Jobs at Wilder Systems Inc.

Own full-cycle accounting and payroll for one to two companies, including AP/AR, reconciliations, journal entries, month- and year-end close, and financial statement preparation. Maintain audit-ready records, support external audits, ensure GAAP and tax compliance, handle basic HR admin, and assist with budgeting, forecasting, and process improvements.

Lead day-to-day accounting and month-end close, maintain the general ledger and GAAP financial statements, manage external audit liaison, enforce internal controls, oversee AP/AR/payroll accounting, and drive process improvements and technical accounting research.

Lead day-to-day accounting and month-end close, prepare US GAAP financial statements, manage general ledger, oversee audits and internal controls, supervise AP/AR/payroll, drive budgeting and variance analysis, support tax and special accounting projects, and manage the accounting team.

Design and develop multi-position electromechanical assemblies for aerospace robotics. Perform system and detailed mechanical design, analyses, CAD modeling, drawing creation, manufacturing support, documentation, and production support across the product lifecycle.

Lead Wilder's robotics software technical strategy and architecture, make long-horizon architecture decisions, mentor senior engineers, remain hands-on for hard prototypes and fielded problems, and align engineering direction with company goals.

Translate customer requirements into deployable robotic applications, integrate sensors and motion systems, develop and run test protocols, validate on hardware, deliver customer training, and iterate on field feedback using CAD and metrology principles.

Design and develop mechanical systems and parts for robotic/aerospace applications using CAD. Create detailed drawings, BOMs, work orders, and documentation; support manufacturing, assembly, QA, and production; perform calculations and analyses to inform design decisions; collaborate across teams to move products to production.

Design and develop electrical and control systems for robotic automation: select hardware, create schematics and BOMs, program PLCs, HMIs, VFDs and robots, configure networking and safety, collaborate with mechanical team, test systems, and produce documentation and SOPs for deployment.