Job type: Permanent
Job reference: : BBBH109259
Location: USA, Massachusetts, Greater Boston Area
Sector: Equipment Sales, Power
Date posted: 29/06/2017
This vacancy has now expired.
The Principal Engineer in Analysis and Planning provides highly-skilled engineering services to assess
power system performance under steady-state and dynamic conditions. Studies are primarily focused on power flow, transient stability, and short circuit analysis, but may address a variety of other concerns including economics, harmonics, and power quality. The Principal Engineer considers all aspects of power system design and operation to evaluate performance and develop recommendations to maintain reliability and efficiency of the bulk power system.
Power system modeling and analysis in the long-term, near-term, and operational planning horizons
using power flow, transient stability, and short circuit software
Assess the reliability and efficiency of existing and planned power systems; develop solutions where
necessary to address concerns and maintain compliance with applicable standards and criteria
Develop and evaluate alternatives for the interconnection or retirement of generating units and other
resources, elective transmission upgrades, and merchant transmission projects
Assess the reliability and economic impact of proposed and approved regulatory policies and future
Analyze power system events
Develop and validate models for generating units, other resources, and controllable transmission assets based on field measurements
Develop study methods and resource plans to deliver studies that meet client schedules and expectations
Provide high-level technical expertise to other practice areas
Prepare and present detailed technical reports
Provide peer review and editorial feedback
Manage client expectations through regular communications
The successful candidate will have:
Master's degree in electrical engineering with emphasis in power system engineering and analysis, or Bachelor's degree and equivalent experience developed through detailed analysis of power systems
A minimum of 10 years of experience in wide-area power system modeling, analysis, and planning, including power flow, transient stability, and short circuit studies
Professional engineering license
Experience with power system analysis tools including, at a minimum, Siemens PTI PSS®E or GE PSLF software
Understanding of existing and proposed North American and regional reliability standards and criteria
Understanding of protection system design and operation
Understanding of equipment design and rating methods
Understanding of harmonics and power quality issues
Understanding of electricity markets, cost allocation methods, and economic and environmental regulations affecting the electric power industry
Excellent technical, analytical, and organizational skills
Excellent verbal, written, and interpersonal communication skills
Excellent negotiation and consensus-building skills
Comfortable and effective working independently, as well as leading and working in teams across functional groups that vary from fundamentally technical to non-technical
Provide authorization to conduct a general background, credit, criminal record, and reference check, and successfully pass these checks.
To take and pass a drug test.
Candidate must be legally authorized to work in the US for a period exceeding 180 days
Candidate must possess, or be able to obtain within 30 days of employment, a valid driver's license
issued by any state in the US.
Additional desirable attributes include:
Experience preparing multi-area power flow and dynamics models, including development of user-
defined models for generator and FACTS controls, protection systems, and monitoring network parameters
Experience performing engineering economics assessments
Experience in other areas such as system operations, protection system design and analysis, substation design, or distribution planning
Experience using tools for running simulations and analyzing output data such as Python and MATLAB
Experience using tools for evaluation of power system phenomena such as voltage stability, small signal stability, electromagnetic transients, production cost modeling, and optimal power flow
Spencer Ogden is acting as an Employment Agency in relation to this vacancy.