• Work closely with Geospatial Leadership and Project Leads to meet project expectations.
• Perform post-processing procedures according to internal guidelines and industry best practices.
• Create final deliverables based on project scope for various markets ready for the client as final deliverables.
• Assit the Project Lead in managing technicians and workloads.
• Assit with data management and archiving.
• Conduct thorough quality control checks to ensure the accuracy and reliability from technicians.
• Assist in the development and implementation of standard operating procedures for geospatial deliverables.

• Performs all aspects of design for high voltage (4kV – 230kV) and EHV (above 230kV) substation projects to include:
  • Development of
    • One-line diagrams
    • Three-line diagrams
    • Potential and current schematics
    • Control schematics
    • Alarm schematics
    • Communications schematics
    • Wiring Diagrams
    • Protection and control specifications (Preferred)
    • I/O mapping (Preferred)
    • Points mapping (Preferred)
    • Relay settings (Preferred)
    • Documentation for Design Calculations
    • Construction Documentation (Sequence and RFP)
  • Technical Support
    • Procurement
    • Construction
  • Active Coordination
    • Ability to work seamlessly with a P&C Designer to develop the above listed schematics as well as the associated wiring diagrams.
    • Ability to coordinate efforts with other various external and internal project team members, with familiarity in identifying when coordination is needed with certain design disciplines such as transmission line engineers, distribution line engineers, telecom engineers, etc.
  • Other Expectations
    • Keenly focused on production of high-quality work and supports continuous improvement efforts.
    • Enjoys working in a fast-paced environment on multiple projects.
    • Responsible for assisting with identification of key client interests and drivers and may determine the key clients in some instances.
    • Communicates client interests and drivers to project team members and develops approaches to accommodate these concerns in the performance of the work.
    • Serves as a technical specialist for system protection and communication and has knowledge and skillset to provide consultation and guidance to project teams.
    • Remove any impediments that are obstructing the engineering team from achieving its goals.
    • Works to advise Management about how to maximize ROI for the team.
    • Attending all client technical review meetings.

SALARY RANGE: $80,000-$125,000+ (depending on expereience)

• Performs all aspects of design for high voltage (4kV – 230kV) and EHV (above 230kV) substation projects to include:
  -One-line diagrams
  -Three-line diagrams
  -Potential and current schematics
  -Control schematics
  -Alarm schematics
  -Communications schematics
  -Wiring Diagrams
  -Protection and control specifications
  -I/O mapping
  -Documentation for Design Calculations
  -Construction Documentation (Sequence and RFP)
  -Technical Support
  -Procurement and Construction Coordination
  -Ability to work seamlessly with a P&C Designer to develop the above-listed schematics as well as the associated wiring diagrams.
  -Ability to coordinate efforts with other external and internal project team members, with familiarity in identifying when coordination is needed with certain design disciplines such as transmission line engineers, distribution line engineers, telecom engineers, etc.

• Other Expectations
  -Leverages experience by mentoring and training lower-level professionals including top graduates entering the field of system protection.
  -Keenly focused on the production of high-quality work and supports continuous improvement efforts.
  -Enjoys working in a fast-paced environment on multiple projects.
  -Responsible for assisting with the identification of key client interests and drivers
  -Communicates client interests and drivers to project team members and develops approaches to accommodate these concerns in the performance of the work.
  -Serves as a technical specialist for system protection and communication and has knowledge and skillset to provide consultation and guidance to project teams.
  -Works to advise Management about how to maximize effectiveness and efficiency for the team.
  -Attending client technical review meetings.
  -Act as project technical lead and QA/QC lead, as needed.

SALARY RANGE: $120,000-$145,000+ (depending on expereience)

1. Develop and implement strategic business development plans to achieve company objectives and revenue targets within the electric utility industry.
2. Identify and cultivate new business opportunities through proactive prospecting, networking, and relationship-building with utility executives, decision-makers, and stakeholders.
3. Conduct market research and analysis to identify emerging trends, client needs, and competitive landscape within the electric utility sector.
4. Lead the development and presentation of proposals, pitches, and presentations to prospective clients, showcasing our firm's expertise, capabilities, and value proposition.
5. Collaborate closely with internal teams, including consultants, project managers, and subject matter experts, to develop tailored solutions and proposals that meet client needs and address industry challenges.
6. Manage the end-to-end sales process, from initial contact through contract negotiation and close, ensuring a seamless transition to project delivery teams.
7. Maintain and nurture ongoing relationships with existing clients, serving as a trusted advisor and seeking opportunities for additional engagements and upselling of services.
8. Represent [Company Name] at industry conferences, events, and networking forums to raise awareness of our brand, build relationships, and generate leads.
9. Stay abreast of industry developments, regulatory changes, and emerging technologies impacting the electric utility sector, and leverage insights to inform business development strategies.
10. Provide regular reporting and updates on sales pipeline, client interactions, and business development activities to senior management.

SALARY RANGE: $110,000-$150,000+ (depending on expereience)

• Utilizes computer aided drafting, design software and various other computer software packages to assist in the preparation of construction details, design plans, reports, and meeting exhibits.
• Transfers information in numerical, written and sketched, or electronic format from engineering markups and computer files to final plans and maps.
• Visualizes and illustrates concept or designs in 2 or 3 dimensions.
• Performs tasks under close supervision or from detail procedures.

• Performs all aspects of design for high voltage (4kV – 230kV) and EHV (above 230kV) substation projects to include:
  -One-line diagrams
  -Three-line diagrams
  -Potential and current schematics
  -Control schematics
  -Alarm schematics
  -Communications schematics
  -Wiring Diagrams
  -Protection and control specifications
  -I/O mapping
  -Documentation for Design Calculations
  -Construction Documentation (Sequence and RFP)
  -Technical Support
  -Procurement and Construction Coordination
  -Ability to work seamlessly with a P&C Designer to develop the above-listed schematics as well as the associated wiring diagrams.
  -Ability to coordinate efforts with other external and internal project team members, with familiarity in identifying when coordination is needed with certain design disciplines such as transmission line engineers, distribution line engineers, telecom engineers, etc.

• Other Expectations
  -Leverages experience by mentoring and training lower-level professionals including top graduates entering the field of system protection.
  -Keenly focused on the production of high-quality work and supports continuous improvement efforts.
  -Enjoys working in a fast-paced environment on multiple projects.
  -Responsible for assisting with the identification of key client interests and drivers
  -Communicates client interests and drivers to project team members and develops approaches to accommodate these concerns in the performance of the work.
  -Serves as a technical specialist for system protection and communication and has knowledge and skillset to provide consultation and guidance to project teams.
  -Works to advise Management about how to maximize effectiveness and efficiency for the team.
  -Attending client technical review meetings.
  -Act as project technical lead and QA/QC lead, as needed.

Project Leadership

• Lead the overall direction and coordination of civil engineering projects, ensuring alignment with project goals and client expectations.
• Manage project teams, providing guidance and support to ensure successful project execution.

BESS Design and Implementation

• Oversee the design and implementation of Battery Energy Storage Systems (BESS), ensuring compliance with industry standards and regulations.
• Collaborate with multidisciplinary teams to integrate BESS solutions into renewable energy projects.

Quality Assurance and Quality Control

• Establish and maintain quality assurance and quality control processes for civil engineering designs, including BESS components.
• Conduct regular reviews and audits of project deliverables to ensure adherence to quality standards.

Project Execution

• Manage the execution of civil engineering design activities, ensuring timely completion of project milestones and deliverables.
• Coordinate with contractors and stakeholders to facilitate smooth project execution.

Technical Analysis and Problem Solving

• Perform technical analysis related to civil engineering and BESS design, addressing any engineering challenges that arise.
• Develop innovative solutions to optimize project outcomes.

Client Engagement

• Maintain strong relationships with clients, providing updates on project progress and addressing any concerns related to civil engineering and BESS activities.
• Prepare and present project proposals and reports to clients and stakeholders.

Regulatory Compliance

• Ensure all civil engineering designs, including BESS components, comply with local, state, and federal regulations.
• Stay informed about changes in regulations and industry standards related to renewable energy and BESS.

Team Leadership and Development

• Mentor and guide junior engineers and team members in civil engineering practices and BESS design.
• Foster a collaborative and innovative team environment.

Budget and Resource Management

• Develop and manage project budgets, ensuring efficient allocation of resources for civil engineering and BESS activities.

Continuous Improvement

• Identify opportunities for process improvements in civil engineering design and BESS implementation.
• Stay updated on industry trends and advancements in renewable energy and BESS technologies

Project Leadership

• Lead the overall direction and coordination of civil engineering projects, ensuring alignment with project goals and client expectations.
• Manage project teams, providing guidance and support to ensure successful project execution.

BESS Design and Implementation

• Oversee the design and implementation of Battery Energy Storage Systems (BESS), ensuring compliance with industry standards and regulations.
• Collaborate with multidisciplinary teams to integrate BESS solutions into renewable energy projects.

Quality Assurance and Quality Control

• Establish and maintain quality assurance and quality control processes for civil engineering designs, including BESS components.
• Conduct regular reviews and audits of project deliverables to ensure adherence to quality standards.

Project Execution

• Manage the execution of civil engineering design activities, ensuring timely completion of project milestones and deliverables.
• Coordinate with contractors and stakeholders to facilitate smooth project execution.

Technical Analysis and Problem Solving

• Perform technical analysis related to civil engineering and BESS design, addressing any engineering challenges that arise.
• Develop innovative solutions to optimize project outcomes.

Client Engagement

• Maintain strong relationships with clients, providing updates on project progress and addressing any concerns related to civil engineering and BESS activities.
• Prepare and present project proposals and reports to clients and stakeholders.

Regulatory Compliance

• Ensure all civil engineering designs, including BESS components, comply with local, state, and federal regulations.
• Stay informed about changes in regulations and industry standards related to renewable energy and BESS.

Team Leadership and Development

• Mentor and guide junior engineers and team members in civil engineering practices and BESS design.
• Foster a collaborative and innovative team environment.

Budget and Resource Management

• Develop and manage project budgets, ensuring efficient allocation of resources for civil engineering and BESS activities.

Continuous Improvement

• Identify opportunities for process improvements in civil engineering design and BESS implementation.
• Stay updated on industry trends and advancements in renewable energy and BESS technologies

• Work with lead design engineers and clients to develop electrical models and studies to support the project design process.
• Develop detailed system models that accurately represent the plant in design and perform a variety of studies, including short circuit and effective grounding, load flow and reactive power, harmonics, insulation coordination, power and energy loss, concentric neutral induced voltage, arc flash, grounding, lightning risk assessments, and transient studies for switching and overvoltage.
• Produce written reports conveying study results within the project schedule.
• Coordinate with internal project leads and project managers, as well as external clients, owners, and related engineers (such as independent and owner’s engineers).
• Review the work of others performing similar studies to ensure product quality prior to client submission.

• Work with lead design engineers and clients to develop electrical models and studies to support the project design process.
• Develop detailed system models that accurately represent the plant in design and perform a variety of studies, including short circuit and effective grounding, load flow and reactive power, harmonics, insulation coordination, power and energy loss, concentric neutral induced voltage, arc flash, grounding, lightning risk assessments, and transient studies for switching and overvoltage.
• Produce written reports conveying study results within the project schedule.
• Coordinate with internal project leads and project managers, as well as external clients, owners, and related engineers (such as independent and owner’s engineers).
• Review the work of others performing similar studies to ensure product quality prior to client submission.