Sai Santosh Sasank Peri, Ph.D. Email & Phone Number

Cornelius, OR, US

Hillsboro, Oregon

• Responsible for definition, development, and validation of electrical tests for silicon wafer and packaged units of test vehicles for all transistor node technologies, while working in collaboration with design.
• Develop test patterns for pre-silicon validation and post-silicon debug for silicon wafer testing in the Sort, Class, and Burn-In Test areas.
• Ensure yield process changes, device optimizations and reliability implications are fully understood on the product architectures as pre-silicon assumptions are not always consistent with post-silicon observations.
• Qualify processes which are being developed at the Intel fabrication facility on campus for microprocessor manufacturing using silicon wafers.
• Analyze large amounts of electrical data and making decisions to improve processes that increase the number of working transistors on a microchip.
• Review electrical testing data, processing parameters and defects associated with the processes.

Arlington, TX

Implementation of a nanosensor for biomedical applicationsDeveloping an epidemiological model to predict the engagement on Twitter

Arlington, TX

Fabricated the nanoaperture-nanopore sensor using semiconductor fabrication technology in a class 100 cleanroom of Shimadzu Institute Nanotechnology Research Center, UTAMilled nanoaperture (100 nm) and nanopore (25 nm) structures in metal and dielectric membranes using He and Ne ion beams in ORION NanoFab, GFIS Multi-Ion FIB tool at Carl Zeiss Microscopy.

Dallas/Fort Worth Area

Developed a predictive model in Python using time series analysis to estimate the growth of a viral topic on an online discussion forumPerformed Independent Samples t-Test on students using SPSS to identify probability of students participating in course related activities for an online course Developed a model in Python using a classification algorithm to.

Designed and prototyped a portable, hand-held reusable microfluidic catridge in acrylic with pumps/valves system and incorporated a surface modified nanotextured PDMS polymer for bioassay applications Developed and optimized a surface modification protocol for neutravidin–biotin functionalization to immobilize antibodies (Anti-EGFR/EpCAM) on a nanotextured.

Arlington

Developed teaching materials and assessment strategies, created and evaluated examinations and assignments, tutored and assisted students for each classLectured classes on usage of Microsoft Excel, Word and Powerpoint as tools for professional communication

Hyderabad Area, India

Designed and fabricated a portable wax printed paper microfluidic sensor for quantification of cholesterol concentration in blood serumPerformed an Enzyme Linked Immunosorbent Assay (ELISA) on a wax printed paper microfluidic sensor for identification of target antigen-antibody complexesDevised a hand-held blood typing device to detect the human blood.

Hyderabad Area, India

Participated in troubleshooting and maintenance procedures of medical equipment

Doctor Of Philosophy (Phd), Electrical And Electronics Engineering, 3.82

Bachelor Of Technology (B.Tech.), Biomedical/Medical Engineering, 4.0

Activities and Societies: IEEE