Ml, SoC power-management architecture, Ai, EDA technologies, power-optimization techniques for sub-nanometer foundry technologies

computational design , wiring diagrams , High Voltage (HV) transmission and distribution substations, Secondary systems electrical design, P&C schematics, Automation of data manipulation, P&C room layout, CAD documentation to UK Energy standards, Protection coordination, ETAP software, Design algorithms

Clarity, MIPI D-PHY, Cadence Sigrity, PCIe Gen5, TDR, 10 Gigabit Ethernet, USB 3.x, VNA, SIwave, Keysight ADS, MIPI CSI, Ansys HFSS, high-bandwidth oscilloscopes, C-PHY, LPDDR memory channels

Fpga, L1, L2, virtualization, L3, Shell, Linux, Python, Lte, Ran, cloud-native RAN, RU, NR, containerized deployments, O-RAN, FW, DU, 5G, 4G, FAPI, Oam

power integrity , Perl, Python, Tcl, Sta, primetime, Cadence Innovus, Tempus, EM IR analysis, Voltus

Machine Learning, Distributed Systems, Tensorflow, Pytorch, Predictive Analytics, Python, Big Data, Clustering, Deep Learning, MLops, Spark, GenAI, Telemetry Analytics, Data Pipelines, Random Forests, MLflow, Vector Databases, Time-Series Forecasting, AIOps, LLMs, Production AI Systems, anomaly detection, Cloud Data Architecture, Statistical Modeling

System Testing, Robot Framework, Ipv4, Spirent, L2vpn, L3vpn, Ipv6, Ixia, VLAN, BGP, Qos, Ldp, Rsvp, OSPF, Python, Networking Systems Engineering, Solution Validation, IS-IS, Junos EVO, Mpls

Golang, Distributed Systems, Containers, Technical Leadership, Automation, File Systems, Microservices, Cloud Storage, Infrastructure Services, Databases, Gcp, Scalability, Rest Apis, Azure, Python, Kubernetes, AWS, Software Systems Engineering, Go, Security, Reliability, Observability

Perl, Python, Tcl, Power integrity analysis, Cadence Voltus, Ansys RedHawk, Static and dynamic IR analysis, Power grid optimization