-Analyze market landscape for strategic positioning and technical road-mapping.-Emphasize AIM Photonics' competitive advantage through differentiation in layer stack, advanced packaging capabilities, sub-system products, and PDK components.-Design silicon photonics circuits & TSV-interposer interconnection for 2.5D Co-Packaged Optics chiplet (drivers, TIAs, and DSPs) IMDD transceiver system demonstrator/reference design.

-Silicon Photonics platform for coherent transceiver 400, 800 ZR/ZR+-Designed, layout, and tested active and passive silicon photonics components. Circuit layout and Pcell creation.

Silicon Photonics Coherent Transceiver 400ZR/ZR+

-Published multiple journal articles on design, fabrication, packaging, and testing of novel silicon photonics passive-aligned edge coupler structures-Design, simulation, fabrication, packaging, and testing of silicon nitride and silicon devices on a SOI integrated photonics platform. Used wavelength multiplexed lights onto neural probes for lab-on-a-chip imaging and temperature sensing.

- Published multiple journal articles on advanced photonic systems and signal processing techniques.- Built a miniature hand-held Spectral Domain optical coherence tomography (SDOCT) system, time-locked with serial peripheral interface (SPI) and I2C protocols to control multiple peripherals (ADC, DAC, and memory). Free-space optics modeled with Zemax and controlled with C++.- Modeled silicon nitride on SOI integrated photonics-based Optical Coherence Tomography systems for lab-on-a-chip imaging.