Responsible for performing detailed engineering work including evaluation, analysis, calculations, drawings, software development, specifications, and reports for the design, development, construction, commissioning, and maintenance for all the electrical power and control elements required for global HVAC test facilities. Responsible for interacting with other departments in order to facilitate project completion, analyzing engineering results, and directing resources and activities as required.Responsible for developing conceptual designs and cost estimates for related project elements during budgeting and initial project phases. Provide cost-benefit analysis for various project alternatives.Controlling expenditures within limitations of approved project budgets and determining milestones and critical path tasks for all electrical and control elements of assigned projects.Preparing final designs including drawings, requests for quote (RFQs), bills of material (BOMs), and construction specifications; and reviewing contracted engineering services for assigned projects and responding to contractor and engineer requests for information (RFIs).Coordinate with mechanical, process, and other engineering disciplines to facilitate state-of-the-art designs for the complete HVAC test facility projects.Develop, install, and test control system software for programmable logic controllers (PLCs), and related control system devices; and prepare detailed specifications and requirements, and conduct design reviews for contracted services based on project requirements.Review project designs for compliance with applicable national and local codes, engineering principles, industry best practices, company standards, cost and schedule targets, and related specifications.Plan and conduct on-site startup, troubleshooting and commissioning of electrical power and control systems for test facility projects.

Working with the Mechanical / Electrical / Plumbing division on the design and development of healthcare facilities. Operating as a mid-level manager by directing the work of and providing guidance to Staff Engineers, Designers and Drafting members during the development of engineering projects. Interpreting, organizing, executing and coordinating assigned projects and resolving complex issues that have important impacts on the project. Performing power system studies including short circuit, coordination and arc flash studies and performing arc flash training as required.

Leading the electrical division of the Mechanical / Electrical / Plumbing department of CEC Engineering and primarily focusing on the design of electrical systems for new facilities, additions, and renovation projects. Responsible for providing technical leadership for the creation of construction drawings and specifications, existing system studies and master planning efforts. Other responsibilities include: - Developing power systems studies specialization within the group which includes performing short circuit, coordination and arc flash studies- Leading face to face and other technical communication with clients on electrical topics- Designing all aspects of electrical systems, including power, lighting, fire alarm and signaling systems for assigned projects- Designing and performing calculations for lighting systems and associated controls- Preparing single line diagrams for power distribution- Performing load analysis for different stages of design- Preparing drawings detailing the entire electrical design- Composing, editing, and integrating electrical elements into multidisciplinary basis of design reports for projects- Leading day to day financial management of projects- Selecting and specifying appropriate equipment and luminaires for projects- Coordinating work with engineers of other disciplines and architects- Participating in meetings with clients to establish their needs and discuss design issues- Reviewing and monitoring the quality of design and documentation tasks performed by others for successful delivery of project designs bulletin - Leading the successful technical and financial delivery of projects- Contributing to request for proposal responses. Working with others in preparing proposals.

Responsible for performing detailed engineering work including evaluation, analysis, calculations, drawings, software development, specifications, and reports for the design, development, construction, commissioning, and maintenance for all the electrical power and control elements required for global HVAC test facilities. Responsible for interacting with other departments in order to facilitate project completion, analyzing engineering results, and directing resources and activities as required.Responsible for developing conceptual designs and cost estimates for related project elements during budgeting and initial project phases. Provide cost-benefit analysis for various project alternatives.Controlling expenditures within limitations of approved project budgets and determining milestones and critical path tasks for all electrical and control elements of assigned projects.Preparing final designs including drawings, requests for quote (RFQs), bills of material (BOMs), and construction specifications; and reviewing contracted engineering services for assigned projects and responding to contractor and engineer requests for information (RFIs).Coordinate with mechanical, process, and other engineering disciplines to facilitate state-of-the-art designs for the complete HVAC test facility projects.Develop, install, and test control system software for programmable logic controllers (PLCs), and related control system devices; and prepare detailed specifications and requirements, and conduct design reviews for contracted services based on project requirements.Review project designs for compliance with applicable national and local codes, engineering principles, industry best practices, company standards, cost and schedule targets, and related specifications.Plan and conduct on-site startup, troubleshooting and commissioning of electrical power and control systems for test facility projects.

Responsible for developing plans and specifications, performs analysis, and provides reports on design and construction of new facilities or operation and maintenance of existing facilities. Technically involved in the resolution of equipment and operational problems that may include performing field investigation or inspections, performing design work, and detailed checking of design computations done by others, or general coordination of specific design aspects into a project.Design of electrical systems, commissioning, startup and troubleshooting of 480V and medium voltage systems.

Responsible for project bid, schedule, design, equipment approval, and commissioning. Track and manage project financials including estimation of equipment accruals. Negotiate purchasing contracts with vendors. Ensure projects meet customer specifications, city codes, NFPA, NEC and various other standards. Coordinate construction, installation, and customer witness tests and training. Interface with customers, vendors, and technicians daily. Knowledge in various Power Systems Studies such as: Short-Circuit / Fault Levels, Power Factor Correction, Voltage Droop, Voltage Drop, Power Management and Load Shedding, and Protective Device Evaluation and coordination. Key Accomplishments:Recently exceeded gross profit on a $4 Million dollar project by more than 14%Successfully integrated new bi-fuel technology never before employed by Holt CATDesigned and built a relay based control panel for a hydraulic fracturing unit providing additional value and functionality to the customer

Coordinate with Production, Safety, and Quality departments on various automation and plant upgrade projects. Manage projects by placing orders and following the equipment until realization, participating in feasibility studies and the elaboration of the technical specifications, performing technical documentation and applied quality systems and methods, and participating in installations and start-up. Develop electrical schematics and write PLC code when designing new or updating outdated automation equipment. Key Accomplishments:Increased plant safety numbers by more than 20% by working with safety plant management team and modifying equipment, therefore decreasing a significant amount of injury claims on several safety related projects.Helped increase production of tire related product line by 12% by modifying outdated machines and updating obsolete equipment.Created Operations Manuals for new equipment providing well defined procedures allowing plant personnel to effortlessly and confidently operate plant machinery more effectively resulting in increased productivity.