Jaden Maloney

- Management of transfer strategy execution for Network Transformation projects to increase the resilience and efficiency of global E2E supply chain for Orthopedic Power Tool and robotic-assisted surgery product lines.

- Deployed next-generation radio-frequency devices and 1-dimensional barcode parsing functionality into global Abiomed sites to increase efficiency of logistics functions and transition sites into JnJ QMS systems. - Collaboration with multiple internal stakeholders to engineer novel PTO and Shipping/Receiving workbenches to improve efficiency of logistic workflows in distribution facilities. - Strategic planning for creation and adoption of autonomous systems to streamline generation of market importation documentation. - Strategic planning and engagement with third-party vendors to onboard autonomous robotic solutions to increase material transit efficiency and reduce risk of operator injury.

The UNCF STEM Scholars Program is an initiative designed to identify and provide scholarship and academic support for exceptional African American high school students who aspire to earn STEM degrees and to pursue careers in STEM fields. The program awards 100 scholarships on an annual basis and enables highly capable young people to pursue undergraduate STEM majors and prepares them for successful careers in a variety of STEM professions.

HSF empowers students and parents with the knowledge and resources to successfully complete higher education while providing support services and scholarships to as many exceptional students, HSF Scholars, and Alumni as possible. - Engaged with the HSF network of scholars and alumni to invest in our future by fostering powerful connections and creating learning opportunities. - Selected as a scholar for the 2022 HSF Finance Conference to engage in professional development, career education, and networking opportunities with professionals in the finance industry. - Selected as a scholar for the 2023 L'ATTITUDE Conference to engage with professionals to assess the New Mainstream Economy and how to leverage mechanisms of social innovation to increase engagement and corporate growth.

Supported the development of CRISPR/Cas9-based therapeutics in vivo. Included conducting tissue culture with transfection of LNPs, basic molecular biology techniques such as PCR and ddPCR, ELISAs, and NGS, and support in vivo-based work. - Pioneered development of novel CRISPR/Cas9-based therapeutics for rare disease treatment using in vitro LNP transfection and molecular biology techniques to benefit clinical outcomes of 50,000 patients - Designed protocols for analyzing gene transfection efficacy using ddPCR, Western Blot, ELISA, and NGS techniques to increase funding and company-wide support for the treatment of specified disease target - Established novel in vitro modeling platform to increase biomimicry in application of gene therapies and improve understanding of biochemical and biomechanical changes post-therapy - Assisted in maintaining general laboratory functionality - Designed, implemented, and troubleshot experiments in collaboration with colleagues, to reach desired goals

- Optimized engineering of hydrogel microfiber scaffold constructs in vivo in mice to streamline therapeutic solutions to volumetric muscle loss and treat 50% of combat-related extremity injuries - Collaborated in developing a research proposal and presentation to enable creation of in vitro lab-cultured meat using tissue engineering principles to reduce global greenhouse gas emissions by 14.5%

Developed cancer treatment solutions with genetic editing of adaptive immune cells via CRISPR/Cas technology. - Pioneered a novel preclinical experimental protocol to optimize cell culture conditions for CAR T-cell process development to treat 80,000 patients with acute myeloid leukemia - Analyzed benefits of engineered CRISPR-Cas-edited adaptive immune cells by applying methods of sterile cell culture, flow cytometry, and gene transfection and presented experimental findings to company leadership to maximize funding and company-wide support for treatment of specified disease target

- Conceptualized prototype for a high-frequency and cost-effective method of brain tumor detection to aid recovery of 25,000 recurrent glioblastoma patients after tumor resection - Succeeded in pitch competition to acquire Cohen Translational Engineering Grant of $70k to develop prototype

Common Energy enables homeowners and businesses to lower their electricity bills and reduce their carbon footprint in minutes. Through our online platform, virtually anyone can sign up to receive clean energy and save money. - Liaised people and businesses with state-regulated community solar projects in the Chicagoland region as a part-time contractor - Coordinated with territory managers to develop targeted lists, call strategies, and user-based messaging to foster new business opportunities in 150 household units - Acquired strong product knowledge of renewable energy to increase company outcomes

The Advanced STEM and Health Sciences at Malcolm X College is a selective program offered to high school students that enables them to explore various disciplines of the STEM fields and foster their understanding of the bridge between STEM and the Health Sciences. As a participant, Jaden has expanded his understanding of nuclear engineering, mechanical engineering, quantum mechanics, computer science, and data science, along with the applications of all the aforementioned fields in the development of diagnosis and treatment methods in medicine.

Selected as one of the 100 exceptional individuals to arrive at the Disney Dreamers Academy. Full of ambition, excitement, and hopes for the future, Jaden received motivation, guidance, and skills to help make those dreams come true. Engaged with mentors like Steve Harvey to blaze his trail to success, expand his horizons at career workshops, and strengthen his professional development skills, including interviewing, networking, and professional presence.

Relevant Courses: Cell Biology, Biochemistry, Statistical Physics, Computer-Aided Design, Python, Systems and Signals, Cellular Engineering, Tissue Engineering, Studying for U.S. Patent Office Exam