We are looking for a Distributed Energy Systems Designer to support the development and implementation of advanced distributed energy projects. This role focuses on designing and optimizing energy systems such as solar generation, battery storage, and other distributed power solutions for commercial and industrial applications. The ideal candidate has strong technical design experience in renewable or distributed energy systems and enjoys collaborating with engineering, project management, and operations teams to deliver high-performance energy solutions. Responsibilities - Design distributed energy systems including solar PV, battery storage, and related power infrastructure - Develop system layouts, electrical diagrams, and technical documentation for energy projects - Perform energy modeling, system sizing, and performance calculations - Support project teams with technical analysis during project development and engineering phases - Coordinate with engineers, project managers, and field teams to ensure design accuracy and feasibility - Assist with interconnection documentation and technical submissions for utilities and regulators - Review project specifications, equipment selections, and vendor documentation - Support troubleshooting and optimization of system designs during installation and commissioning - Maintain design documentation and ensure compliance with applicable codes and standards

Role Description We are looking for a Distributed Energy Systems Designer to support the development and implementation of advanced distributed energy projects. This role focuses on designing and optimizing energy systems such as solar generation, battery storage, and other distributed power solutions for commercial and industrial applications. The ideal candidate has strong technical design experience in renewable or distributed energy systems and enjoys collaborating with engineering, project management, and operations teams to deliver high-performance energy solutions. - Design distributed energy systems including solar PV, battery storage, and related power infrastructure - Develop system layouts, electrical diagrams, and technical documentation for energy projects - Perform energy modeling, system sizing, and performance calculations - Support project teams with technical analysis during project development and engineering phases - Coordinate with engineers, project managers, and field teams to ensure design accuracy and feasibility - Assist with interconnection documentation and technical submissions for utilities and regulators - Review project specifications, equipment selections, and vendor documentation - Support troubleshooting and optimization of system designs during installation and commissioning - Maintain design documentation and ensure compliance with applicable codes and standards Qualifications - Bachelor’s degree in Electrical Engineering, Energy Engineering, or a related technical field - Experience designing renewable or distributed energy systems - Familiarity with solar PV systems, battery storage, microgrids, or distributed generation technologies - Experience with electrical system design, single-line diagrams, and power system calculations - Knowledge of relevant electrical codes and standards - Proficiency with engineering design tools and modeling software used in energy system design - Strong analytical and problem-solving skills - Ability to collaborate with cross-functional engineering and project teams Requirements - Preferred Experience - Experience with commercial or industrial renewable energy projects - Knowledge of energy storage integration or microgrid systems - Familiarity with utility interconnection processes and permitting requirements - Professional engineering licensure or progress toward licensure Benefits - Competitive salary based on experience - Health insurance - Retirement plan options - Paid time off - Other company-sponsored programs

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description Revamp is seeking a Power Systems Studies Engineer with a strong emphasis on Electromagnetic Transient (EMT) analysis. This role focuses on performing transient overvoltage and switching studies using EMT simulation tools while maintaining competency in core power system analyses. This role contributes to Revamp's mission of accelerating the clean energy transition by delivering technically sound, defensible analyses that enable safe and reliable grid integration. Duties & Responsibilities - Technical Responsibilities and Focus Areas - Perform EMT-based transient studies including: - Temporary Overvoltage (TOV) - Transient Recovery Voltage (TRV) - Switching Overvoltage (SOV) - Lightning and surge analysis - Develop and execute simulations using PSCAD (primary) and/or EMTP-RV. - Evaluate insulation coordination and equipment duty under transient conditions. - Develop and validate system models, including inverter-based resources (PV, BESS). - Perform core power system studies including: - Power flow studies - Short-circuit studies - Harmonic analysis and mitigation assessment - Prepare engineering documentation and structured technical reports. - Translate study results into practical engineering recommendations (e.g., surge arrester selection, breaker ratings, insulation levels, harmonic filtering). - Project Related Responsibilities - Coordinate with internal discipline team members to complete assigned tasks. - Prepare structured, defensible technical reports suitable for client and utility review. - Attend project meetings and present specific aspects of assigned engineering work. - Interface directly with clients and utilities to define study scope, present results, and support technical discussions. - Additional Responsibilities - Maintain accurate project documentation and modeling files. - Support schedule coordination and timely delivery of assigned tasks. - May assist in developing work plans for assigned study tasks. - Complete essential duties including meeting assigned deadlines and deliverables. - Perform other related duties as required. Qualifications - Bachelor's degree in Electrical Engineering required; Master's degree or greater is desirable. - Minimum 2+ years of relevant experience in power systems studies. - Demonstrated experience using EMT simulation tools (PSCAD preferred; EMTP-RV acceptable). - Experience performing transient studies using EMT tools. - Working knowledge of: - Insulation coordination principles and standards - Power flow analysis - Short-circuit studies - Harmonic analysis fundamentals - Ability to evaluate and apply standard engineering techniques and procedures. - Effective written and verbal communication skills. - Ability to work collaboratively within multidisciplinary teams. Requirements - Experience with renewable energy plant studies (PV, BESS) and inverter-based resource modeling. - Familiarity with utility or ISO interconnection study processes. - Engineer-in-Training (EIT) certification. - Professional Engineer (PE or Canadian P. Eng) licensure is desirable. Benefits - Participation in Revamp's Employee Ownership ESOP program. - Competitive compensation with bonus. - Full benefits package including 99% employer-paid health, vision, life, and dental insurance. - Medical, dependent care, and commuter FSA. - Monthly health and wellness stipend. - Attractive vacation, sick, and holiday pay. - Paid parental leave. - 401(k) savings plan with 100% match up to 6%, vested immediately. - Paid volunteer time off and charitable donation matching. Company Description Founded in 2016, Revamp is the premier employee-owned engineering design firm dedicated to advancing large-scale renewable energy projects. Our team is united by a shared commitment to accelerating the global energy transition and creating a workplace where talented people can make a tangible impact in the fight against climate change. As employee-owners, we take pride in building a culture of collaboration, innovation, and accountability where every individual's contribution drives both company success and personal growth. Revamp engineers have supported the design of more than 10% of the utility-scale solar generation capacity in the US since 2020, contributing directly to the renewable energy transformation. So much more than just an engineering firm; we are a diverse, international team of immigrants, singers, dancers, pastry chefs, outdoor enthusiasts, animal lovers, travelers and problem-solvers who bring curiosity and creativity to everything we do.

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description Tritium is seeking a Principal Charging Infrastructure Engineer to bring deep expertise in EV charging deployment and electrical infrastructure design. This role sits at the intersection of customer engineering, infrastructure planning, and product development. You will work closely with leading charging network operators, utilities, and infrastructure developers across North America to design robust charging solutions and ensure Tritium products integrate seamlessly into real-world installations. You will also provide critical insight back to Tritium’s product engineering teams, helping shape future products based on real deployment experience. This is a high-impact individual contributor role suited to someone who has played a leading role in EV charging infrastructure deployments and understands the practical realities of building charging networks at scale. What You’ll Be Responsible For - Technical Leadership in Charging Infrastructure: - Serve as a senior technical authority supporting the design and deployment of large-scale EV charging infrastructure. - Provide guidance on site electrical design, grid integration, and charging system architecture. - Advise customers and internal teams on best practices for reliable, scalable charging deployments. - Customer and Industry Engagement: - Work directly with customer engineering teams, infrastructure planners, and utilities to support charging network deployments. - Translate customer site requirements into robust technical solutions aligned with Tritium products. - Participate in high-level technical discussions with senior stakeholders and executive leadership. - Infrastructure Design Expertise: - Develop site design concepts including electrical layouts, cable schedules, protection systems, and equipment specifications. - Ensure designs comply with North American electrical standards including NEC and related regulatory requirements. - Support both grid-connected and off-grid charging infrastructure scenarios. - Product Development Insight: - Provide feedback to Tritium engineering teams based on real-world installation and deployment challenges. - Participate in product design reviews to ensure future products are optimized for deployment efficiency and installation simplicity. - Help shape reference architectures and best practices for EV charging infrastructure. Qualifications - 10+ years experience designing or deploying electrical infrastructure for industrial power systems, energy systems, or power electronics. - Direct experience supporting EV charging infrastructure deployments. - Strong knowledge of North American electrical codes and standards (NEC). - Experience designing site electrical systems including protection coordination, breaker selection, and cable sizing. - Experience producing AutoCAD-based electrical layouts or site designs. - Experience working with utilities, charging network operators, or large infrastructure projects. Ideal Background - EV charging infrastructure engineering. - Charging network deployment engineering. - Electrical infrastructure design for energy or transportation systems. - Power systems engineering supporting EV charging. - Experience with DC fast charging deployments is particularly valuable. Why This Role Matters EV charging infrastructure is one of the most critical challenges in the global energy transition. Tritium’s products power charging networks around the world, and the success of those deployments depends on engineers who understand how infrastructure works in the real world. In this role, you will directly influence how charging networks are designed, deployed, and integrated with next-generation charging technology.