System Engineer

Introduction:

The candidate brings over 6 years of expertise in mechanical engineering, system modeling, automation, and control systems. With a focus on product development, testing, and validation, the candidate has worked on complex engineering projects involving advanced control systems, system identification, and automation. The candidate has demonstrated strong leadership skills, including managing cross-functional teams, aligning stakeholders, and defining product roadmaps. In addition, the candidate has a solid foundation in teaching advanced subjects, mentoring students, and applying knowledge to real-world engineering challenges. The individual is highly proficient in using various modeling tools and software, including SysML, MBSE, MATLAB/Simulink, SolidWorks, and C++. Through a combination of practical skills in testing, system design, and project management, the candidate has consistently delivered innovative solutions for mechanical and robotic applications.

Responsibilities:

• Led the modeling, testing, and validation efforts for upcoming products in mechanical engineering.
• Managed stakeholder alignments and supplier relationships to ensure smooth product development.
• Defined and managed product roadmaps for the development of advanced mechanical systems.
• Conducted testing for ISO-13485 certification for a new surgical robot.
• Taught advanced mathematics and creative problem-solving techniques to high school students.
• Developed a thermal compensation model for precise measurement devices, including data collection and testing.
• Designed and implemented control systems for a quadcopter using model predictive control (MPC).
• Developed and tested neural network-based systems for identifying and controlling dynamic systems.
• Created system models using SysML, MBSE, and conducted requirement engineering for mechanical systems.
• Gained experience in the use of welding, tooling machines, CNC, and other workshop tools for product prototyping.