Summary

The EMS Engineer – Level I is responsible for learning and applying the fundamentals of energy management and building automation from a controls engineering perspective. This position works under the supervision of the Engineering Manager, Engineering Team Leaders, Project Managers, and senior-level EMS Engineers (Levels II & III).

The role involves developing installation submittals, I/O wiring diagrams, bills of material, controller programming, system graphics, and as-built documentation in alignment with company Installation and Commissioning Standards.

At times, the EMS Engineer – Level I may assist higher-level engineers or project managers during system start-up, troubleshooting, testing, and commissioning. This position requires coordination with other trades (e.g., electricians, HVAC technicians) and the ability to adhere to project schedules, budgets, and quality standards.

Responsibilities

• Demonstrate proficiency with Windows OS and basic computer applications (Word, Excel, email, and web browsers).

• Understand and apply company Installation and Commissioning Standards (ARC 156).

• Comprehend the basic operation and differences of HVAC equipment.

• Apply fundamental electrical knowledge and communicate effectively about electrical concepts.

• Read and verify equipment schematics in the field.

• Accurately complete and submit timesheets on schedule.

• Maintain effective communication and coordination with team members, other departments, and external trades.

• Work efficiently both independently and within a team environment.

• Manage multiple assignments simultaneously and keep management informed of progress.

• Demonstrate initiative in self-learning, particularly with ALC technology and industry best practices.

• Strive for continuous improvement and skill development under team leader guidance.

• Exhibit punctuality, professionalism, and accountability.

• Communicate resource, training, or support needs promptly.

• Stay focused on assigned tasks and maintain a strong work ethic.

• Identify and interpret equipment on floor plans and schematics.

• Develop an understanding of submittals, module sheets, and Requests for Information (RFIs).

• Learn WebCTRL navigation, logic page structure, and system layout principles.

• Follow company Engineering Standards for all deliverables.

• Understand input/output types (binary, analog, universal, network).

• Create detailed submittal packages including control diagrams, network risers, bills of material, and sequences of operation.

• Build accurate databases, floorplans, and system graphics in accordance with standards.

• Gain familiarity with Eikon programming, graphic libraries, and project implementation processes.

• Maintain document integrity per company network and preservation protocols.

• Operate the Engineering Design Suite (EDS) with minimal supervision.

• Identify project scope coverage and potential discrepancies early in the project lifecycle.

• Develop knowledge of approved materials, manufacturers, and vendors.

• Learn WebCTRL functionality including alarms, schedules, trends, and system parameters.

• Manage workload effectively to meet deadlines and quality standards through proactive communication.

• Utilize and complete all project checklists, red books, and documentation processes.

• Gather and compile red-line markups and closeout materials promptly.

• Prepare complete as-built and operation/maintenance packages in coordination with the project team.