Enchanted Rock logo

Senior Solutions Engineer

Enchanted Rock

Houston, TXHybridFull-timeNo compensation foundPosted 1mo agoVerified open 4 days ago

Most applications go out cold — see where you stand first. No sign-up to start.

At a glance

Compensation
No compensation found
Location
Houston, TXHybrid
Schedule
Full-time
Work Authorization
Not specified

Requirements

Credentials this posting asks for.

Bachelor's degree

Job overview

Enchanted Rock is hiring a Senior Solutions Engineer. The Solutions Engineer serves as the technical lead for customer‑facing power generation and microgrid solutions, owning system architecture, technical scope, and solution development from early engagement through project handoff, combining strong electrical engineering fundamentals with customer consultation, technical leadership, and business strategy.

Key focus areas include Lead development of microgrid and distributed generation solutions for customer proposals, including system architecture, equipment sizing, and technical scope, Develop electrical system designs, including single‑line diagrams, layouts, and medium/low voltage system configurations, and Perform and support power system evaluations such as load, capacity, and reliability analyses.

Successful candidates bring Bachelor's Degree In Electrical Engineering, Bachelor's Degree In Electrical Engineering Technology, and Must Possess Mobility To Work In Standard Office Setting. Important skills include Communication, Presentation Skills, Leading Technical Discussions, Systems Thinking Mindset, Ownership Of Technical Decisions, and Solution Strategy. Preferred (not required): Power System Studies, Load Flow, Short Circuit Analysis, and Reliability Analysis.

Skills & qualifications

RequiredNice to have

Skills

CommunicationPresentation SkillsLeading Technical DiscussionsSystems Thinking MindsetOwnership of Technical DecisionsSolution StrategyEvaluate Challenges QuicklyDevelop Practical RecommendationsBuild Customer TrustMicrogrid Solutions DevelopmentDistributed Generation SolutionsSystem ArchitectureEquipment SizingTechnical Scope DefinitionElectrical System DesignsSingle-Line DiagramsLayoutsMedium Voltage System ConfigurationsLow Voltage System ConfigurationsPower System EvaluationsLoad EvaluationCapacity EvaluationReliability EvaluationTechnical Interface With CustomersCollaborationTechnical Content PreparationDesign Tradeoffs EvaluationSite VisitsDesign Assumptions ValidationPeer ReviewsQAConsistency of Technical DesignsEstimatesLow-Voltage Power SystemsMedium-Voltage Power SystemsGeneration SystemsElectrical DistributionInterpreting Electrical System DiagramsAnalytical CapabilitiesProblem-Solving CapabilitiesEngage Technical AudiencesPower System StudiesLoad FlowShort Circuit AnalysisReliability AnalysisETAPPSCADPSS/EMATLAB/SimulinkElectrical Equipment DesignTechnical DiscussionsSystems ThinkingTechnical DecisionsEvaluate ChallengesDistributed Generation Solutions DevelopmentTechnical ScopeWhiteboarding SessionsLow-Voltage Power Systems KnowledgeMedium-Voltage Power Systems KnowledgeGeneration Systems KnowledgeElectrical Distribution KnowledgeElectrical System Diagrams InterpretationTechnical Challenges EvaluationTranslate Requirements Into Engineering SolutionsCollaborative WorkElectrical Engineering FundamentalsCustomer ConsultationTechnical LeadershipBusiness StrategyProblem SolvingComplex Power System Concepts CommunicationComplex Electrical and Power System Concepts SimplificationSound Engineering JudgmentTechnical Decisions OwnershipSolution Strategy OwnershipPractical Recommendations DevelopmentMedium/Low Voltage System ConfigurationsPower System Layouts InterpretationRequirements Translation Into Engineering SolutionsTechnical and Non-Technical Audiences EngagementCustomer ServiceCreativityIngenuityShort CircuitComplex Problem SolvingTechnologyCustomer EngagementChallenges EvaluationCustomer Trust BuildingElectrical System Designs DevelopmentDrawingsNarrativesSupporting DocumentationCustomer EngagementsTechnical Designs Quality AssuranceEstimates Consistency AssuranceRequirements Translation Into Practical Engineering SolutionsStrong CommunicationElectrical Power Systems KnowledgeElectrical System DesignPower System EvaluationAutoCADLoad Flow AnalysisProtection Schemes KnowledgeRFP Process FamiliarityUtility Interconnection KnowledgeTechnical Discussion LeadershipEvaluate Technical ChallengesSingle-Line Diagram DevelopmentCustomer Technical InterfaceProposal Content PreparationDesign Tradeoff EvaluationSite Visit ParticipationPeer Review ConductingAnalytical Problem-Solving CapabilitiesEngage Non-Technical AudiencesAnalytical SkillsCross‑Functional CollaborationElectrical System DiagramsPower System LayoutsLoad Flow StudiesShort Circuit StudiesProtection SchemesRelaying ConceptsSystem CoordinationPower System Load Flow StudiesProtection Schemes and Relaying ConceptsSwitchgear DesignInterconnection SystemsRFP ProcessesStrong Communication SkillsAnalytical Problem SolvingTechnical Proposal DevelopmentDistributed Energy Resources (DER)Grid Services UnderstandingTechnical Scope DevelopmentSwitchgear

Qualifications

Bachelor's Degree in Electrical EngineeringBachelor's Degree in Related Field4+ Years Experience in Power Systems4+ Years Experience in Distributed Generation4+ Years Experience in Microgrids4+ Years Experience in Related FieldsDegree in Electrical Engineering Technology

Benefits

Medical Insurance
Dental Insurance
Vision Insurance
401(k) Match
Paid Time Off

Full job description

Apply Job Type Full-time Description We are ERock!

ERock is a leader and innovator in distributed energy. ERock has responded to long-term trends in electricity by becoming the first smart-grid supplier to US energy consumers. The company installs, operates, and integrates its highly flexible, low-cost, and quick-response distributed generation to increase reliability and stability, reduce costs and decrease carbon footprint.

At ERock, our backup generators ensure that customers will never be without power, allowing their business to operate normally when there is an outage in the area. Our innovative approach provides customers with highly reliable, ultra-clean backup generation at a fraction of the cost of traditional backup solutions. We seek those who share our commitment to customer service, innovation, and ingenuity.

Role Overview:

The Solutions Engineer serves as the technical lead for customer-facing power generation and microgrid solutions, owning system architecture, technical scope, and solution development from early customer engagement through project handoff.

This role combines strong electrical engineering fundamentals with customer consultation, technical leadership, and business strategy. Solutions Engineers work directly with customers to understand operational challenges, develop practical solutions, and communicate complex power system concepts in a clear and actionable way.

This is not a traditional design engineering role focused primarily on calculations, drafting, or detailed design packages. Instead, Solutions Engineers serve as trusted technical advisors, balancing reliability, performance, constructability, schedule, and commercial objectives to deliver executable solutions.

We're looking for engineers who enjoy leading technical discussions, solving complex problems, and serving as the technical leader in the room.

What We're Really Looking For:

We're seeking engineers who thrive at the intersection of technology, customer engagement, and problem solving.

The ideal candidate is someone who naturally steps into technical discussions, can simplify complex electrical and power system concepts, and builds confidence with customers through practical solutions and sound engineering judgment.

Success in this role requires:

  • Strong communication and presentation skills.
  • Confidence leading technical discussions with customers, utilities, EPC partners, executives, and internal teams.
  • A systems-thinking mindset that balances technical performance, reliability, schedule, constructability, and commercial objectives.
  • Ownership of technical decisions and solution strategy.
  • The ability to evaluate challenges quickly, develop practical recommendations, and build customer trust. This role is ideal for engineers who want to grow as technical leaders, trusted advisors, and customer-facing solution experts.

Key Responsibilities:

  • Lead development of microgrid and distributed generation solutions for customer proposals, including system architecture, equipment sizing, and technical scope.

  • Develop electrical system designs, including single-line diagrams, layouts, and medium/low voltage system configurations.

  • Perform and support power system evaluations (load, capacity, reliability) to inform design decisions.

  • Serve as the primary technical interface with customers, leading discussions, whiteboarding sessions, and presentations.

  • Collaborate cross-functionally with engineering, EPC, R&D, and product teams to develop optimized, executable solutions.

  • Prepare and communicate technical content for proposals, including drawings, narratives, and supporting documentation.

  • Evaluate design tradeoffs across cost, performance, constructability, and schedule.

  • Participate in site visits and customer engagements to validate design assumptions.

  • Conduct peer reviews to ensure quality and consistency of technical designs and estimates Requirements Required Qualifications & Experience:

  • Bachelor's degree in Electrical Engineering, Electrical Engineering Technology, or related field.

  • Strong knowledge of low-voltage and medium-voltage power systems, generation systems, and electrical distribution.

  • Experience developing and interpreting electrical system diagrams, including single-line diagrams and power system layouts.

  • Ability to evaluate technical challenges from a systems perspective and translate requirements into practical engineering solutions.

  • Strong analytical and problem-solving capabilities.

  • Excellent verbal and written communication skills.

  • Ability to effectively engage both technical and non-technical audiences.

  • Ability to work collaboratively across multiple disciplines and functions.

  • Physical requirements and working conditions: Must possess mobility to work in a standard office setting and to use standard office equipment, including a computer, stamina to maintain attention to detail despite interruptions, strength to lift and carry files weighing up to 20 pounds; vision to read printed materials and a computer screen, and hearing and speech to communicate in person and over the telephone/computer. Preferred Qualifications:

  • 4+ years (preferred) of experience in power systems, distributed generation, microgrids, or related fields.

  • Experience with power system studies such as load flow, short circuit, or reliability analysis.

  • Familiarity with power system modeling tools (e.g., ETAP, PSCAD, PSS/E, MATLAB/Simulink).

  • Experience with electrical equipment design and layout, including switchgear and interconnection systems.

  • Understanding of protection schemes, relaying concepts, and system coordination.

  • Proficiency with AutoCAD or similar design tools.

  • Experience supporting technical proposals, bids, or customer-facing engineering efforts.

  • Familiarity with RFP processes and working within defined commercial and technical constraints.

  • Exposure to utility interconnection, distributed energy resources (DER), or grid services. What Sets This Role Apart:

  • Direct customer engagement and ownership of technical solutions – not just back-end design.

  • Work on mission-critical infrastructure with real-world impact on customers and the grid.

  • Exposure to the full lifecycle: concept – proposal – execution.

  • Highly collaborative environment with access to cross-functional technical teams.

  • Opportunity to develop both deep technical expertise and strong commercial/strategic engineering skills.

  • Exposure to large-scale, real-world energy infrastructure projects.

  • Career growth across engineering, commercial, and technical leadership paths.

  • Collaborative, engineering-driven culture with high visibility and impact. Benefits:

  • Medical, Dental, Vision, and Prescription Drug Insurance

  • Company-Paid Life Insurance

  • Disability Insurance

  • Paid Family Leave

  • Flexible Spending Account (FSA)

  • Health Savings Account (HSA)

  • Wellness Programs and Incentives

  • 401(k) Retirement Plan & Company Match

  • Paid Time Off – Sick & Vacation Time

  • Paid Holidays

  • Hybrid Work Schedule (prefer Houston-based, ~3 days in office)

  • Cool Open-Office Concept

Do you have what it takes to join the ERock team? Send us your cover letter and resume today.

The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

ERock is committed to creating a diverse environment and is proud to be an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, gender identity or expression, sexual orientation, national origin, genetics, disability, age, or veteran status.

At ERock, we embrace diversity, including all the unique characteristics that make us human: race, age, sexual orientation, gender identity, religion, disability, and education — to name a few. We understand and recognize that diverse backgrounds and perspectives strengthen our teams and our business. The foundation of our diversity efforts is closely tied to our core values specifically our value of “The Team” which includes “Mutual Respect, Openness, and Honesty.”

You've read the whole posting — now see how you match it.