Daniel Sobieski Email & Phone Number

Cleveland, Ohio, US

• Designed and implemented bioinformatics pipelines to analyze the impact of genetics, immune response, and environmental factors on colorectal cancer development, prognosis, and outcomes. Expertise in integrating.
• Latino Colorectal Cancer Consortium: Led the harmonization and integration of diverse datasets, leading to the creation of a comprehensive database that supports large-scale epidemiological studies and enhances the.
• RNA Spliceosome Analysis: Developing an analytical pipeline to investigate RNA splicing events, aiming to identify novel splicing variants that contribute to colorectal cancer susceptibility and progression.
• microRNA Research: Conducted microRNA binding site predictions and assessed the impact of genetic variants on microRNA binding efficiency. Utilized this data to estimate variant-associated risks and their implications.
• Ancestry-Based Immune Profiling: Applied ancestry-based immune profiling techniques to study variations in immune response across different ethnic groups.

Cleveland, Ohio, US

• IP Strategy & Regulatory Guidance: Assisted Cleveland Clinic inventors in the diagnostics and therapeutics fields to secure intellectual property protection by advising on patent strategy and identifying potential.
• Leadership & Mentorship: Innovation Challenge: Mentored and led a team of four clinicians and data analysts through a 16-week structured innovation challenge, fostering their development in innovation processes.

Fremont, CA, US

• Provided a technical interface between leading semi-conductor supplier ($11B) and its customer base composed of the largest world-wide IC manufactures to identify challenges in future generation integrated circuit.
• Utilized resources across three U.S. states and three countries to introduce materials and processes never previously demonstrated in the industry to two major customers.
• Developed a successful simulation process flow that can mimic hundreds of process steps and use finite element method to calculate the mechanical properties of the patterning stack, allowing engineers to significantly.
• Successfully managed a three-way collaboration between partner companies working to extend Moore’s Law to achieve industry-leading patterning performance and offer joint products and multiple publications.

Santa Clara, California, US

• Project manager and technology scout for projects involving university collaboration and more than 40 first and second tier suppliers across 8 countries to identify technologies that exceed the requirements of Intel’s.
• Successfully led a multimillion-dollar development project that reduced manufacturing operational expenditure by 30% from POR and enabled Intel to maintain its competitive edge through several technology nodes.
• Awarded divisional award for delivering a laser via technology five times faster and 20% more accurate than any other of its kind in the industry.
• Developed a powerful data processing tool that was implemented across several functional areas in the factory.

Master Of Science - Ms, Bioinformatics And Computational Biomedicine

Doctor Of Philosophy (Phd), Physical Chemistry

Bachelor'S Degree, Biochemistry