This is a management role within CTC Engineering, Inc. with both direct reports and accountability to senior leadership. A key member of the senior management team, reporting only to the Chief Executive Officer (CEO). Designs and implements business operations and establishes policies that promote the CTC Engineering, Inc. culture and vision. An efficient and experienced leader using exceptional people skills, business acumen and exemplary work ethics to that maintain control of diverse business operations. Design and implement business strategies, plans and procedures. Set comprehensive goals for performance and growth. Lead employees to encourage maximum performance and dedication. Evaluate performance by analyzing and interpreting data and metrics Write and submit reports to the CEO in all matters of importance Participate in expansion activities (investments, acquisitions, corporate alliances etc.) and manage relationships with clients, partners, and vendors. Responsible for managing, overseeing, supporting and helping grow the company as well as ensuring the successful delivery of projects to our customers, quality control, company budget responsibility, personnel management and proposal writing.Accountable for overall leadership of the organization including daily operations, development planning, employee engagement and employee accountability. Provide training and technical direction necessary to develop personnel to meet personal goals and client's requirementsWork directly with senior management personnel and project managers to ensure proper project execution and supportResponsible for the resource loading and maintaining minimum utilization targets of the organizationCollaborate with business development personnel on technical proposal capabilities and strategize on future pursuitsDrive a consistent approach to process safety and engineering design on all projects Possess a broad technical knowledge of the detail design engineering process

Prepares a variety of complex engineering deliverables for multiple or mega projects. Performs complex research and develops recommendations for equipment and/or materials selection. Oversees collection, assimilation, and management of data for engineering work. Prepares complex engineering calculations following standard methods and principles. Manages assigned budget, schedule, and quality requirements. Develops and applies advanced engineering solutions to complex problems. Reviews lower level engineering work or assignments. Is responsible for one or more of the following: leading production teams; coordinating multiple discipline activity; and serving as the responsible charge for projects. Establishes work plan to be applied to a given project.Actively coordinates with internal/external team members on complex projects. Typically responsible for defining project schedules for single discipline or may have responsibility for multiple disciplines.Responsible for determining identification of key client interests and drivers on projects. Communicates client interests and drivers to project team members and develops approaches to accommodate these concerns in the performance of the work on moderately complex projects. Focuses on client's current needs and situations. May offer other services to the client. Typically provides support to business development or pursuit activities.Serves as a technical specialist and has knowledge and skill set to provide consultation and guidance to project teams in a particular practice area. Typically supports multiple projects on the very complex technical challenges. Actively advances knowledge management of the enterprise and provides mentoring. As a subject matter expert, has additional expertise in a technical area, participates in professional societies by presenting papers, participates on technical committees, and assists with code/standard authoring.

Designed all electrical systems and layouts for boiler power supply, control systems and accessories. Experienced in the management, control and specification of BMS, CCS and SCR contracts to effectively and efficiently determine hazardous areas, meet regulatory requirements and select appropriate equipment and direct all sub-vendors to completion on multiple projects. Versed in EPA regulations, ASTM B31.1 boiler code, NFPA and B31.3 piping codes. Designed and specified electrical equipment and instrumentation for the operation and control of all types of boilers and pressure vessels. Calculated all thermodynamic process points for air & gas, steam, feed water and all boiler design conditions. Sized all valves, devices and instruments. Managed a project from start to finish; performed ASME code calculations, determined economic impact of decision and ensured customer satisfaction. Directed and coordinated operation, maintenance and repair of equipment and systems in field installations. Provided follow-up engineering support on completed projects. Expert use in AUTOCAD CADWORX to effectively and efficiently size cables, determine hazardous areas and select appropriate equipment and direct all electrical sub-vendors to completion on multiple projects. Managed a project from start to finish; performed ASME code calculations, determined economic impact of decision and ensured customer satisfaction.

Designed and specified electrical equipment and instrumentation for the operation and control of all types of burners, boilers and pressure vessels. Responsible for the design, acceptance testing and analysis of BMS and CCS systems for HRSG, SCR and AQCS upgrades Hazardous material determination and design analysis using aqueous ammonia. Contract negotiations and resource budgeting for all projects. Calculated all thermodynamic process points for air & gas, steam, feed water and all boiler design conditions. Sized all valves, devices and instruments. Managed a project from start to finish; performed ASME code calculations and PTC testing, determined economic impact of decision and ensured customer satisfaction. Directed and coordinated operation, maintenance and repair of equipment and systems in field installations. Provide all in-house review of all electrical procurement and contract negotiations. Supervised a project team including a master scheduler, project controls and a multi-discipline group of engineers. Provided follow-up engineering support on completed projects.

The DeBary project was part of a 3200MW repowering project. Ensured good engineering practices were employed in a safe and economic manner for installation, testing turnover. Supervised and managed the setting and installation of the GSU transformers. Created and performed remediation of hazardous waste spills and compliance with SPCC. Directed the planning and scheduling of all power plants electrical and controls instrumentation. Created plans for manpower and equipment to prevent subcontractors’ delays and coordinate schedule interference. Interpreted plans, specifications, subcontract requirements and provided follow-up engineering support on completed projects

Responsibilities included a strong understanding of stored energy devices technology and testing, as well as an excellent knowledge of batteries, ultra-capacitors and power electronics associated with their controls and functions. Designed and tested PC based data acquisition and test systems for device charging and discharging. Extensive work with DC exciters and AC regulators for generators; extensive work with inverters and and other enrgy conversion devices, like flywheels and compressed air systems; often spent as much time with speed regulating devices like Woodward governor controls to improve interface between the machines and the control systems.

Designed electrical equipment, facilities, components, circuitry, products, controls, instruments and systems for commercial, industrial and domestic purposes. Extensive circuit board design and use of PADS software to complete design and have boards manufactured for rapid prototyping of design and changes implemented. These designs were implemented to meet safe shutdown conditions implemented after Three Mile Island. Extensive testing for compliance with all applicable codes and industry standard. Designed and directed the fabrication of test control apparatus and equipment. Determined methods, procedures and conditions for testing products. Directed activities to ensure that manufacturing, construction, installation and operational testing conform to functional specifications and customer requirements. Provided follow-up engineering support to completed projects.

Extensive exposure to the design and implementation of a turbine control system for many Solar Turbine models and conversion of the design to be used on other turbines. Circuit board level design of fuel control valves and their interface to different control systems via PLC or DCS. Designed and tested analog and digital electronic circuitry. Provided troubleshooting and repairs to both analog and digital circuitry down to the component level. Provided instruction on circuit operation and performance to test engineers and technicians. Reviewed, investigated and analyzed failures, corrective actions and customer complaints. Performed sustaining engineering and design improvements for legacy designs. Created documentation for all changes and additions to previous designs.Completed receipt inspection, calibration and environmental testing.

Researched Naval combat system architectures, subsystem performance specifications and interface designs for accuracy and completeness. Supported CSIT and TBV testing. Created test documentation for missions and subsystems. Performed tests, problem isolation of RF software and hardware deficiencies. Performed data acquisition and analysis. Documented deficiencies and determined exact cause. Developed reports on the parameters of investigations, studies, results, and technical basis for analyses. Provided conclusions and full justification of advantages and alternatives.

Install and maintain electrical systems in businesses, and factories. Read blueprints, schematics or technical diagrams before doing work. Install and maintain wiring and lighting systems. Inspect electrical components, such as transformers and circuit breakers. While troubleshooting, identify electrical problems with a variety of testing devices such as; ammeters, voltmeters, and multimeters. Repair or replace wiring, equipment, or fixtures using hand tools and power tools. Follow state and local building regulations based on the National Electric Code. Direct and train workers to install, maintain, or repair electrical wiring or equipment. Electricians do both the installing and maintaining of electrical systems. Maintained older equipment, identifying problems and repairing malfunctioning equipment; Fix or replace outlets, circuit breakers, motors, or robotic control systems. Proficient with different types of hand and power tools, such as pipe benders, to run conduit and protect wiring. Maintains and repairs large motors, equipment, and control systems in businesses and factories. Uses knowledge of electrical systems to help facilities run safely and efficiently. Performs regularly scheduled maintenance to minimize equipment failure. Works work independently, but sometimes can collaborate with others. Experience working with building engineers and architects to help design electrical systems in new construction. Consults with other construction specialists, such as elevator installers and heating and air conditioning workers, to help install or maintain electrical or power systems. Supervised and directed helpers and apprentices to complete jobs.

Installs and repairs electronic equipment, such as computer, radar, missile-control, avionics, and communication systems, in field installations: Consults with customer or supervisor to plan layout of equipment. Studies blueprints, schematics, manuals, and other specifications to determine installation procedures. Installs or oversees installation of equipment according to manufacturer's specifications. Operates system to demonstrate equipment and to analyze malfunctions. Interprets maintenance manuals, schematics, and wiring diagrams, and repairs equipment, utilizing knowledge of electronics and using standard test instruments and hand tools. Instructs and directs workers in servicing and repairing equipment. Consults with engineering personnel to resolve unusual problems in system operation and maintenance. May instruct workers in electronic theory. May supervise workers in testing, tuning, and adjusting equipment to obtain optimum operating performance. May advise management regarding customer satisfaction, product performance, and suggestions for product improvements.

Tested, inspected, and directed repairs of power and lighting equipment, static magnetic amplifier equipment, voltage and speed regulators and static inverters; directed operation and control of system and circuits; planned, organized and directed the operation and maintenance of electrical systems; estimated time, materials, and labor required for repair of electrical systems and equipment; verified compliance with quality assurance procedures; performed casualty analysis; assigned personnel to watch stations; supervised training in operation, maintenance and casualty control; reviewed efficiency reports for subordinates; prepared ship trial reports. Conducted bench tests on electric governors: checked logic on solid state controllers: inspected switchboard equipment with power connected: estimated extent of casualty damage to equipment: removed, tested and replaced defective components in control panels: determined type and value of acceptable substitute components: checked electrical operating logs and maintenance records: prepared weekly maintenance schedules: instructed personnel in operation, maintenance and casualty control. Conducted bench tests on motor and generator windings: operates and maintains AC and DC equipment: installed new power and lighting circuits: connected shore power to main distribution bus of ship; inspected and maintained battery charges, and hoist/winch systems: maintains equipment calibration schedules: completed planned maintenance reports: inventories installed equipment and spare parts support. Operated standard test and metering equipment: made standard wire splices: detected and located grounds, open circuits, and short circuits in power circuits: soldered electrical connections: examined motors and generators for conditions and required maintenance: operated AC and DC generators: replaced bearings in generators and motors: prepares diesel generators for operation: read and interpreted schematic diagrams and electrical blueprints.