Tyler Stevens Email & Phone Number

Tulsa, Ok, Us

Charlotte, Nc, Us

• Led research on 4D-printed parts, origami-inspired mechanisms, and carbon fiber applications, developing a sheet-based AM approach that increased efficiency of material utilization by up to 50% and build volume by 95%.• Pioneered a dynamic radiant barrier system that enhances energy efficiency by regulating 40% of heat flow into structures for improved temperature control.• Advanced the Sheet Lamination AM process to create complex geometries entirely in situ, enabling innovative manufacturing solutions using sheet-based materials.• Led multidisciplinary 15-person team to push cutting-edge research in additive manufacturing, origami mechanisms and building science, contributing to the development of modular and deployable structures for building and space applications.• Leveraged tools like COMSOL Multiphysics, SolidWorks, and Matlab to optimize design and simulation processes, streamlining the development of scalable AM solutions.

• Designed coursework, assignments, and exams for 8+ classes in Machine Design, Manufacturing Processes, Advanced Engineering Mechanics, and Additive Manufacturing, impacting over 240 students.• Developed hands-on labs for Additive Manufacturing, introducing simulation tools like ANSYS and nTop, which enhanced students' ability to design efficient, lightweight, and strong parts.• Streamlined learning by implementing innovative problem sets and simulations that fostered creativity, teamwork, and leadership.• Utilized SolidWorks, ANSYS, COMSOL Multiphysics, and nTop to support students in solving complex engineering problems and refined their understanding of AM processes.

• Developed course materials and teaching aids for BYU's Dynamic System Modeling course (ME EN 335).• Structured assignments to help students apply system modeling principles in practical scenarios to enhance their problem-solving skills in the fields of dynamics, heat transfer, and fluid mechanics.• Received positive feedback from students, who appreciated the clear instruction, practical approach, and engaging course content.• Key tools and software: Matlab and Python

Arlington, Virginia, United States

• Pioneered realtime ETL process to analyze 20M time-series data points, leveraging in-depth knowledge in systems development.• Utilized graph theory to create, build, and optimize a well-received Neo4j graph database, boosting performance 1000% over SQL and emphasizing high-quality results within a fast-paced, deadline-focused environment.

Provo, Utah

• Created first version of company's liquid chromatography machine software to acquire and analyze data for companies such as NASA and Pfizer• Ported and developed libraries using Python, MATLAB, and JavaScript, Git and GitLab for peak-finding, noise reduction and other signal processing algorithms• Implemented data visualization for desktop and mobile using JavaScript, jQuery, Plotly.js, and D3

Provo, Utah

• Created ML-based web apps that improved computational time by 99.8%• Boosted image search performance 100%+ after extrapolating image metadata with Natural Language Processing (NLP), acting as a subject matter expert with related processes and practices while maintaining stellar work ethic.• Automated data acquisition and analysis to eliminate 90% of human intervention.• Extrapolating and expanding image metadata through the PyTorch and TensorFlow libraries• Programming app using Amazon AWS in C#, ElasticSearch, PostgreSQL, JavaScript, AngularJS, SQL, WordPress, WooCommerce, HTML5 and CSS 3, and Bootstrap• Documented developer setup and documentation

Provo, Utah

• Developed and analyzed a complex series of tests (annealing nanomaterials) on microscopic metals• Improved results by over 1000%• Analyzed and documented 150+ nanowires before/after the experiment• Compiled, analyzed and presented data using Python

Provo, Utah

• Taught physics and math to over 200 students at all levels, even graduate students• Instructed students in problem-solving techniques including data analysis and to use Mathematica and MATLAB.• Coached students and groups privately

Provo, Utah

• Taught physics and math to over 200 students at all levels, even graduate students• Instructed students in problem-solving techniques including data analysis and to use Mathematica and MATLAB.• Coached students and groups privately

Doctor Of Philosophy - Phd, Mechanical Engineering

Master Of Science - Ms, Mathematics, 3.8/4.0

• Completed coursework in Mathematical Biology, Monte Carlo Simulations, Functional Analysis, Artificial Intelligence, and Financial.

Bachelor Of Science - Bs, Major: Physics, Minor: Mathematics, 3.52/4.0

• Relevant Coursework: Mechanics, Waves, Optics, Thermodynamics, Mathematical Physics, Differential Equations, and Statistics •.