Jobs at Quaise Energy, Inc.

Designs, analyzes, prototypes, tests, and troubleshoots mechanical components and subsystems for millimeter-wave geothermal drilling systems. Responsibilities include CAD development, tolerance analysis, FEA, thermal and fluid evaluations, materials and component selection, instrumentation integration, experiment execution, technical documentation, vendor coordination, and field testing support. The role requires collaboration across engineering, manufacturing, and testing teams in laboratory and field environments.

Leads the architecture, development, integration, commissioning, and optimization of PLC-based control and instrumentation systems for prototype and field-deployed geothermal drilling platforms. Responsibilities include control software, safety interlocks, electrical schematics, hardware selection, system testing, fault diagnosis, supplier engagement, documentation, and integration across software, electrical, mechanical, and network systems.

Manage end-to-end multi-state payroll operations, compliance, tax administration, reconciliations, audits, and internal controls. Lead the company’s transition to Paycom, administer payroll systems, improve processes, support SOX readiness, and partner with HR, Finance, Accounting, employees, managers, and external agencies. The role also provides payroll guidance, prepares reporting and analytics, and oversees external payroll vendors or implementation consultants as needed.

Creates and maintains 3D mechanical CAD models, assemblies, drawings, BOMs, and engineering documentation for millimeter-wave drilling prototypes. Supports prototype assembly, fit-up verification, testing, troubleshooting, manufacturability reviews, and mechanical integration. Collaborates with multidisciplinary engineering teams, suppliers, and technicians in laboratory and field environments, including occasional prototype installation and evaluation visits.

Supports the design, electromagnetic simulation, testing, integration, troubleshooting, and field deployment of high-power RF and millimeter-wave transmission systems for geothermal drilling. Works with waveguides, gyrotron sources, RF diagnostics, and simulation tools; analyzes test data, prepares technical documentation, assists with system packaging and ruggedization, and collaborates across electrical, mechanical, and field engineering teams.