I am currently working with Advanced Manufacturing Engineering Systems on robotic systems. This contains Machine Learning, Reinforcement Learning, Camera optimization, and Artificial Intelligence in the Aerospace field on different machine learning softwares. I am working with multiple Collins Aerospace facilities and other companies to enhance the machine learning systems for aerospace products.

I am currently working with Advanced Manufacturing Engineering Systems on robotic systems. This contains Machine Learning, Reinforcement Learning, Camera optimization, and Artificial Intelligence in the Aerospace field on different machine learning softwares. I am working with multiple Collins Aerospace facilities and other companies to enhance the machine learning systems for aerospace products.

Working on the power & control system for power generators on military planes.

Member, Lunar Surface Innovation Consortium Extreme Access PNT subgroup MemberThe Johns Hopkins University Applied Physics LaboratoryThe PNT subgroup is charged with recommending to NASA technologies needing to be developed to enable autonomous robotic exploration of extreme lunar environments such as lava tubes and permanently shadowed regions.The purpose of the Lunar Surface Innovation Consortium (LSIC) is to harness the creativity, energy, and resources of the nation to help NASA keep the United States at the forefront of lunar exploration.

I am currently working in the EASeL and OMRON Laboratory on the research of human interaction in robotic swarms. I am doing the accelerated BS-MS program with my Bachelors in Mechatronics Engineering and minor in Electrical Engineering, and my Masters in Mechanical Engineering. Developing new algorithms for robotic swarms on Neglect Benevolence on the lag time of the operator interacting with the swarm and the robots deciding if they should follow the operator. I collaborated and conducted several research projects in the ARMM Laboratory on the Directed Energy Deposition (DED) system using the Optomec 850M LENS (Metal 3D Printing) machine and worked with NIST on powder flow measurement experiments. Successfully reached the goal to create better solutions for the additive manufacturing field.

Mission Statement: To increase the number of culturally responsible Black Engineers who excel academically, succeed professionally and positively impact the community.NIU Motto: "Don't Do It Alone"

This organization transitioned from the NIU NASA Team to the SET Club back in August 2021 and completely turned it into an official club on the NIU Campus. We are now developing a prototype lunar habitat to expand exploration on the south pole of the lunar surface for the Artemis mission Astronauts. The habitat will be an inflatable structure to be able to fit in the spacecraft to transport it to the moon. This product will be autonomous during operation on the lunar surface.

SHPE changes lives by empowering the Hispanic community to realize its fullest potential and to impact the world through STEM awareness, access, support, and development.Alumni/Outreach Chair: March 2022 - PresentProfessional/Chapter Development: September 2020 - March 2022

At West Virginia University for the summer focusing on developing and experimentally testing advanced interaction rules that can enable robot group foraging behaviors. Novel human-swarm interaction modes for managing a large self-organized robot swarm will also be investigated. Designing robotic swarm for complex environments and strategic decisions based on the knowledge of themselves and their adversaries.

Keeping the products information updated, inventing new solutions for more efficient products for our customers. Learning ways to keep the business running efficiently for the world.

Designing new products and update former products to become more efficient in the transportation industry.

I created memorable experiences as being a mechatronics engineering intern at Wittenstein. My tasks in this position were to code servo motors that would be used in the manufacturing, automotive, and aerospace industry. I finished several projects in this position which helped me gain more knowledge about the opportunities in my field of study.One project I worked on was that I built 7 demos for the trade shows and a few were sent out to distributors. I had to redesign the demos from the normal standard size to a smaller models which made them easier to fit in a pelican case, and feasible to travel with the equipment which helped save money.Another project I worked on was created a troubleshoot code for the servo motors while working with some of Rockwell automation equipment. The code I created was to have the servo motors automatically go to the standard speed which was in RPMs, but in order for me to set it in RPMs, I had to convert from Hex and Bits which was something I learned at this internship. Learning about Hex, Bits, DC, and AC voltage was a great opportunity for me to understand my field of study. The second code was the troubleshooting code which was if the servo motor was going to fast, then the code will automatically reset the system and the servo motors will go back to the standard speed it was set for the specific operation.As being a former intern for Wittenstein has taught me a lot from understanding how electrical and mechanical engineering work together in several industries. The staff was wonderful and they gave me the opportunity to use and improve my skills in different platforms.

Worked on engineering projects using Solidworks, Microsoft excel and access.Engaged with several engineers on the engineering projects

• Manufactured Civil Machinery to be sold to different companies to increase company revenue.• Engaged and learned electrical wiring to the seating of the Chip Spreader.• Built a Prototype Tier V-Chip Spreader for 2019, by working with other Engineers and utilized problem-solving skills to fix engine components.

• Worked with customers to provide customer satisfaction.