Azam Sahriar

Integrated and commissioned more than 200 microwave links using Huawei NMS. Configured VLANs, supported ABIS over IP migration, and implemented ERPS/SNCP protection. Performed RF performance measurements, acceptance testing, and network troubleshooting. Prepared commissioning reports and handover documentation; trained junior engineers.

Conducted site surveys and technical readiness assessments for BTS installations. Coordinated subcontractors, technicians, and customer requirements. Prepared acceptance reports, material requests, and technical project documentation. Used measurement equipment and diagnostic procedures to troubleshoot RF and hardware issues.

Installed and commissioned microwave transmission links, including alignment and level optimization. Supported E1 routing, traffic migration, and Huawei Node-B integration. Performed quality checks, interface validation, and acceptance testing. Coordinated a five-person technical team for the Banglalink Mega Project.

Master’s Thesis, Heinz Nixdorf Institute (Mar-Oct 2025): Photodiode geometry reconstruction, doping-profile analysis, Python modeling, FDTD/CHARGE simulation, SPICE compact models. Research Project, Fraunhofer ENAS & Paderborn Univ. (Mar-Dec 2023): Near-field probe simulation with Huygens Box method, CST Studio Suite, antenna modeling, S-parameters. RF Circuit Project, Heinz Nixdorf Institute (Apr-Oct 2021): 5.8 GHz IQ mixer design, impedance matching, DRC/LVS in Cadence Virtuoso.

Specialization in Power Systems. Thesis: A Hyperstability-Based Adaptive Controller for Multimachine Power Systems.