Designed and integrated FLATSAT propulsion system for lunar flashlight, contributing to lunar missions launched via SpaceX Falcon 9.
Designing microfluidic chips and leveraging nanotechnology to enhance polymer processing efficiency.
Developed precision multi-extruder 3D printing systems, camera metrology modules, and automated G-code processes.
Created compact suturing device, significantly improving neurosurgery efficiency and operating room workflows.
Led multi-year research in soft robotics, CNC systems, aerospace sensors, and advanced materials.
Optimizing solar wafer manufacturing through PLC automation, risk assessments/maintenance guides, and SCADA system enhancements.
Designed and integrated FLATSAT propulsion system for lunar flashlight, contributing to lunar missions launched via SpaceX Falcon 9.
Designing microfluidic chips and leveraging nanotechnology to enhance polymer processing efficiency.
Developed precision multi-extruder 3D printing systems, camera metrology modules, and automated G-code processes.
Created compact suturing device, significantly improving neurosurgery efficiency and operating room workflows.
Led multi-year research in soft robotics, CNC systems, aerospace sensors, and advanced materials.
Optimizing solar wafer manufacturing through PLC automation, risk assessments/maintenance guides, and SCADA system enhancements.
My name is Solomon Andrews. I am a recent Mechanical Engineering graduate from the FAMU-FSU College of
Engineering, with a journey marked by a passion for innovation and a track record of
awards, certifications, and impactful research experiences.
Throughout my academic career, I have honed my skills in additive manufacturing, mechatronics, programming,
aerospace engineering, material science, biomedical engineering, and mechanical design. Work experiences and research roles at
esteemed institutions like Sandia, Honeywell KCNSC, NASA MSFC, and Mayo Clinic have
enriched my practical insights and skills. I am eager to apply my knowledge and creativity to solve real-world
challenges.
Let's connect and explore the intersection of passion, skills, and solutions in the dynamic world of
engineering!
From June to August 2023, I worked at Honeywell's National Security Campus, researching new additive manufacturing methods for nuclear deterrence development.
Click Here to Learn MoreOn July 25, 2023, I was honored with the Ted Rogers-Intuitive Scholars and Fellowship Program Award, recognizing my work throughout my engineering journey while at FAMU-FSU.
Click Here to Learn MoreFrom June to August 2022, I built a propulsion system to support the "Green Propellant Technology Development for SmallSat Propulsion Systems" project at the NASA Marshall Space Flight Center.
Click Here to Learn MoreInteractive model of a casting concept designed in CAD software.
Custom microfluidic chip designed for advanced polymer research at Sandia Labs.
Sheet metal design with complex cutouts and bend allowances for fabrication testing.