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New and exciting technologies. outdoor activities.

Dedicated, analytical professional with strong engineering education background complemented by work experience in fast-paced environments demanding strong organizational, technical, and interpersonal skills. Balance creative thinking with logical design ideas; enjoy opportunities to develop solutions that address challenging problems.

Work effectively in both self-managed and team-based projects; maintain high ethical and quality standards, professional demeanor and cooperative attitude.  Use hands-on, detail-oriented approach in completing projects and assignments.

Enjoys fast pace environments, complex challenges, both team-oriented & individual tasks, and new and exciting technologies to which chemical engineering concepts and calculations can be applied to cut costs and optimize efficiency.

Areas of Expertise Include:
•	Technical Writing & Reporting	
•	Project Management	
•	Engineering Documentation
•	Safety Compliance	
•	Pipeline Regulations	
•	Customer Communications / Service
•	Chemical Reactor & Plant Design	
•	Forecasting	
•	Interpreting Process Flow Diagrams

•	Developed pre-job designs for various fluid systems and analyzed fluid system stability for downhole conditions, ensuring that all customer job requirements were met and that fluid system provided adequate proppant suspension and fracture growth.
•	Performed on-site fluid break tests, verifying reproducibility of lab results with chemicals on location.
•	Setup IFS software for designated job, allowing data from various instruments, including pressure transducers, flow meters, and densometers to be consolidated and graphed that identified crucial trends detrimental to safety and service quality; made complex engineering calculations necessary for the job.
•	Developed post-job reports that were used to analyze future innovations.
•	Maximized conductivity / production in cost-effective manner by providing recommendations to customer during job.
•	Assisted crew in rig-up procedures, when needed, that led to developing better understanding of job site and equipment set up and gaining more respect from crew.
•	Optimized service quality and company’s reputation by completing numerous Halliburton exclusive engineering courses that were applied in the field to give appropriate recommendations to customers.
•	Helped improve safety standards for hydraulic fracturing by conducting and submitting job site safety reviews.

Field Engineer (Hydraulic Fracturing)

•	Minimized probability of pipeline / facility failure along with safety and environmental hazards by conducting safety program reviews and performing engineering analyses / evaluations of potential regulatory deficiencies.
•	Performed field surveys and investigations, determining existing condition of pipeline facilities and allowing for awareness of necessary improvements.
•	Optimized pipeline / facility integrity by interpreting and applying federal regulations 49 CFR Part 192 and 195 to design, construction, and operation of pipeline systems.
•	Developed and distributed safety information to federal, state, local officials, and to pipeline operators, enhancing general awareness throughout community of necessary pipeline / facility safety measures.
•	Created several system profiles, providing insight on what to look for in upcoming inspections.

General Engineer/Inspector Intern

•	Received BOR STAR (Special Thanks for Achieving Results) Award for completing 9 different hydropower plant voltage regulator designs, exceeding number of expected designs.
•	Provided support to electrical engineering staff in performance of electrical circuit design and troubleshooting for power and control engineering, ensuring optimal hydropower plant operation and proper implementation of new designs.
•	Gathered, calculated, and coordinated engineering data from various sources prior to preparing data for engineering analysis for repair or replacement of electrical equipment and systems for hydroelectric power plants, ensuring any repairs or replacements were conducted in efficient and cost-effective manner.
•	Participated in Value Engineering studies and presented conclusions to program managers that led to implementing new designs to improve hydropower plant operation.
•	Assisted in performance of power transformer power factor (Doble), high-voltage DC Ramp and protective relay tests, developing better understanding of facilities and what considerations were necessary during design.
•	Used electrical concepts and theory in performance of calculations; involved in electrical testing, minor construction oversight, and routine facility operations and maintenance activities, resulting in optimal design implementation.

Electrical Engineer Intern

Find out detailed information about Michael Mulligan,  in Commerce City, CO

Michael Mulligan: in Commerce City, CO

Michael Mulligan

Colorado School of Mines