Brennan Sullivan Email and Phone Number

Design Engineer for UL1741 electrical equipment at utility-scale solar farms.•Designs equipment with a focus on streamlined manufacturing and rapid, cost-effective field installation.•Collaborates closely with customer EPCs, tailoring product designs to their specific project needs and requirements.•Partners with component suppliers to drive development of optimized component designs.

•Designed water treatment facility at the Black Hills Energy Neil Simpson complex to produce demineralized water to be used in the coal-fired thermoelectric power production process.• Preformed QA/QC testing on all OEM equipment to verify it meets the necessary standards. •Coordinated with OEM’s, construction contractors, and client to ensure project continues as scheduled.•Utilized Navisworks for modeling of the water treatment facility.•Continuously updated redlined drawings through AutoCAD.

•Conducted comprehensive analysis of power plant P&IDs, identifying discrepancies and areas of concern, while also pinpointing sections with challenging navigability and potential safety hazards.•Redesigned Piping and Instrumentation Diagrams to solve all issues found during analysis.•Converted and remade Piping and Instrumentation Diagrams of the Condensate, Extraction Steam, Bottom Ash, and Circulating Water Makeup Pretreatment systems through the use of Microstation.•Assisted in the re-design of Fire Protection system and Condenser Air Extraction system P&IDs.

•Was head LOTO engineer for the launch of Amazon distribution sites VGT1 and OLM1. Each site having upwards of 6,000 pieces of equipment. •Designed Lock Out Tag Out safety procedures to fully and safely de-energize all equipment of electrical, mechanical, control gravity, pneumatic, and chemical energy sources.•Preformed energy analysis of all process and facility equipment In Amazon facilities.•Managed Field team, Technical writing team, Production teams, and Amazon workers from design through implementation of LOTO safety procedures in facilities.

• Reduced labor time by more than 66% during the packaging process (from 12 hours per 1500 tins to fewer than 4 hours) through design and implementation of a a semi automated unit.• Completed the project on-time, under budget, and exceeded the original design requirements• Created a working labeling machine to label product tins during the packaging process.• Utilized solidworks models and assemblies to show detailed design for each subsystem.• Was in team lead position, planning project timeline, using gantt charts and ensuring project is continuing smoothly and all subsystems are interacting as planned.• Work with machine shops for manufacturing; Actively working in machine shop to create a working machine prototype.

Plan, organize and lead trips for students in a variety of outdoor activities from concept through execution. Manage staff onsite at the campus climbing center and outdoor recreation center as well as student trip guides. Responsible for risk management and safety activities and compliance.• Created SOLE-stainable Gear Repair program allowing students to repair gear and reduce waste• Used applied technology to improve the skis waxing process, resulting in less wax used on each job, less cost, less waste, and shorter job times• Promoted to student manager role in less than one year

• Utilized linkage, gear train and cam design methods to design a unit to launch soccer balls at a goalie toassist in penalty kick blocking practice.• Design machinery with a tight budget and with goal of a large profit margin.• Create functioning prototype to prove that design will work

• Modeled and simulated uncompensated system.• Designed a control system allowing an operator to move a grain dispensing funnel from one track to theother, while minimizing settling time of system.• Altered step response of position, force, acceleration, and transient response with use of two controllersmade with the root locust method and the frequency domain techniques.