main banner

The future is clean

Trusted around the world, by big, and by small.

Don’t just take our word for it

LiveWire - Client
Group Chief Engineer, Advanced Engineering, LiveWire (A division of Harley Davidson)
Viriciti - Client
Managing Director, Viriciti LLC
LiveWire - Client 2
Head of Recruiting, LiveWire (A division of Harley Davidson)
GKN - Client
Technical Capability Director, GKN Aerospace
7x Energy Candidate
Controller, 7X Energy

“We’ve been partnering with Piper Maddox since late 2018 to find leading talent across multiple disciplines in EV systems, infotainment and connectivity. Piper Maddox has consistently demonstrated their understanding of our industry and their connection to some of the best in these spaces, from individual contributors to front-line and executive leaders. The relationship we have with them results in quick alignment on what’s most important in each role and a stream of pre-screened well-qualified candidates. Piper Maddox has enabled us to build all-new high-caliber teams faster than most thought was possible.”

Find your next
role in clean energy

New
Grid Connection Engineer
$120k - 150k per year
Houston, Texas, United States
Permanent
Hybrid

Senior Grid Interconnection Engineer - Boston or Houston Position OverviewI am partnered with a leading organization within the renewable energy sector is seeking a Senior Grid Interconnection Engineer to support utility-scale power projects through the full interconnection and project lifecycle. This position will provide technical leadership on grid connection activities from early development through design, construction, commissioning, and commercial operation. The engineer will work across internal teams and with utilities, transmission providers, system operators, engineering consultants, equipment suppliers, contractors, and other external stakeholders. The role will also involve reviewing technical work, resolving complex power-system and interconnection issues, coordinating external engineering resources, and providing technical guidance to more junior members of the engineering team. Responsibilities Serve as a senior technical resource for grid interconnection matters and maintain working relationships with applicable transmission providers, utilities, and system operators throughout project development and execution.Assist project development activities by evaluating interconnection considerations, feasibility, technical requirements, and associated costs, as well as supporting preparation and submission of interconnection requests.Provide engineering input on grid connection requirements throughout the project lifecycle, including development, engineering, construction, commissioning, and transition into commercial operation.Work with Energy Management on technical aspects of PPA-related activities and support NERC compliance efforts where grid-related engineering input is required.Direct and review third-party engineering work associated with interconnection and provide technical assistance for projects progressing through construction and toward COD.Review and evaluate electrical studies required for connection to the transmission system and assess their technical conclusions.Work directly with generation equipment suppliers on grid compliance requirements and evaluate the interaction between generating facilities and the transmission/distribution network through appropriate power-system simulations.Coordinate electrical engineering requirements and technical interfaces with the applicable interconnecting utility.Review and coordinate technical documentation associated with interconnection requests, connection authorization, and ongoing operation and maintenance requirements, including applicable connection, operating, and power purchase agreements.Evaluate technical requirements associated with ancillary services and grid-support functions and develop solutions to satisfy transmission system requirements.Track changes to applicable grid codes, regulations, and technical requirements and determine their potential effect on projects.Manage and participate in electrical design reviews involving consultants, contractors, subcontractors, utilities, transmission providers, and system operators.Review technical questions and Requests for Information and coordinate appropriate responses.Evaluate available transmission capacity within prospective project areas by reviewing studies and technical information provided by transmission organizations.Direct and review interconnection studies during both project development and construction.Provide technical mentoring and direction to less experienced members of the grid interconnection engineering group. Required Capabilities Willingness and ability to travel domestically and internationally for project meetings and site-based support.Ability to work effectively within a global business environment and matrix organizational structure.Comfortable collaborating with engineering, development, commercial, operations, and other multidisciplinary teams, including colleagues and stakeholders from different cultural backgrounds.Strong analytical, organizational, and problem-solving skills.Effective written and verbal communication.Strong attention to detail and ability to manage technical documentation.Ability to independently manage complex assignments while balancing multiple projects and deadlines.Strong planning and time-management capabilities.Valid driver's license.Proficiency with Microsoft Office and AutoCAD. Education & Experience Bachelor's degree in Electrical Engineering required.Master's degree in Power Systems preferred.7–10 years of engineering experience, including approximately 5 years working with utility-scale electrical power systems.At least 2 years of experience involving the interconnection of power generation resources to transmission-level systems.Fluent English communication skills.Strong understanding of electrical power systems covering generation, substations, transmission, and distribution.Understanding of how U.S. ISOs and Transmission Owners operate and interact within the interconnection process.Knowledge of the technical requirements established by ISOs and Transmission Owners.Experience with grid interconnection agreements.Broad electrical power-system engineering experience.Experience supporting or preparing interconnection applications.Ability to coordinate electrical and SCADA design interfaces associated with an interconnecting utility.Experience with electrical grid interconnection studies, including system impact, facilities, fault, loss, relay coordination, and related studies.Experience with power-system modeling and simulation software, including platforms such as DigSILENT, ETAP, NEPLAN, or equivalent tools.Familiarity with NERC and FERC reliability requirements and applicable NEC, NESC, IEEE, and ANSI engineering standards.

New
Principal Electrical Engineer
$180k - 190k per year
Houston, Texas, United States
Permanent
Hybrid

Principal Electrical Engineer | Renewable Energy | Boston, MA or Houston, TX The Opportunity Role: Principal Electrical Engineer Location: Boston, MA or Houston, TX I'm working with a major renewable energy organization looking to add a Principal Electrical Engineer to its engineering team.This is a senior technical position focused on the electrical infrastructure behind large-scale renewable energy projects. The engineer will support projects across solar, wind, and battery storage, with particular emphasis on high-voltage systems, power systems design, and grid interconnection.The role offers exposure across the full project lifecycle, from early-stage technical evaluation and design through construction, commissioning, and operating assets. It is well suited to someone who has spent significant time in utility-scale power and is comfortable acting as the technical lead on complex electrical engineering matters.What You'll Be Doing Lead and review electrical engineering work for utility-scale renewable energy projects.Provide technical expertise around HV electrical systems, substations, power systems, and grid interconnection.Review engineering drawings, electrical studies, design packages, and technical reports produced internally and by third-party engineering partners.Support projects during development, detailed engineering, construction, commissioning, and operations.Evaluate electrical designs and identify technical risks, design issues, and opportunities for improvement.Work alongside project development, construction, operations, and other engineering disciplines to resolve complex technical issues.Support technical assessments of prospective renewable energy projects and assets.Contribute electrical engineering expertise to permitting, project specifications, procurement processes, and contractor scopes.Support regulatory and reliability-related engineering activities, including applicable NERC requirements.Coordinate with external engineering firms, utilities, EPC contractors, OEMs, and other technical partners.Establish and maintain strong engineering and quality standards across projects.Provide technical guidance and mentorship to other engineers while serving as a senior point of contact for electrical engineering questions. What We're Looking For Bachelor’s degree in Electrical Engineering; an advanced degree is a plus.Approximately 12+ years of electrical engineering or power systems experience.Significant hands-on experience with power systems design.At least 5 years of experience within renewable energy, ideally supporting utility-scale generation or storage projects.Strong knowledge of high-voltage and medium-voltage electrical infrastructure.Experience with substations, transformers, protection and controls, electrical balance of plant, and grid-connected generation.Strong understanding of utility interconnection processes and requirements.Experience reviewing electrical design packages and engineering studies.Exposure to the construction, commissioning, or operation of power generation assets.Understanding of applicable power generation standards, reliability requirements, and regulatory frameworks.Experience with power system modeling or simulation tools such as PSS/E, PSCAD, PowerFactory, NEPLAN, or comparable software.AutoCAD familiarity is beneficial.PE licensure is preferred but not required.Ability to independently lead complex technical work and communicate effectively with both technical and non-technical stakeholders.Willingness to travel periodically for project meetings and site support. Who This Could Be a Fit ForThis opportunity could be a strong match for someone currently working as a Principal Electrical Engineer, Lead Electrical Engineer, Senior Electrical Engineer, Power Systems Engineer, Substation Engineer, or Engineering Technical Lead within renewable energy, utilities, power generation, or an engineering consultancy.The strongest candidates will combine deep electrical engineering expertise with practical experience taking large-scale generation projects from design and interconnection through construction and operation.

New
Account Executive
€70k - 90k per year
Munich, Bayern, Germany
Permanent
Hybrid

Account Executive – Solar Technology & SoftwareLocation: MunichSector: Renewable Energy / SaaS / Climate Tech Our client is a global technology business transforming how solar and clean-energy companies sell, design and deliver projects. Its market-leading platform brings together advanced solar design, 3D modelling, geospatial data, AI, sales proposals, battery storage and wider home electrification into one integrated solution.Already trusted by leading solar businesses globally, the company is continuing to expand across Europe and is looking to appoint an ambitious Account Executive to drive new business growth. This is a genuinely exciting opportunity to sit at the intersection of renewable energy, SaaS and AI.The platform helps customers to: Design solar and battery storage systems more accurately and efficiently.Create interactive, high-quality customer proposals.Reduce manual processes and shorten sales cycles.Improve design accuracy and reduce costly rework.Model solar, storage and wider home electrification solutions.Utilise AI to automate areas such as site modelling and energy forecasting.Streamline contracts, documentation and operational workflows.Integrate with existing CRM, ERP and business systems. As solar companies increasingly move towards battery storage, heat pumps and whole-home electrification, the business is exceptionally well positioned for continued growth. As an Account Executive, you will own the full sales cycle, working with solar installers, EPCs, developers and other renewable energy businesses across Europe. This is a consultative sales role where you will engage with senior stakeholders, understand their commercial and operational challenges, and build compelling business cases around how technology can improve their performance. Key Responsibilities Manage the full sales cycle from prospecting through to close.Develop relationships with senior decision-makers across the renewable energy sector.Conduct in-depth discovery to understand customer challenges and workflows.Build strong commercial cases around increased sales performance and operational efficiency.Deliver engaging presentations, demonstrations and proposals.Develop and manage strategic opportunities and larger accounts.Work closely with internal technical and customer teams throughout the sales process.Negotiate commercial agreements and close new business.Maintain an accurate pipeline and sales forecast. What We're Looking For Proven experience in B2B SaaS or consultative technology sales.A strong track record of winning new business.Experience managing complex sales cycles.Excellent discovery and consultative selling skills.Comfortable engaging with senior and C-level stakeholders.Strong commercial and strategic thinking.Excellent presentation and communication skills.Ability to understand technical products and translate them into clear business value.Ambitious, proactive and comfortable operating in a high-growth environment. Experience within solar, renewable energy, climate tech or construction technology would be advantageous but is not essential. This is far more than a traditional software sales position. You'll be selling technology that directly impacts how renewable energy businesses operate — helping them sell faster, design better, reduce costs and scale more effectively. With solar, storage and electrification markets continuing to grow rapidly, this is an opportunity to join a genuinely innovative business with a strong product, significant market traction and a major growth opportunity across Europe. If you're interested, please apply below:

1 day ago
Senior Comissiong Manager BESS (Germany)
€100k - 120k per year + Bonus + Benefits
Munich, Bayern, Germany
Permanent
On-site

Job Title: Senior BESS Commissioning ManagerLocation: Germany Projects: Germany & EuropeSalary: Up To €120,000 + Bonus + Benefits The OpportunityWe are supporting a rapidly growing energy storage business with the recruitment of an experienced Senior BESS Commissioning Engineer to lead and support the commissioning, testing and successful delivery of large-scale Battery Energy Storage System (BESS) projects across Europe.This is a highly hands-on technical role for an experienced commissioning or electrical engineer with a strong background in BESS, renewable energy, power systems or electrical equipment. You will take ownership of commissioning activities on site, leading technical troubleshooting, fault diagnosis, system testing and customer acceptance. You will work closely with Project Management, R&D, Quality and After-Sales teams to resolve complex technical issues and ensure projects are delivered safely, efficiently and to schedule. The role would suit an experienced BESS Commissioning Engineer, Senior Commissioning Engineer, Field Service Engineer or Electrical Engineer looking to take on greater responsibility within the rapidly expanding energy storage market. Key ResponsibilitiesBESS Commissioning & Delivery Take ownership of commissioning activities for large-scale BESS projects from initial energisation through testing, SAT and final handover. Lead and execute commissioning activities across battery containers/cabinets and associated electrical, thermal, fire protection and control systems. Develop and manage commissioning plans, testing procedures and site activities in line with project requirements and schedules. Coordinate with site teams, subcontractors, customers and internal engineering teams to ensure commissioning milestones are achieved. Identify technical risks early and implement solutions to minimise project delays. Electrical & System CommissioningLead the commissioning, testing and troubleshooting of key BESS subsystems, including: Battery systems and battery containers Fire Suppression Systems (FSS) Liquid Cooling / Thermal Management Systems (TMS/HVAC) DC systems up to 1500V DC Auxiliary AC systems (220V / 400V AC) Battery Management Systems (BMS) BMS communication and control systems Protection and monitoring systems PCS & EMS Commissioning Lead or support the commissioning and functional testing of Power Conversion Systems (PCS) and Energy Management Systems (EMS). Understand the operating principles and interfaces between BESS, PCS, EMS and grid systems. Troubleshoot system-level issues across battery, PCS, EMS and grid interfaces. Work with internal R&D and engineering teams to resolve complex commissioning and integration issues. Fault Finding & Technical Troubleshooting Take ownership of technical fault diagnosis and resolution during commissioning. Analyse electrical, communication, control and system-level faults using appropriate testing and diagnostic methods. Develop corrective actions and drive technical issues through to resolution. Provide technical guidance to less experienced engineers and site personnel. Identify recurring technical issues and provide structured feedback to R&D and product engineering teams. Maintain clear records of commissioning issues, root causes, corrective actions and final resolution. Testing, SAT & Grid Connection Lead and participate in Site Acceptance Testing (SAT) and system performance testing. Support energisation and grid connection activities. Coordinate testing between BESS, PCS, EMS, protection systems and grid infrastructure. Support project acceptance, commissioning documentation and final customer handover. Ensure all commissioning results and technical documentation meet project requirements. Customer & Stakeholder Management Act as a senior technical representative on site, working directly with customers, EPC contractors and project stakeholders. Provide technical explanations and recommendations to customers throughout commissioning. Support customer training covering system operation, maintenance and troubleshooting. Manage technical discussions confidently with both internal engineering teams and external stakeholders. Build strong working relationships with customers and project partners. Project & Team Coordination Coordinate commissioning activities with Project Management, Engineering, R&D, Quality and After-Sales teams. Take ownership of commissioning schedules and ensure technical activities remain aligned with overall project milestones. Coordinate subcontractors and other site resources where required. Provide technical leadership and guidance to junior commissioning engineers. Support the development and standardisation of commissioning procedures and best practices. Health & Safety Ensure all commissioning activities are carried out in accordance with EHS requirements, electrical safety procedures and site regulations. Take responsibility for safe working practices during energisation, testing and fault-finding activities. Identify and mitigate electrical and site-specific risks before commissioning work begins. What We're Looking For 5+ years of professional experience in commissioning, field service, electrical engineering or a closely related technical discipline. Strong hands-on experience commissioning BESS, renewable energy, power systems, electrical equipment or similar complex electrical systems. Proven experience taking ownership of commissioning activities from energisation through to SAT, acceptance and handover. Strong practical understanding of BMS, PCS and EMS, including their interfaces and operating principles. Experience troubleshooting electrical, communication and control-system faults in live project environments. Strong understanding of DC systems up to 1500V and AC auxiliary systems. Ability to read and interpret: Electrical schematics Wiring diagrams Single-line diagrams Communication topology drawings Experience with industrial communication protocols such as CAN and Modbus RTU/TCP. Good understanding of primary and secondary electrical systems. Experience with grid connection, substations, protection systems or power plant commissioning is highly advantageous. Strong knowledge of electrical commissioning and testing methodologies. Ability to independently diagnose problems, identify root causes and implement corrective actions. Experience working directly with customers, EPC contractors and subcontractors on technical issues. Strong project coordination and stakeholder management skills. Bachelor's degree or higher in Electrical Engineering, Energy Engineering, Renewable Energy, Communication Engineering or a related discipline. Fluent English for technical, customer and project communication. Mandarin Chinese proficiency is required for communication with internal engineering and project teams. Willingness to travel extensively and undertake long-term international assignments, particularly across Europe. Ideal Candidate BackgroundWe are particularly interested in experienced professionals from backgrounds such as: Senior BESS Commissioning Engineer | Senior Commissioning Engineer | BESS Field Service Engineer | Senior Field Service Engineer | Electrical Commissioning Engineer | HV Commissioning Engineer | Power Systems Engineer | Renewable Energy Commissioning Engineer | Battery Storage Engineer Candidates with direct experience commissioning utility-scale BESS projects will be highly attractive. Strong candidates from PV, substations, power generation, HV electrical systems or other complex renewable-energy commissioning environments may also be considered. What Makes the Role Attractive?This is an opportunity to play a key technical role in the delivery of large-scale BESS projects across Europe, working directly with cutting-edge battery storage technology. You will have significant ownership of commissioning activities and direct exposure to BMS, PCS, EMS, grid connection, system integration and customer acceptance. For an experienced commissioning engineer, the role offers the opportunity to become a senior technical specialist within a rapidly expanding energy storage business, while working across major international projects.

1 day ago
EPC Site Manager (Germany)
€90k - 120k per year + Bonus + Benefits
Munich, Bayern, Germany
Permanent
On-site

Job Title: Site Manager / Construction Manager – Energy Storage EPCLocation: Germany Projects: Germany & InternationallySalary: Up To €120,000 + Bonus DOE The OpportunityWe are supporting a rapidly growing energy storage business with the recruitment of an experienced Site Manager / Construction Manager to take ownership of the on-site delivery of large-scale BESS/Energy Storage EPC projects across Europe. This is a hands-on role for an experienced construction professional who can take responsibility for the full on-site project lifecycle, from pre-construction planning and site mobilisation through to installation, commissioning, handover and close-out. You will act as the key on-site interface between the company, EPC partners, subcontractors, suppliers, clients and internal engineering/project teams, ensuring projects are delivered safely, on time, to the required quality standards and within budget. The role would suit someone with a strong background in BESS, PV or other renewable-energy EPC construction, who is comfortable working in an international environment and communicating directly with German-speaking subcontractors and construction teams. Key ResponsibilitiesSite & Construction Management Take end-to-end responsibility for the on-site delivery of energy storage EPC projects, from construction planning and mobilisation through to completion and handover.Develop and manage construction schedules, ensuring key project milestones are achieved.Coordinate day-to-day site activities, construction teams, subcontractors, suppliers and other project stakeholders.Monitor construction progress and proactively identify and resolve issues that could impact project delivery.Ensure all construction activities are carried out in accordance with contractual requirements, approved designs and relevant European standards. Stakeholder & Interface Management Act as the primary on-site point of contact for subcontractors, construction partners, clients, suppliers and local stakeholders.Coordinate closely with Engineering, Design, Procurement, Commercial and O&M teams to ensure effective project execution.Resolve technical discrepancies, resource constraints and cross-discipline interface issues on site.Provide clear construction instructions and ensure actions are followed through to completion.Build strong working relationships with local contractors and construction partners. Programme, Quality, Safety & Cost Control Take ownership of on-site programme, quality, health & safety and cost performance.Monitor construction workmanship and ensure compliance with agreed standards and specifications.Identify and mitigate site safety risks and ensure appropriate HSE procedures are followed.Manage the efficient use of construction materials, labour and other site resources.Monitor project costs and identify potential risks or deviations at an early stage.Support successful project acceptance, commissioning and final handover. Pre-Construction & Project Planning Participate in site surveys and pre-construction feasibility assessments.Assess local site conditions, construction requirements, supply-chain considerations and available resources.Develop practical construction strategies based on European regulations, local labour conditions and project-specific requirements.Provide recommendations to project leadership to support effective construction planning and decision-making. Documentation & Project Close-Out Ensure all site documentation is accurately maintained throughout the project lifecycle.Review and manage daily site reports, progress records, inspection documentation, hidden-work records and as-built documentation.Ensure documentation is complete and meets client and project acceptance requirements.Support the successful completion, handover and close-out of projects. Continuous Improvement Contribute to the development and improvement of the company's site management processes, construction standards and EPC workflows.Identify opportunities to improve construction efficiency, project delivery and standardisation.Stay up to date with new construction technologies, methodologies and best practices within the energy storage and renewable energy sectors. What We're Looking For 5+ years of hands-on site/construction management experience within energy storage, renewable energy or another relevant EPC environment.Proven experience managing the full construction lifecycle, ideally from mobilisation through installation, commissioning and handover.Previous experience on BESS / energy storage or utility-scale PV projects is highly desirable.Experience working on European EPC projects is strongly preferred.Strong understanding of construction planning, programme management, quality control, HSE and cost management.Practical experience coordinating subcontractors, construction teams, suppliers and multiple project stakeholders.Good understanding of international construction standards, safety requirements and energy storage installation/commissioning processes.Fluent German and English, with the confidence to communicate directly with German-speaking subcontractors, construction teams and clients.Bachelor's degree or higher in Electrical Engineering, Engineering Management, Construction Management or a related discipline.Strong organisational and problem-solving skills, with the ability to manage multiple site priorities simultaneously.Confident decision-maker who can respond effectively to unexpected site issues and keep projects moving.Comfortable working in an international, fast-paced environment and undertaking long-term assignments across Europe.Knowledge of European construction regulations, labour requirements and local business practices would be advantageous. Why This Role?This is an opportunity to join a growing energy storage business at an important stage of its European expansion. You will have genuine ownership of project delivery and the opportunity to work across large-scale BESS EPC projects, collaborating with international engineering, procurement and construction teams. For an experienced Site Manager or Construction Manager looking to build their career within the rapidly expanding energy storage market, this role offers significant exposure to complex European projects and the opportunity to help shape the company's construction delivery standards as the business scales.

1 day ago
Construction Project Manager (BESS)
€70k - 90k per year + Bonus + Car
Hamburg, Germany
Permanent
Remote

Construction Project Manager – BESS Location: Germany (Projects in Northern Germany)Type: PermanentSalary: Up To €90,000 + Bonus + Car The OpportunityA growing renewable energy company is looking for an experienced Construction Project Manager to lead the delivery of large-scale BESS projects across Germany. You’ll take ownership of the construction phase, coordinating EPC contractors, subcontractors and internal teams across civil, electrical and balance-of-plant works. Key Responsibilities Lead construction delivery from mobilisation through to completion.Coordinate EPC contractors, subcontractors and site teams.Manage programme, quality, HSE and project progress.Coordinate civil, electrical and mechanical interfaces.Review construction plans, programmes and technical documentation.Manage site meetings, reporting, variations and contractor performance.Work closely with engineering, procurement and project development teams.Support testing, commissioning and final handover. About You Experience as a Construction Project Manager, Construction Manager or Site Manager.Background in renewable energy or energy infrastructure.Strong contractor and subcontractor management experience.Good understanding of civil and electrical construction interfaces.Strong knowledge of project programmes, quality and HSE.Fluent German and good English.Willingness to travel to project sites across Germany. Next StepClick 'Apply' or send your CV to h.safavi@pipermaddox.com

1 day ago
Lead Electrical - Texas
$75k - 100k per year
Dallas, Texas, United States
Permanent
Hybrid

Piper Maddox have recently partnered with an EV Charging Infrastructure organization that partner with a variety of customers including Commercial Properties, Retailers & Municipalities.Together, we are searching for a number of Lead Electricians to join their team across the US. Positions range from Florida (Jacksonville, Orlando, Miami or Tampa) through to Georgia (Atlanta) and Texas (San Antonio, Dallas, Austin, Houston).This organization offer both Level 2 & Level 3 (DC Fast Charging) options, they cover the full project lifecycle which includes site design, site assessment, engineering, permitting and O&M services.In this role, your responsibilities will include: Assemble, install, test and maintain electrical or electronic equipment and fixtures used in the petroleum industry using hand tools and power tools.Trouble-shoot and diagnose malfunctioning systems or components using the appropriate testing equipment to find and correct the failure.Use of ohm meter, volt meter, amp probe and megger is requiredInstall conduits, pull wire and make final connections to circuit breakers, petroleum pumps, dispensers, Point of Sale consoles, tank monitors and petroleum lighting.Inspect electrical system and components to verify compliance with safety requirements, codes, project specifications and manufacturer requirements. Verify proper operation of the electrical system.Advise management, customers and fellow workmen when hazards are present and when electrical systems are safe to operate.Assist estimator with material take-off, material cost and labor allowances. Background A minimum of 1 year experience, can go as high as experienced foreman. Experience working on EV installation projects would be highly valuable. Licensed in the relevant state. Strong knowledge of the various standards and codes. If this sounds like the kind of position you are interested in, follow the link and apply!

1 day ago
Lead Electrical - Florida
$75k - 100k per year
Florida, United States
Permanent
Hybrid

Piper Maddox have recently partnered with an EV Charging Infrastructure organization that partner with a variety of customers including Commercial Properties, Retailers & Municipalities.Together, we are searching for a number of Lead Electricians to join their team across the US. Positions range from Florida (Jacksonville, Orlando, Miami or Tampa) through to Georgia (Atlanta) and Texas (San Antonio, Dallas, Austin, Houston).This organization offer both Level 2 & Level 3 (DC Fast Charging) options, they cover the full project lifecycle which includes site design, site assessment, engineering, permitting and O&M services.In this role, your responsibilities will include: Assemble, install, test and maintain electrical or electronic equipment and fixtures used in the petroleum industry using hand tools and power tools.Trouble-shoot and diagnose malfunctioning systems or components using the appropriate testing equipment to find and correct the failure.Use of ohm meter, volt meter, amp probe and megger is requiredInstall conduits, pull wire and make final connections to circuit breakers, petroleum pumps, dispensers, Point of Sale consoles, tank monitors and petroleum lighting.Inspect electrical system and components to verify compliance with safety requirements, codes, project specifications and manufacturer requirements. Verify proper operation of the electrical system.Advise management, customers and fellow workmen when hazards are present and when electrical systems are safe to operate.Assist estimator with material take-off, material cost and labor allowances. Background A minimum of 1 year experience, can go as high as experienced foreman. Experience working on EV installation projects would be highly valuable. Licensed in the relevant state. Strong knowledge of the various standards and codes. If this sounds like the kind of position you are interested in, follow the link and apply!

1 day ago
Lead Electrician - Georgia
$75k - 100k per year
Atlanta, Georgia, United States
Permanent
Hybrid

Piper Maddox have recently partnered with an EV Charging Infrastructure organization that partner with a variety of customers including Commercial Properties, Retailers & Municipalities.Together, we are searching for a number of Lead Electricians to join their team across the US. Positions range from Florida (Jacksonville, Orlando, Miami or Tampa) through to Georgia (Atlanta) and Texas (San Antonio, Dallas, Austin, Houston).This organization offer both Level 2 & Level 3 (DC Fast Charging) options, they cover the full project lifecycle which includes site design, site assessment, engineering, permitting and O&M services.In this role, your responsibilities will include: Assemble, install, test and maintain electrical or electronic equipment and fixtures used in the petroleum industry using hand tools and power tools.Trouble-shoot and diagnose malfunctioning systems or components using the appropriate testing equipment to find and correct the failure.Use of ohm meter, volt meter, amp probe and megger is requiredInstall conduits, pull wire and make final connections to circuit breakers, petroleum pumps, dispensers, Point of Sale consoles, tank monitors and petroleum lighting.Inspect electrical system and components to verify compliance with safety requirements, codes, project specifications and manufacturer requirements. Verify proper operation of the electrical system.Advise management, customers and fellow workmen when hazards are present and when electrical systems are safe to operate.Assist estimator with material take-off, material cost and labor allowances. Background A minimum of 1 year experience, can go as high as experienced foreman. Experience working on EV installation projects would be highly valuable. Licensed in the relevant state. Strong knowledge of the various standards and codes. If this sounds like the kind of position you are interested in, follow the link and apply!

2 days ago
Thermal Structural Engineer
Market related
Chicago, Illinois, United States
Permanent
On-site

My client is a rapidly growing advanced energy and engineering technology company developing next-generation nuclear systems. As the organization continues to expand, they are seeking a Thermal Structural Engineer to support the design, analysis, and development of advanced microreactor systems. This is an exciting opportunity for an engineer with strong thermal, structural, and computational analysis experience to take on meaningful technical ownership and contribute to the development of innovative reactor technology. The company is open to candidates across multiple experience levels, with compensation and level of responsibility determined based on the candidate’s experience and technical expertise. What You’ll Do Perform thermal and structural analyses supporting the design and development of advanced microreactor systems.Conduct heat transfer, thermal stress, fluid mechanics, and mechanical performance evaluations for reactor components and complex systems.Develop and execute engineering analyses using advanced simulation and FEA tools, with experience in ANSYS, COMSOL, Abaqus, or equivalent highly relevant.Support computational modeling, finite element analysis, and design optimization activities.Evaluate components and systems under steady-state, transient, and accident-condition operating scenarios.Support mechanical design activities including component sizing, material selection, and design verification.Take ownership of thermal and structural analysis activities, with opportunities for increased technical leadership based on experience level.Prepare engineering calculations, technical reports, design documentation, and technical presentations.Collaborate closely with nuclear, mechanical, materials, systems, and licensing teams.Participate in design reviews, testing activities, and technical problem-solving efforts.Apply engineering principles, ASME codes, and industry standards to support safe and reliable reactor designs.More experienced engineers may take on expanded technical ownership, mentoring responsibilities, and leadership of analysis activities. Qualifications Bachelor’s degree in Mechanical Engineering, Nuclear Engineering, Aerospace Engineering, Chemical Engineering, or a related engineering discipline required; Master’s degree preferred, with flexibility on years of experience.5+ years of engineering experience.Strong understanding of heat transfer, thermodynamics, fluid mechanics, and mechanics of materials.Experience with thermal-fluid systems, structural analysis, pressure vessels, high-temperature components, or similarly complex engineering systems.Strong computational analysis and engineering simulation experience.Experience with ANSYS, COMSOL, Abaqus, or similar advanced engineering analysis tools.Experience with MATLAB, Python, or other modeling and programming tools is valuable, particularly when used for engineering analysis and simulation. The relevance of this experience will be evaluated based on how these tools have been used in practice.Ability to communicate complex technical information clearly through written reports, presentations, and technical discussions.Ability to work collaboratively within a multidisciplinary engineering environment.Nuclear experience is highly preferred but not required. Relevant experience from aerospace, oil & gas, energy, defense, or other technically complex industries will be considered.Experience with advanced reactor systems, HTGRs, microreactors, or other nuclear technologies is a plus.Familiarity with ASME codes and standards is preferred.Experience supporting technical documentation for regulatory review is a plus.

Where do we operate?

Benelux
DACH
Europe
Nordics
North America
UK
Benelux

We specialize in the Benelux market due to the region's strong commitment to sustainability and green technology. With its robust infrastructure and thriving eco-friendly industry, the Benelux market provides an ideal platform to connect top talent with forward-thinking companies, contributing to a greener, more sustainable future.

Belgium
The Netherlands
Luxembourg
DACH

We specialize in the DACH market due to its strong dedication to sustainability and thriving clean tech sector. This strategic choice allows us to connect environmentally conscious companies with skilled professionals who share a vision for a greener future in the region.

Germany
Austria
Switzerland
Europe

We specialize in the European market due to its burgeoning renewable energy potential, aligning our mission with the region's sustainability goals. This expansion allows us to connect skilled professionals with a growing demand for talent, promoting innovation and supporting the transition to a greener economy in the area.

France
Spain
Italy
Portugal
Nordics

We specialize in the Nordics market for its pioneering stance in sustainability. The Nordic countries are leaders in renewable energy and possess a strong commitment to reducing emissions. By concentrating our efforts here, we bridge top talent with innovative companies, contributing to the region's green revolution.

Denmark
Norway
Sweden
North America

We specialize in the North America market due to its burgeoning clean energy sector and strong commitment to sustainability. This focus allows us to access a rich talent pool, connect with progressive companies, and contribute to the region's transition to a greener, more sustainable future.

United States
Canada
Mexico
UK

With the UK's strong commitment to reducing emissions and a growing clean tech scene, we're right at the heart of the action. We're here to match up talented individuals with the innovative companies driving the clean energy revolution in the UK, all in a more sustainable, eco-friendly direction.

England
Ireland & Northern Ireland
Scotland
Wales

A fresh take on
all things clean energy

08 Jul 2026
renewable energy
podcast
08 Jul 2026
The Future is Clean: Hugh Gilmour on Building a Career in Renewable Energy

The Future is Clean is back, bringing together voices from across the clean energy industry to share insight, experience and perspective on the people, careers and conversations shaping the sector. At Piper Maddox, we work closely with the people and businesses driving the energy transition forward. Through The Future is Clean, we’re continuing those conversations, speaking with industry leaders about their career journeys, the challenges facing the market, and what the future could look like for clean energy. In this episode, Myles Whaley, Senior Recruitment Consultant: Renewable Energy - Northern Europe at Piper Maddox, is joined by Hugh Gilmour, Head of Development UK at Telis Energy, for a Quick-fire Careers conversation. Together, they discuss Hugh’s route into renewable energy, how the industry has developed, the biggest challenges facing the sector right now, and his advice for anyone looking to build a career in renewables. Meet the Guest: Hugh Gilmour Hugh Gilmour is Head of Development UK at Telis Energy, a developer of large-scale renewable energy schemes. Coming from a chartered surveying background, Hugh has built his career across the renewable energy sector, working on some of the UK’s most innovative and ambitious projects. Before joining Telis Energy, he worked with businesses including EDF and Dalcour Maclaren, gaining experience across development, land, infrastructure and large-scale clean energy projects. In this episode, Hugh shares a brilliant perspective on what it takes to build a career in renewable energy, how the sector has changed, and where the industry could be heading next. We hope you enjoy this episode of The Future is Clean. Want to listen to this episode on the go? Check out the links below: 🎧 Listen on Spotify Podcasts here.🍎 Listen on Apple Podcasts here. Learn more about Telis Energy here. For career opportunities, market insight and more, visit: https://www.pipermaddox.com/jobs/ To reach out to the podcast host, contact Myles at m.whaley@pipermaddox.com.

23 Jun 2026
clean fuels
insight
23 Jun 2026
International Women in Engineering Day: Lacey Collins on visibility, role models and clean energy careers

International Women in Engineering Day is an opportunity to recognise the women helping to shape technical industries, but it is also a reminder of the work still needed to make these careers more visible, accessible and sustainable for the next generation. Across clean energy, engineering talent is playing a critical role in delivering the technologies, infrastructure and innovation needed for the energy transition. From renewable fuels and bioenergy to Carbon Capture, Utilisation and Storage (CCUS), the sector depends on people who can solve complex problems and help move emerging technologies forward. But for the industry to keep progressing, it needs a broader range of people, perspectives and leadership styles shaping its future. We spoke to Lacey Collins, Divisional Manager - Renewable Fuels, Bioenergy & CCUS at Piper Maddox, about what drew her to clean energy, the barriers women still face in technical and male-dominated fields, and why representation matters when building long-term careers in the sector. What drew you to work in clean energy, particularly in such a technical and fast-evolving part of the industry? I was drawn to working in clean energy because of the passion shared by everyone in the industry. From my very first conversations with leaders in the space, it was clear that this field is driven by passion, integrity, and hard work From your experience, what are some of the barriers women still face when entering or progressing in engineering-related fields? The main barriers we see for women in male-dominated fields are a lack of representation or role models. It’s difficult for the first woman to pave the path for those behind her. Women also have more trouble as caregivers/parents with the hours, work environments, and inflexibility. Why do you think it’s important to spotlight women working in technical or male-dominated sectors like energy and engineering? When women see others succeeding in these spaces, it helps break down stereotypes and send the message that we all belong. Spotlighting women in industry also brings visibility to the unique perspectives, leadership styles, and innovations women contribute, which are essential for the growth and diversity of thought in any industry. Highlighting these stories helps pave the way for future generations and fosters a more inclusive, balanced workforce What’s one piece of advice you’d give to a woman looking to break into a clean energy or engineering-adjacent career? Find a role model/someone that can understand your position. A role model can help show that success is possible and show the blueprint for navigating any challenges that may come up.

30 Mar 2026
solar
event
30 Mar 2026
Infocast 2026: Key trends in Renewable Energy Finance & Investment

Infocast’s Solar + Wind Finance & Investment Summit once again brought the renewable energy finance community together in Phoenix, Arizona, with conversations spanning deal activity, investment strategy, and the evolving market landscape. Across the week, our consultants Thomas Cooper, Divisional Manager, and Nolan Cridge, Manager, Renewables, connected with clients and industry professionals to understand what’s really happening in the market right now. Here’s what they heard. 1. What were the main finance or investment topics people were talking about around Infocast week this year? The bulk of our conversations with new and existing clients emphasized there is still a tremendous amount of excitement and activity surrounding the renewable space. We are seeing our clients make a very strong push to secure tax equity partnerships for their existing assets, or offload via M&A projects that are earlier stage. Lots of portfolios are growing tremendously through M&A in the solar and storage space as well. 2. From the conversations you had, what are the biggest challenges currently affecting renewable energy project financing? The largest challenge seems to be from within the united states, many foreign countries are hesitant to invest within the united states due to policy changes and an uncertain investment terrain. This year is universally considered more stable, but still gives foreign entities hesitancy to put money back into US markets. 3. What trends are you seeing in the solar, wind or storage investment landscape right now? Overall it seems to continue to be business as usual, just on an accelerated timeline. That said, we had a significant amount of conversations surrounding the integration of AI to all levels of project development, project finance, and M&A transactions. This would likely lead to a downturn in junior level hiring and allow our clients to continue to get leaner. 4. From the people you spoke with, where are investors and developers seeing the biggest opportunities in the market? We are still hearing Solar and Storage as the big winners for the next few years. There are murmurs that Geothermal and Nuclear could be the next renewable assets to be heavily invested in, but there are still a significant number of hurdles to jump through here. 5. Any interesting perspectives or insights from the meetings you had that stood out? The general sentiment around the conference was very positive about the industry as a whole and where opportunity exists. Many of the hiring managers we spoke with express that hiring this year would likely be later in the summer or Q3, and those would be sparce. This year companies seem to be continuing to stay as lean as possible and any hire that is brought on is well thought out, and an extremely high priority. Across the conversations throughout the week, one thing was clear, the renewable energy market remains highly active, with strong momentum across solar, storage, and M&A. At the same time, the landscape is becoming more considered. Investment decisions are more measured, international capital remains cautious around US policy, and businesses are continuing to prioritise lean, high-impact teams. With growing interest in AI and early conversations around geothermal and nuclear, the market is evolving, not slowing. If you’re looking to understand how these trends could impact your team or hiring strategy, get in touch with the Piper Maddox team to continue the conversation.

30 Mar 2026
energy efficiency
interview
30 Mar 2026
The Clean Energy Six – Finance Edition: Tamara Bordeaux

The Clean Energy Six, Finance Edition highlights the people working behind the financial and strategic decisions shaping the energy transition. In this series, Skye Shaffer, Associate Recruitment Consultant at Piper Maddox, speaks with professionals across the renewable energy finance ecosystem to explore their career journeys, the projects that have defined them, and the opportunities they see for the future of clean energy. In this edition, we spoke with Tamara Bordeaux, a clean energy finance professional with over nine years of experience spanning financial services and renewable energy. After beginning her career at UBS, Tamara transitioned into the energy sector to pursue work more closely aligned with her passion for combating climate change. She has since built a diverse background across community solar, utility-scale development, and M&A at AES, where she worked on complex transactions and large-scale projects across the U.S. More recently, she expanded her experience into emerging technologies at Blue Energy, where she was part of the commercial team at a nuclear-focused startup, working across origination, development, and financial modeling. Now at Greenvolt Power, Tamara continues to focus on project finance and M&A, bringing a well-rounded perspective across both established and next-generation energy solutions. 1. When did you start your career in renewable energy or clean tech, and why did you get into the industry? I started my career in renewable energy in January 2021. Before that, I was working in wealth management and financial services, but I wanted to pivot into something more aligned with my interests and passions - specifically, fighting climate change. The energy industry offered a strong intersection between finance and impact, and it felt like a space where I could apply my background while contributing to something meaningful. 2. What was a pivotal moment or project that defined your path in this industry? A pivotal moment for me was working on the Belfield project, which at the time was the largest permitted solar and storage project in the U.S., at around 2 gigawatts. AES acquired it from Avantus, and I had the opportunity to work on the transaction as an associate. It was a very large, complex, and long-running deal, and it really opened my eyes to how intricate the M&A side of the renewable energy industry can be. What stood out most was the collaborative nature of the process - working closely with counterparties to solve problems together. It was also the first time I was able to build meaningful relationships with a counterparty, and it showed me how important those relationships are in getting deals done. That combination of complexity, collaboration, and relationship-building really defined my path and interest in this space. 3. What excites you most about working in renewables or clean tech today? There is a very real and growing need for power - especially zero-carbon power - in both the U.S. and globally. Renewables are one of the fastest and most proven ways to reduce carbon emissions and fight climate change, so it’s an incredibly impactful space to be in. There’s also a significant increase in demand for power driven by technological growth, including AI. What’s unique right now is that we’re still building the physical infrastructure needed to support that demand, while also benefiting from advancements in AI and software ourselves. For example, AI is helping enhance financial modeling and improve efficiency in areas like transaction document review. It feels like we’re in a position where we get the best of both worlds - building critical infrastructure while leveraging cutting-edge tools. 4. What’s the biggest challenge you’ve faced in renewable energy and what did you learn from it? One of the biggest challenges I faced was transitioning from traditional renewables - primarily solar and storage - into nuclear, specifically the small modular reactor (SMR) space. While there were transferable skills, nuclear presents a very different set of challenges. In solar and storage, processes are well established and costs continue to come down. With nuclear, particularly new nuclear development, it’s more like rebuilding an industry from the ground up in the U.S. There are challenges around developing supply chains, advancing new technologies, and working on much longer timelines - often into the 2030s. It also requires navigating significant policy and regulatory dependencies. This experience pushed me to think more long-term, approach problems more creatively, and become comfortable working in areas with less precedent. It was both challenging and incredibly rewarding. 5. Looking 5–10 years ahead, where do you see the biggest opportunities for growth in renewable energy? One of the biggest opportunities is improving transmission infrastructure and the interconnection process in the U.S. Upgrading the grid will be critical to enabling more projects to come online efficiently. I also see strong potential in co-located solutions - bringing power generation closer to where it’s consumed, such as near data centers. As demand for energy continues to rise, proximity to load will become increasingly important. Overall, I don’t think it’s about one technology winning out - we’ll need a mix of solar, storage, wind, nuclear, and geothermal to meet demand. The real opportunity lies in how we build, connect, and optimize across all of these. 6. If someone wanted to break into renewable energy finance, what’s the one piece of advice you’d give? Be willing to take on any role to get your foot in the door - even if it means taking a step back in title or seniority. That’s what I did, and I have no regrets. Renewable energy is very much a learn-by-doing industry. While coursework and reading are helpful, the most valuable experience comes from working on real projects. I’d also emphasize the importance of networking. It’s a relatively small industry, and people are generally approachable. Building connections can go a long way in opening doors and helping you navigate your career. Tamara’s career reflects the evolving nature of the clean energy landscape - from established renewable technologies to emerging solutions like nuclear. With experience across large-scale transactions, development, and startup environments, she brings a well-rounded perspective on where the industry is today and where it’s headed. As demand for clean, reliable power continues to grow, her insights highlight both the challenges and the significant opportunities ahead.

16 Mar 2026
energy efficiency
interview
16 Mar 2026
The Clean Energy Six – Finance Edition: Samuel Woo

The Clean Energy Six, Finance Edition highlights the people working behind the financial and strategic decisions shaping the energy transition. In this series, Skye Shaffer, Associate Recruitment Consultant at Piper Maddox, speaks with professionals across the renewable energy finance ecosystem to explore their career journeys, the projects that have defined them, and the opportunities they see for the future of clean energy. Our first guest is Samuel Woo, Senior Analyst, Investment Analytics at Cypress Creek Renewables. After serving as a Marine Corps officer overseas, Sam transitioned into renewable energy in 2022. Today, he focuses on evaluating and modelling renewable energy projects, helping ensure that the infrastructure being built today is both economically viable and designed to power homes and businesses for decades to come. When did you start your career in renewable energy or clean tech, and why did you get into the industry? I started my transition to clean energy in 2022. I was a Marine Corps officer at the time and was deployed in Syria in 2021 for about eight months supporting Operation Inherent Resolve, NATO’s mission to counter ISIS in Iraq and Syria. I was operating out of a region known for a lot of oil extraction. The oil industry is a key part of that region’s economy, and seeing the fossil fuel industry up close - seeing the physical consequences of it - had a pivotal impact on me as I was figuring out my next professional steps. At the same time, the Inflation Reduction Act was heavily in the news. Seeing the impact up close and hearing about the momentum happening in clean energy kind of lined up. I wanted to take the skills I learned in the Marine Corps and apply them to energy security, which I thought was really important. Clean energy appealed to me because while every energy source has pros and cons, it wasn’t as pollutant as fossil fuels. So it was a combination of energy security and building something long-term that I felt was a net positive to the world. What was a pivotal moment or project that defined your path in this industry? One pivotal moment was driving through the region in Syria and seeing the pollution related to oil fields - waterways glistening with oil runoff, smoke in the air, fires tied to extraction. That definitely impacted me. From a more recent perspective, I helped model four projects that we bid into an RFP with a major utility, and they were shortlisted. That was exciting because it’s the closest I’ve gotten to getting projects built. Modeling those four projects and getting them close to offtake reaffirmed why I’m in the industry - building long-term sustainable infrastructure that will last decades. What excites you most about working in renewable or clean tech today? It’s knowing I get to play a part in building infrastructure that will last decades - powering homes and businesses. Every project that moves toward COD or offtake is another step toward building resilient, diverse energy systems. As energy demand increases, it’s good to know that part of our infrastructure is based on renewable, clean energy. What is the biggest challenge you’ve faced in the renewable energy space, and what did you learn from it? The biggest challenge was recommending the termination of a project for the first time. A big part of my job is evaluating project-level economics to make sure a project makes financial sense. Terminating a project was tough because we join this industry to build renewable projects - not cancel them. But I learned that we can’t build projects randomly. There has to be strategy behind it. It has to make sense for the customer and for the company. If projects don’t make economic sense, they can raise energy prices or hurt the company long-term, which limits our ability to build more projects. So I learned to understand the macro-level economics of each project and how it impacts the grid. It’s great to build, but we have to build responsibly and feasibly. Looking ahead 5–10 years, where do you see the biggest opportunities for growth in renewable energy? I think it’s finding ways to adapt and meet customer needs. Market signals show we need firm, reliable energy. One solution is long-duration energy storage, and currently battery energy storage systems (BESS). Being creative and innovative to meet market needs is exciting. Long-duration energy storage is the most exciting area for me right now. More broadly, it’s about adapting to emerging technologies and building firm, reliable energy solutions. If someone wanted to break into the space, what is the one piece of advice you would give them? Learn as much as possible about project-level economics. That includes how projects make money - PPAs, offtake contracts, revenue, expenses, capex, and opex. Also understand capital structures because they’re complex and getting more complex. That means understanding tax equity structures, debt structures, and traditional project finance. Understanding revenue drivers, cost structures, tax equity, and debt are the fundamentals of every project. Huge thank you to Sam for taking the time to share his story and perspective. From serving overseas to now working on the financial and strategic side of renewable energy projects, his path is a reminder that this industry is built by people with very different backgrounds, all working toward something long-term. Thoughtful, disciplined development is just as important as ambition in this space, and Sam brings both. We are xcited to see the projects he helps bring to life in the years ahead!

19 Jan 2026
press release
19 Jan 2026
Celebrating 10 Years of Piper Maddox

A decade of purpose, growth and impact in clean energy talent This year marks ten years of Piper Maddox, one of LHi Group’s fastest growing specialist brands, built with a clear purpose, to support the global clean energy transition and help protect the future of our planet through exceptional talent solutions.Founded in 2015 by Alex Cohen under the LHi Group, Piper Maddox was created with a belief that recruitment could be more than a commercial service, it could be a platform for positive change. From the outset, the brand committed fully to renewable energy and cleantech, stepping away from fossil fuels entirely and aligning its growth with the industries actively decarbonising the world. Over the past decade, Piper Maddox has become a trusted partner to some of the world’s most innovative clean energy organisations across the US and Europe, helping them build the teams shaping how energy is generated, stored and consumed. Its rapid growth reflects not only market demand, but the strength of its mission, culture and people, proof that purpose-led businesses scale with impact. At its core, Piper Maddox is driven by the belief that recruitment can be a force for good, contributing to a cleaner, more sustainable future, one hire, one partnership and one business at a time. From Vision to Global Brand As the energy sector began shifting towards renewables, it became clear that traditional recruitment models were struggling to keep pace with the urgency of change. The clean energy transition demanded specialist knowledge, speed and long-term thinking, not legacy approaches. Recognising this opportunity, Alex Cohen and LHi Group Founder, Tom Glanfield aligned on a shared ambition to build a recruitment brand dedicated entirely to clean energy and sustainability. Combining entrepreneurial platform, leadership and a strong cultural foundation, Piper Maddox was born as a values-led business designed to create long-term impact. From those early beginnings, the brand has expanded rapidly across Europe and North America, building leadership teams united by a shared purpose to accelerate the energy transition and support companies working to decarbonise the planet. “The success of Piper Maddox reflects what’s possible when purpose, people and platform align. It’s been incredible to watch the brand grow into a true global leader in clean energy and cleantech recruitment.” ~ Alex Cohen, US Brand Leader Specialist Expertise at Scale Today, Piper Maddox is home to more than 80 specialist consultants delivering talent solutions across: Renewable Energy Energy Storage eMobility Clean Fuels Nuclear Power Energy Trading Sustainability Energy Management and Grid Resiliency Sustainable Aviation Operating with a specialist, quality-first mindset, the brand combines deep market expertise, proactive headhunting and extensive global networks to deliver consistently high-quality outcomes for clients operating in highly competitive markets. With offices in New York, Los Angeles, Austin, Miami, London, Bristol, Berlin and Munich, Piper Maddox provides global reach supported by strong local market expertise across North America and Europe, including the UK, DACH, Benelux and Southern Europe. Evolving into a Talent Solutions Partner In line with LHi Group’s wider evolution, Piper Maddox has grown beyond traditional recruitment into a full talent solutions partner, supporting clients at every stage of scale and maturity through: Permanent and contract recruitment Executive search Subscription hiring models Embedded talent solutions Consulting services through Expert Project Solutions (XPS) This integrated approach enables clients to scale efficiently while maintaining quality, consistency and long-term workforce planning. “Over the past decade, Piper Maddox has matured into a true strategic partner for our clients. The next phase is about continuing to innovate and scaling our impact globally.” ~ Tom Clarke, UK & Europe Brand Leader Looking Ahead: Building a Lasting Legacy As Piper Maddox celebrates its ten-year anniversary, the brand continues to play a critical role in supporting the organisations building a cleaner, more resilient energy future. As one of LHi Group’s fastest growing brands, its success reflects the power of aligning commercial performance with meaningful purpose. By supporting companies whose missions centre on decarbonisation, sustainability and innovation, Piper Maddox is helping shape the legacy LHi aims to leave, protecting the future, enabling progress and proving that business can be a force for positive change. Interested in partnering with Piper Maddox?👉 Discover how their talent solutions can support your organisation’s growth by emailing info@pipermaddox.com Thinking about joining the journey?👉 Explore current opportunities across the Piper Maddox brand and become part of a business making real-world impact. Click here!