Salah Mohammed
Optical Fiber Research Scientist @Mpb Communications
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WORK HISTORY
Optical Fiber Research Scientist @Mpb Communications
CA
Lead design and development of ultrafast mode-locked fiber lasers (SESAM and figure-of-8 configurations).• Conduct EDFA simulations using Optical Amplifier Simulation System (OASiX 4.0) and experimental setup testing.• • Design Mach–Zehnder interferometer modulation setups based on piezoelectric effect.• Create detailed engineering and test documentation, measurement procedures, safety reports, and troubleshooting guides.• Support production with test specifications, reliability evaluations, failure analysis, and root-cause investigation for customer laser modules• Optimize several splice recipes for different types of fibers (GRIN-PM, etc.)• Develop sustainability lifecycle assessments (LCA) for photonic devices (ISO 14040/44 standards).• Deliver technical and environmental compliance reports (RoHS, REACH, Carbon footprint, GWP and etc.) for major European and Canadian clients.
EDUCATION
Multimedia University
Bachelor's degree, Telecommunication
Multimedia University
Master's degree, Optical Fiber Communication and Photonics
Université Laval
Doctor of Philosophy - PhD, Physics
Multimedia University
Foundation degree, Engineering; Telecommunications
SKILLS
ABOUT SALAH MOHAMMED
I am an experienced Optical R&D Engineer with a Ph.D. in Physics from Laval University,(Center of Photonics and Lasers, COPL) in Canada and with 12+ years in R&D fiber manufacturing, photonics devices, and nonlinear optics. Proven expertise in fiber fabrication facilities, Mode locked fiber laser device,Erbium doped fiber devices, MCVD processes, rare-earth doping fibers, fiber drawing, nonlinear optics, client’s communication and feedback reports, and environmental life cycle assessment based on ISO 14040/14044. My professional journey spans both industrial experience and advanced research laboratories across Canada (MPB Communications Inc. at Montreal)),(CorActive high tech. at Quebec City),(COPL, Laval university), Carleton university, Australia (UNSW), Malaysia (MMU), and Hong Kong (PolyU). This international exposure has equipped me with a deep and practical understanding of fiber optic and photonics technologies, diverse manufacturing processes, and global quality standards. Throughout my career, I have contributed to the development and optimization of cutting-edge fiber products.
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