Fully immersed in logistics!Building the next generation intermodal motor carrier. Currently operating in Detroit and hoping to soon expand to new regions. :) Always looking to cooperate with talented individuals that share the same grit, passion, and eagerness to revolutionize every aspect of the logistics industry.Carpe Diem!

One of the top 20 entrepreneurial-minded Michigan students across all majors and years, selected to participate in a rigorous co-curricular program that provides deep training and mentorship to develop functional, managerial, and leadership skills.

Prescreened and processed potential program client company applications, learning how to identify high-potential characteristics,Developed Market Specific Overviews and supplied market intelligence to clients, learning how to use primary and secondary research sources to identify economic opportunities,Performed assessments of companies, learning to identify and measured success metrics,Identified and documented critical gaps in business models, company operations, and market needs.

I worked as a computer science co-op in the Research and Development department (Advanced Monozukuri Research) of Yazaki North America. I support the team by programming (in multiple languages and applications) as needed in the various R&D projects. One of the projects I have worked with is creating a GUI server while establishing socket communication between various computers, robots, and sensors.

● Designed 3D/2D high-voltage wire harness models for fully electric vehicles● Supported the release and manufacturing process of the harnesses and performingrework when needed from customers

I worked as a Systems Engineering co-op at Sumitomo Electric Wiring Systems (SEWS) for almost a year. I was part of two different rotational projects (Ford division, Chrysler division) that lasted about five months each. During the first project, I developed wire harness designs for multiple Ford car models using Computer-Aided Design (AutoCAD) and drafting software systems (Zuken E3). The learning curve was steep because I had to adapt and master, with minor guidance, a variety of tools and new software. During this rotation, I worked with a large team of engineers and I was assigned weekly/biweekly tasks whose completion was time sensitive to the overall project deadlines that the department had to meet.During this position, I recognized the crucial value of teamwork, and how to become a reliable and vivid part of my team.

For three semesters, I was part of the CCSFP and Changing Gears research fellowship offered by the UROP program at the University of Michigan, Ann Arbor. During this fellowship, I worked as a research assistant for two different projects. The first project studied the role of High Energy Density Physics phenomena and their role in the stars and planet formation. Laser energy was used to compress capsules filled with gas types of high density and pressure. My task was to improve an existing gas station to precisely fill and monitor the pressure on the capsules more accurately. After researching and consulting with my project mentor, I redesigned the entire station. The new design was built, using Adobe Inventor, inside the frame of a Pelican Case so that it could be carried easier. To guarantee the precision of the station, I used Swagelok pipes that endured high atmospheric pressure. Also, I implemented to the design and programmed two transducers connected with digital meters that were used to constantly monitor the pressure on the gas capsules. The new designed was a success and the team immediately started using it for their experiments. The second project examined/predicted human decision-making in the stock market using Behavioral Game Theory concepts. First, we collected data and used Excel to perform the desired calculations that studied the trend of certain stocks. Afterward, we created MATLAB/Python functions that optimized the portfolio of an individual based on their risk-taking willingness.

- Provide tutoring in Math, Physics, and Programming at Schoolcraft Learning Assistance Center.- Implemented real life experiments in Pasco Capstone technology, and Interactive Physics.-Managed to satisfy all the requirements for the CRLA national tutor certification.