Muhammad Tanveer Baig-Embedded Systems | ADAS | RF Systems | Quantum Optics | R&D and Validation & Integration

Architected and integrated 22 advanced ADAS validation vehicles for BMW ADCAM and LIDAR programmes at Magna Electronics, synchronising up to 26 heterogeneous sensors including LIDAR, RADAR, cameras and GNSS/INS using PTP-based timing architectures. Defined system architecture, hardware/software interfaces, sensor integration strategies and data acquisition frameworks, enabling scalable vehicle-level validation, perception evaluation and a 25% improvement in validation efficiency while reducing project costs by €1.45M.

Led verification, validation and system integration of Continental's 77 GHz RADAR platforms for Daimler, developing automated validation environments and measurement methodologies using CANoe, Trace32, RF instrumentation and RADAR target simulators and anechoic chambers. Performed system characterisation, root-cause analysis and cross-functional issue resolution while coordinating international engineering teams throughout the development lifecycle.

Defined the system architecture and validation strategy for an industrial LIDAR platform developed with Elmos Semiconductor, evaluating perception performance, laser sensing technologies, SPAD detector integration, embedded interfaces and system-level requirements. Delivered technical recommendations supporting sensor integration, verification and future product development.

Reconstructed and integrated the complete embedded system architecture of an electrically assisted mobility platform (e-Bike) at Dance GmbH by analysing fragmented documentation and coordinating hardware and software interfaces across BMS, motor controller, torque sensor, electronic locking system and HMI. Developed a comprehensive system-level validation platform for functional verification, fault reproduction, performance evaluation and technical troubleshooting, significantly improving product reliability and engineering efficiency.

Developed PC-based automation and validation software in LabVIEW for FTE Automotive's hydraulic endurance test platform, integrating NI cDAQ hardware for high-frequency real-time data acquisition, automated test execution, fault diagnostics, performance analysis and comprehensive reporting. Delivered scalable software architectures that improved test repeatability, validation efficiency and engineering traceability.

Led hardware development, system integration and validation of a 400 V Battery Management System for TOGG's electric vehicle platform at Farasis Energy, driving architecture reviews, schematic validation, EMC verification, functional safety activities and system-level testing in accordance with ISO 26262, ECE-R10 and CISPR 25. Coordinated multidisciplinary engineering teams, customer reviews, supplier collaboration and technical documentation through to production release.

Delivered complete engineering lifecycles across complex embedded, ADAS and automotive electronics programmes covering requirements engineering, proof-of-concept development, software/hardware integration, system architecture, verification, validation, technical documentation, supplier management, risk assessment and customer acceptance for leading Tier-1 suppliers including Magna Electronics, Continental, Farasis Energy and FTE Automotive supporting OEM programmes for BMW, Daimler and TOGG.

Led the complete engineering lifecycle of advanced embedded, laser and precision measurement systems, covering system architecture, component selection, hardware/software integration, verification, deployment and optimisation. Successfully delivered a German-patented multi-channel low-noise arbitrary waveform generator across leading quantum technology laboratories in Germany, the United Kingdom and Slovakia.

Designed and developed high-performance embedded electronic systems comprising mixed-signal analogue and digital circuits, EMC-compliant multilayer PCBs, precision instrumentation and data acquisition hardware using microcontrollers, FPGAs, CPLDs, SRAM, EEPROM, DACs, OPAMPs, and digital isolators with Autodesk EAGLE & Xilinx ISE.

Developed real-time embedded software and laboratory automation solutions using C/C++, VHDL, Python, LabVIEW and MATLAB, implementing hardware abstraction, automated measurements, diagnostics, data acquisition, performance analysis and closed-loop control for complex scientific instrumentation.

Integrated, aligned and characterised advanced laser, optical and electro-optical systems, performing laser frequency stabilisation, optical modulation, beam delivery, precision optical alignment and performance verification using external cavity diode lasers, Fabry–Perot cavities, laser wavemeters, AOMs, EOMs, piezo controllers, differential photodiodes and polarisation-maintained optical fibre systems.

Designed and assembled complex optomechanical platforms, integrating optical tables, breadboards, rails, cage systems, precision mounts, lens tube assemblies, mirrors, lenses, beam splitters, Faraday isolators, optical filters and other photonic components to achieve stable, repeatable and high-precision experimental operation.

Designed and validated automated test and verification platforms using ADwin Pro-II, NI PXI, oscilloscopes, spectrum analysers, signal generators, programmable power supplies and laboratory instrumentation, enabling precise system characterisation, performance optimisation, integration testing and measurement traceability.

Led multidisciplinary system integration, troubleshooting and root-cause analysis across embedded electronics, RF systems, laser optics and laboratory instrumentation, resolving complex hardware/software interface challenges and improving reliability, measurement accuracy and operational stability within international collaborative research programmes.

Produced comprehensive technical documentation, verification reports and scientific publications, collaborating with multidisciplinary teams across four EU-funded international research projects and contributing to one granted German patent and five peer-reviewed publications, demonstrating technical leadership, innovation and engineering excellence.