Ashik Simon Email & Phone Number

San Diego, Ca, Us

San Diego, California, United States

San Diego, California, United States

• Managed a team of students to design, fabricate, and showcase the flight capabilities of an electric-powered, radio-controlled aircraft• Constructed a lightweight 6-foot wingspan airplane, weighing under 3 kilograms, by utilizing specialized composites and optimized designs for weight saving• Combined multiple composites and adhesives for layups, including carbon fiber, kevlar, and fiberglass, to achieve the desired strength properties for an aircraft wing• Created positive molds from foam using CNC hot-wire cutters to facilitate the carbon fiber layup process• Performed in-field troubleshooting and repairs during competition to minimize flight test downtime whileoperating under tight resource constraints• Mentored team members to impart the fundamentals of RC aircraft construction principles, best practices, electronics selection and installation, and testing procedures

San Diego, California, United States

• Troubleshot and resolved mechanical issues with Hologic Panther Trax high-volume lab automation system and Tomcat pre-analytical diagnostic instruments, completing Jira reliability tasks to improve system uptime and reliability.• Created a low-cost vibration monitoring hardware and wrote algorithms for data classification to detect and prevent mechanical misalignment.• Researched, prototyped, and simulated RFID-tagged sample storage solutions for simpler sample tracking for reducing the risk of sample misidentification.• Conducted fault insertion tests on liquid handling robots to validate process controls and catch edge cases, ensuring high-quality sample processing and reducing the risk of errors.• Employed Python-based tools for signal processing, plotting, and analyzing large data volumes to make informed design decisions, demonstrating proficiency in data analysis and programming skills.• Designed a fixture in Solidworks to modify a sample tube labeling machine, increasing testing throughput by a factor of 5.• Characterized the performance of microfluidics PCR chips under various pressure and liquid conditions using a Hamilton syringe pump and pressure transducer. Analyzed and presented common failure modes to the team.• Developed experiments to test and validate instrument performance and improve reliability.

San Diego, California, United States

• Collaborated with a team of student engineers to design and build a Mars rover for the University Rover Challenge, a prestigious international robotics competition.• Developed a lightweight, high dexterity robot arm with six degrees of freedom, allowing the rover to perform a wide range of tasks in challenging terrain.• Conducted FEA risk reduction using Solidworks CAD modeling/simulation, identifying potential failure points and optimizing designs for maximum performance and reliability.• Utilized cost-effective manufacturing techniques, such as on-campus 3D printing and laser cutting, to design and produce high-quality parts that met strict competition requirements.• Demonstrated strong problem-solving skills, identifying and addressing technical issues in a timely and effective manner, while adhering to strict competition rules and regulations.

San Diego, California, United States

• Reviewed and updated documentation and processes for the ESB and TAO ship programs and appliedregulatory standards of the maritime industry.• Utilized AutoCAD to design manufacturable modifications for existing machinery• Actively participated in implementing and monitoring continuous improvement initiatives to improve safety, quality, reduce cycle time, and costs• Developed a deep understanding of shipbuilding logistics by regularly attending meetings with vendors, engineers, and customers, gaining insight into industry trends and best practices.

San Marcos, California, United States

• Designed and fabricated critical components to integrate multiple systems, resulting in a more efficient and effective robot.• Trained and mentored newer team members, delegating tasks and responsibilities to ensure timely completion of projects.• Conducted extensive research on components and materials, adhering to competition policies and procedures to ensure compliance with safety and performance standards.• Achieved recognition for innovative design as recipient of the Rookie All-Star Award, resulting in qualification for the FIRST Worlds Championship.• Participated in community outreach events, volunteering time to teach local students about robotics and STEM-related fields.