Lead Project Engineer

Lead Project Engineer

Join Daphne Technology in solving the methane slip problem. Daphne Technology develops products to measure and reduce methane slip and other harmful emissions in exhaust from gas-powered engines on land and  solutions enable operators to meet emissions regulations, reduce environmental impact, and contribute to achieving climate goals. We are a Swiss-headquartered climate tech company with global operations and a strong focus on research and development.

Our team operates in a collaborative, agile environment where responsibility is shared, and decisions are made close to the work. As we scale up to meet increasing demand, we are looking for skilled individuals who want to make a measurable impact.

We are looking for a Lead Project Engineer with experience developing and implementing new technologies for midstream companies. The primary responsibility will be working with a multidisciplinary team to create and deploy Daphne’s core Slip Pure™ methane abatement technology at gas pipeline compressors. In addition to standard project management activities, a successful candidate is expected to work with customers and integrate diverse technologies to accelerate product development.

Ideal candidates will have experience managing the implementation of new technologies, ideally at midstream companies. A bachelor’s degree in required, preferably in engineering, project management, or a related field.

Daphne offers the opportunity to work with a diverse group of talented individuals to deploy cutting‑edge GHG‑reducing technologies. As a fast‑growing company, this role will offer opportunities to take on additional responsibilities, enabling you to actively shape your career. Daphne Technology is a Swiss‑headquartered company with subsidiaries in the US and Singapore.

The Lead Project Engineer is responsible for the successful execution of customer projects from concept definition through commissioning while leading the overall mechanical, electrical and system integration effort.

The role combines project execution, system integration, technical leadership and customer‑facing responsibilities. A successful candidate will act as the primary interface between customers, vendors, US operations and Daphne’s engineering teams. Furthermore, you will be required to challenge engineering decisions, evaluate alternative concepts, guide multidisciplinary teams and make integration decisions that balance customer requirements, technical performance, manufacturability, operability, cost and schedule throughout the project lifecycle.

• Develop and maintain project execution plans, schedules, budgets, priorities and resource allocation
• Project manage a major Federal Grant, ensuring compliance and successful execution
• Work with customers and vendors to ensure successful project delivery and execution
• Identify project risks and implement mitigation plans

• Own multidisciplinary integration decisions to ensure alignment between customer requirements, technical solutions and company objectives
• Lead system‑level trade‑off analyses between performance, cost, manufacturability, operability and schedule
• Ensure proper integration between mechanical, electrical, process and control systems
• Manage and identify vendors, ensuring quality, and make DFM suggestions when appropriate

• Act as the primary technical interface with customers during project execution
• Support technical discussions, site reviews and project meetings
• Translate customer requirements into actionable engineering objectives
• Manage stakeholder expectations and communication

• Bachelor’s degree in engineering, project management or a related technical discipline
• Minimum 10 years of experience in the oil & gas or midstream industries. Related industries will be considered with additional experience
• Experience leading multidisciplinary engineering projects from concept through systems integration and commissioning
• Experience with suppliers, manufacturing and field installations
• Demonstrated ability to lead technical decisions and…