, influence technical decisions, learnnew technologies, and help turn ideas on a whiteboard into products used in the real world. We move quickly, trust our engineers, and expect everyone to contribute ideas,not just code, designs, or specifications.

Ifyou'rethe kind of engineer who asks, “What's the hardest problem we're solving?”before asking, “What's the tech stack?”,you'll probably feelright at home.

Come build whatdoesn'texist yet.

• Founded: 2019
• Company: ~50 people (full-time and contract employees)
• Current location:
  St Paul
  - St Anthony Park area
• Future location:
  Minneapolis
  - Prospect Park area (we have leaseda 43,000 sq ft building)
• Revenue: doubled every year for 5 years (more details shared later)

Metal to Mobile

Some companies build software. Others build hardware. We build whatever the problem demands.

Backburner Labs is a multidisciplinary engineering consultancy where mechanical, electrical,systems,and software engineers work together to solve complex technical challenges. From embedded systems and industrial automation to robotics, medical devices, IoT, cloud platforms,and AI-enabled applications, we help our clients build products that oftendon'texist yet.

Our clients come to us whenthe engineering is difficult, the timeline is ambitious, and thereisn'ta roadmap waiting to be followed.

They'relooking for engineers who can create one.

If that sounds exciting rather than intimidating,you'll probably enjoy working here.

You’ll collaborate with talented engineers across disciplines, influence technical decisions, learnnew technologies, and help turn ideas on a whiteboard into products used in the real world. We move quickly, trust our engineers, and expect everyone to contribute ideas,not just code, designs, or specifications.

Ifyou'rethe kind of engineer who asks, “What's the hardest problem we're solving?”before asking, “What's the tech stack?”,you'll probably feelright at home.

Come build whatdoesn'texist yet.

• Founded: 2019
• Company: ~50 people (full-time and contract employees)
• Current location:
  St Paul
  - St Anthony Park area
• Future location:
  Minneapolis
  - Prospect Park area (we have leaseda 43,000 sq ft building)
• Revenue: doubled every year for 5 years (more details shared later)
• Client retention: 93%

This is a hands-on role working with PLCs, HMIs, sensors, motors, drives, robotics, industrial networks, and custom equipment. You will collaborate with software, electrical, and mechanical engineers to take systems from early requirements through programming, integration, troubleshooting, and deployment.

As an Engineer II, you should be able to independently complete defined portions of a project, make sound technical decisions within your area, and recognize when additional guidance is needed.

• Reports to:
  
  Principal Mechanical Engineer
• Team: ~7
• Status:
  Full-time employee
• Salary range: $95,000 - $120,000
• Interview process: (~2.5 weeks):
  • Head of Talent - video call
  • Principal Mechanical Engineer- video call
  • Panel interview and tour - in person
    • Peers
    • Leadership
  • Decision

• Develop, test, and maintain controls software for automated equipment and integrated systems.
• Program and configure PLCs and develop or modify HMI applications.
• Translate customer needs, electrical designs, and equipment sequences into working control logic.
• Develop operating sequences, state machines, alarms, interlocks, fault…