Neman Hashmi

Developed C# testing procedures for sensor validation across diverse environmental conditions including pressure, temperature, humidity, vibration, G-forces & rotational dynamics Designed & implemented hardware drivers for various environmental test chambers & related equipment Programmed embedded firmware in C++ for sensors Created Python scripts to extract & analyze sensor data, identifying sensor performance issues & anomalies Enhanced C# GUI for real-time interaction with sensors

Developed firmware in C and C++ for a range of microcontrollers including Cortex ARM, STM32, and AVR architectures. Programmed PLC & HMI Implementing IEC 61131-3 using LD, FBD, ST, SFC & IL. Built smart industrial IoT solutions via Wi-Fi, Bluetooth & ESP32 platforms. Created complex PCB layouts, including Analog, high-speed digital, RF, mixed signal routing for flexible and custom-shaped PCBs using Altium, Eagle, KiCAD etc. Wrote modular and scalable C# code to support automation and control processes.

Led product lifecycle from requirements to deployment and release. Coordinated cross-functional hardware, firmware, mechanical, QA, manufacturing, and customer teams. Developed embedded C/C++ firmware and C#/Python tools for diagnostics and production validation. Designed and commissioned PLC, HMI, SCADA, and DCS automation systems. Prepared technical documentation, validation reports, and delivered technical training.

Streamlined communication and collaboration across game design, R&D, and mechanical teams, driving efficiency and exceeding project goals. Achieved flawless production of six DOF motion platforms through rigorous testing protocols and quality control measures. Conducted thorough on-site and factory audits, providing comprehensive reports to clients.

Engineered a spectrum of 6, 3, and 2 DOF manipulators for robotics/mechatronics projects, implementing Linux RTOS for precise and efficient inverse kinematics. Developed firmware for various controllers (ARM, STM, AVR, PIC etc.). Streamlined software development through efficient C#, C++, and Python programming, employing proactive debugging and testing to deliver high-quality solutions. Developed Integrated circuit design, crafting solutions in digital and power electrical design.

Deployed SCADA and DCS-based systems enabling data acquisition and control. Programmed PLCs using ladder logic, FBD, STL and design HMI/text panel. Boosted production of garment processes by 20% by replacing outdated systems with custom PLC. Reduced production delays by 15% by actively monitoring and troubleshooting critical systems. Employed reverse engineering techniques to optimize projects such as Zinser bob feeding and socks preturner. Configured and troubleshooted AC, DC, and servo drives.

Comparative Education Service (CES), Educational Credential Assessment's is Two-year Master’s degree and Four-year Bachelor’s degree from a recognized university,