We are seeking a Power Systems Researcher with expertise in advanced protection schemes, data-driven fault detection, and cyber-resilient architectures. Proficiency and Skills : • Strong knowledge of power system protection, stability, and control • Proficiency in phasor measurement units (PMUs), synchrophasors, and IEDs • Experience with machine learning and signal processing for fault detection and prediction • Familiarity with inverter-based resources, low-inertia grids, and renewable integration • Understanding of cybersecurity principles for substation automation • Proficiency in digital twin development and HIL testing frameworks • Proficiency in programming languages such as Python, MATLAB, or C++ • Background in multi-sensor data fusion and graph signal processing • Ability to design and validate adaptive, wide-area, and out-of-step protection schemes • Good problem-solving, research, and technical documentation skills To Apply: Share your prior research works, such as Google Scholar or ORCID
We are seeking an Energy AI Research Engineer to develop advanced data-driven and physics-informed solutions for renewable energy systems, power grid optimization, and market operations. The role involves designing, training, and deploying models that integrate machine learning, control theory, and power system dynamics to address challenges in forecasting, grid stability, distributed energy resource (DER) integration, and demand-side management. Required Skills Strong background in machine learning (supervised, reinforcement, causal inference, probabilistic modeling). Expertise in power systems, renewable energy integration, and control theory. Experience with physics-informed ML and hybrid modeling approaches. Proficiency in optimization methods (linear, nonlinear, stochastic, robust). Knowledge of signal processing, computer vision, and satellite image analysis. Proficiency in Python, MATLAB, or Julia; experience with ML frameworks (PyTorch, TensorFlow). Familiarity with power system simulators (MATPOWER, OpenDSS, DIgSILENT PowerFactory) and energy market tools. Cloud computing and high-performance computing (HPC) experience for large-scale simulations. Distributed Energy Resources (DER), solar PV, wind, BESS, EV charging systems. Grid stability and control of inverters, microgrids, and demand response systems. Energy economics and market bidding strategies under uncertainty. Prior academic research, writing, and publishing experience. To apply: Share your prior research works, such as Google Scholar or ORCID ID in resume
About the Role We're hiring a detail-oriented MEP (Mechanical, Electrical & Plumbing) Design Engineer to produce code-compliant, construction-ready deliverables for residential and commercial projects across California and Texas . You'll work closely with our PE partners and PMs to develop coordinated MEP permit sets, energy compliance reports, photometric studies, PV designs, and life-safety layouts. Key Responsibilities Develop MEP permit sets (schematic ? DD ? CD) for residential & commercial projects California Title 24 (T-24) compliance reports (CBECC/EnergyPro workflows) COMcheck/REScheck energy code compliance submittals Photometric studies and lighting layouts using DIALux with fixture schedules & cut sheets PV system designs (single-line, layout, wire/conduit sizing, interconnection, placards) Manual J/S/D (load calcs, equipment selection, duct design) based on ACCA standards Fire sprinkler (per NFPA 13/13R/13D) and fire alarm layouts (per NFPA 72) for permit Bluebeam review cycles: respond to markups, AHJ comments, and contractor RFIs Interdisciplinary coordination (architecture/structural), clash checks, and revision control Required Qualifications 5+ years MEP design experience on U.S. projects , including CA & TX jurisdictions Strong Revit MEP (BIM modeling, families, sheets) and AutoCAD MEP (2D production) Proficiency with DIALux (photometrics) and Bluebeam Revu (markup & QC) Working knowledge of applicable codes/standards: NEC , IMC/IPC/IFC , IECC , ASHRAE 90.1 , NFPA series; California Title 24 (Part 6/11) adoptions; Texas IECC adoptions Demonstrated experience producing permit-ready CD sets and responding to AHJ comments Solid grasp of Manual J/S/D methodology and report generation Clear written/spoken English; comfortable collaborating across time zones Nice to Have PV design tools (e.g., HelioScope , PVsyst, or equivalent) Navisworks/Clash coordination, Dynamo for Revit automation Experience with mechanical/electrical load calcs software (e.g., Elite, Trane Trace, HAP) Familiarity with CBECC-Com/Res or EnergyPro for T-24 What You'll Deliver Full MEP permit packages (plans, schedules, details, notes) Energy compliance documentation (T-24, COMcheck/REScheck) Photometric reports (DIALux outputs, iso-lux diagrams) PV design set (site plan, layout, electrical SLD, labels) Manual J/S/D reports with equipment selections Fire sprinkler/alarm layouts with device/calculation summaries Engagement & Benefits Competitive compensation in INR (salary or long-term contract) Remote work with 45 hours CST overlap Modern tool stack, clear standards, fast review cycles