Below are my certificates. Click each to expand and know more about the certificates.
Certificates
Fundamentals of Digital Design for VLSI Chip Design
L&T EduTech • Feb 2026
Credential ID: OQK44ZK7PCML
This specification strengthens foundation in digital logic design, covering combinational and sequential circuits, finite state machines, and FPGA-based implementation for VLSI systems. It emphasizes translating design specifications into scalable, hardware-efficient architectures relevant to modern semiconductor chip development.
Verify
Optical and X-Ray Characterization
Arizona State University • Feb 2026
Credential ID: OQK44ZK7PCML
This specification strengthens foundation in digital logic design, covering combinational and sequential circuits, finite state machines, and FPGA-based implementation for VLSI systems. It emphasizes translating design specifications into scalable, hardware-efficient architectures relevant to modern semiconductor chip development.
Verify
Electron and Ion Beam Characterization
Arizona State University • Feb 2026
Credential ID: JAEMXS90J8NX
This certification provides foundational knowledge in electron and ion beam techniques for materials characterization, including imaging, surface analysis, and microstructural evaluation. It emphasizes beam–matter interactions and their applications in semiconductor fabrication, device failure analysis, and advanced materials research.
Verify
Electrical Characterization: MOSFETS
Arizona State University • Jan 2026
Credential ID: EGS8CAV67DZO
This certification covers the electrical characterization of MOSFET devices, including I–V measurements, threshold voltage extraction, mobility analysis, and subthreshold behavior. It emphasizes on understanding device performance metrics and reliability considerations critical to semiconductor device engineering and process optimization.
Verify
Electrical Characterization: Diodes
Arizona State University • Jan 2026
Credential ID: 7FM9865P31EZ
This certification focuses on the electrical characterization of semiconductor diodes, including forward and reverse bias behavior, ideality factors, and breakdown mechanisms. It emphasizes on extracting key device parameters and understanding transport physics relevant to semiconductor device design and reliability analysis.
Verify
Semiconductor Characterization
Arizona State University • Jan 2026
Credential ID: XU2CBS1OMODA
This specialization covers a review of semiconductor basics, as well as electrical, electron beam, ion beam, x-ray an optical measurement techniques for semiconductor devices.
Verify
Fundamentals of Semiconductor Characterization
Arizona State University • Jan 2026
Credential ID: Y5F9AD8XL9LB
This certification provides foundational knowledge in semiconductor characterization techniques, including electrical, structural, and material analysis methods. It emphasizes on extracting key material and device parameters essential for semiconductor fabrication, performance optimization, and reliability evaluation.
Verify
Semiconductor Fabrication 101
Purdue University • Nov 2025
Credential ID: 288640549466
This certification introduces core semiconductor fabrication processes, including photolithography, doping, oxidation, etching, and thin-film deposition. It emphasizes on the integration of process steps and cleanroom fundamentals essential for modern CMOS device manufacturing and semiconductor technology development.
Verify
Summer Undergraduate Research Fellowship 2024
Purdue University • Aug 2024
Credential ID: 288640549466
This certification was granted upon successful completion of a research felloship program which culminated in a presentation of work done during the time of fellowship. It recognizes the fellowship award granted in order to conduct research over Summer of 2024.
Verify