PpWe’re looking for an bAdvanced Control Engineer /b to develop adaptive and autonomous control functions for the CPPC Tiers (FDIR, self-tuning, etc.) platform. In this role, you’ll design control logic that can respond intelligently to faults, uncertainty, and changing grid conditions - while remaining safe, stable, and certifiable. /p pThis is a senior role for someone who understands that badaptive /b does not mean bunbounded /b. You’ll work at the edge of automation and control theory, building systems that can self-adjust and recover while remaining predictable, explainable, and compliant with grid and safety constraints. /p pThis role is fully remote. /p h3What You Will Do /h3 ul liDesign and implement automated bFault Detection, Isolation, and Recovery (FDIR) /b logic /li liExtend and maintain hierarchical control state machines governing system behavior and autonomy /li liDevelop PID and gain self-tuning mechanisms with strict bounds, supervision, and rollback strategies /li liEnsure adaptive control behavior remains stable, safe, and explainable under all operating conditions /li liValidate adaptive and autonomous behavior using simulations, stress scenarios, and failure injection /li liCollaborate closely with control, real-time software, and power systems engineers to bring advanced control concepts into production /li liContribute to architectural decisions around autonomy, safety, and control governance /li /ul h3Why Join Us /h3 pYou will join a fast-growing technology company operating in a complex and challenging industrial and energy environment, where software and engineering innovation has a real impact on systems and infrastructure. /p pWe work on highly complex projects that require strong technical expertise, ownership, and close collaboration across multidisciplinary teams (software, control, automation, operations). /p h3Qualifications /h3 ul liYou think rigorously about stability, safety, and failure modes /li liStrong background in advanced control theory and system dynamics /li liProven experience implementing adaptive, self-tuning, or autonomous control in industrial environments /liliComfortable working in regulated, safety-critical contexts where behavior must be bounded and auditable /li liAble to reason about edge cases, transitions, and degraded modes, not just nominal behavior /li liAble to work with globally distributed teams, with at least a 4-hour overlap with CET/CEST /li liEligible to obtain a visa and able to travel to Italy within three months of hiring /li /ul pBaxEnergy is committed to promoting a fair, inclusive, and respectful working environment and to adopting an inclusive protocol that ensures equal opportunities and prohibits any form of discrimination based on sex, gender, gender identity, sexual orientation, marital status, age, ethnic origin, nationality, religion, personal beliefs, or any other personal or social condition. /p /p #J-18808-Ljbffr