Scienta Vision Academy a project of Scienta Vision System provides a boost to the background knowledge of the students by revising the whole course to fill any loopholes, followed by regular tests to assess their learning and grand tests to analyze the academic standing of all the students.Responsibilities• Spearheaded the development of embedded systems and IT infrastructure, resulting in a 30% improvement in overall system performance and reliability.• Designed and optimized PCB layouts using OrCAD and Proteus Design Suite while managing IT protocols, leading to a 25% increase in project efficiency.• Implemented FPGA-based designs for signal processing applications, leveraging Verilog and C++, achieving a 40% boost in data processing capabilities.• Established robust ICT standards and cybersecurity protocols, reducing security incidents by 50% while ensuring seamless integration with hardware systems.• Led cross-functional teams in delivering complex hardware and software projects, utilizing MATLAB/Simulink for system modelling and AI integration, resulting in a 20% reduction in project completion time.

National Institute of Electronics (NIE) is a public funded autonomous organization under the Administrative control of Ministry of Science & Technology (MoST). NIE has been established in 1979 through the Presidential Ordinance No. III for the promotion of electronics at the national level. Responsibilities• Designed and developed complex PCB schematics using OrCAD and Proteus Design Suite, achieving a 30% reduction in board size and 20% improvement in signal integrity.• Implemented embedded systems solutions using C/C++ and MATLAB/Simulink, resulting in a 25% increase in device performance and functionality.• Led a team of 5 engineers in successfully delivering three significant projects, utilizing agile methodologies to improve project completion times by 15%. • Conducted comprehensive PCB testing and debugging using PSPICE and NI Multisim, reducing post-production issues by 40%.• Integrated machine learning algorithms in embedded systems using Python, enhancing device predictive capabilities by 35%.Key Projects• Embedded Power Management System- Designed and implemented an embedded system for real-time power monitoring and control, achieving a 15% improvement in energy efficiency. Utilized C++ and FPGA programming to optimize performance.• PCB Design for Smart Grid Sensors- Developed custom PCB using OrCAD for smart grid sensors, reducing size by 25% while improving data acquisition. Integrated low-power microcontrollers and wireless modules.• IoT-Based Vehicle Diagnostics Platform- Created an IoT device for real-time vehicle diagnostics, leveraging embedded Linux and Python. Implemented machine learning algorithms for predictive maintenance, improving fault detection accuracy by 30%.• Hardware-in-the-loop Simulation for Power Systems- Built a hardware-in-the-loop test bench using MATLAB/Simulink and dSPACE, enabling rapid prototyping and validation of power electronic controllers. Reduced development time by 40%.