Majid M S H

Seasoned Embedded Systems Engineer with 20+ years of experience delivering innovative products and services across industries. Proven expertise in design, development, and technical execution of embedded software, systems, applications, and network communications. Strong foundational knowledge in industrial automation, network protocols, security, hardware validation, and switch and router development.

• Certified Secure Software Lifecycle Professional (CSSLP), ISC2, 2024
• Agile Development Methodology, CA Technologies, 2012
• Secure Development Life Cycle, Schneider Electric Learning Portal, 2015
• Cognizant Application Architect Certificate, Cognizant Academy, 2017

• Received the Darya-e-Noor Award twice at Cognizant
• Won two Schneider Electric - Cognizant hackathons
• Earned top honors in the Cognizant Architect Certificate program
• Awarded for a top 10 innovative idea and implementation at GE MRI
• Recognized for on-time delivery and problem solving for the new LLDP protocol standard (802.1AB) Implementation at D-Link

• Schneider Electric Modicon Mx80 series industrial control processor and ethernet based Communication Modules (eNOC), Sep 2018 – July 2024, Andover, Massachusetts, SPEAr ARM Cortex-A9 based boards and Renesas ARM Cortex-A7 based boards : Modicon M580, M340 and ePac Controller - Ethernet Programmable Automation controller & Safety PLC - BMENOC0301, BMENOC0311, BMENOC0321., BMENOC401, VxWorks 6.7/7.x, Linux Development environment, C, C++, python and bash scripting, The Schneider Electric’s Modicon M580/M340 programmable logic controllers and its ethernet based communication modules cater to industrial automation for various sectors like oil and gas, energy management, etc., and cater to safety requirement controls industries. Modicon M580 ePACs (Ethernet programmable automation controllers) offer openness, flexibility, robustness, and sustainability. They are designed with an Ethernet backbone to optimize connectivity and communications. They support X80 common I/O modules, which can be easily integrated into its architecture., Technical Lead specializing in industrial control processors and communication modules. Proficient in design, development, integration, testing, and SDLC processes. Last delivery focus was on security, communication protocols, and performance optimization. Expertise in multiple IP allocation, network protocols (Modbus, Ethernet/IP, FTP, HTTP, SNMP), inter-task communication, and security vulnerability assessment. Mentor and guide team members in embedded, network, and system programming.
• Schneider Electric FDC280 phase2 also called as External Embedded Device Integrator (eEDI-1a) project, 2 Jan 2017 – 8 Sep 2018, Hyderabad, India, SPEAr ARM Cortex-A9 based board, NUCLEUS RTOS, C, C++, python, Schneider Electric’s Field Device Controller (FDC) 280 phase 2 implementation provides control and Ethernet/serial interfaces between single or dual-ported PLCs, drives and other distributed control devices and EcoStruxure Foxboro DCS. The FDC 280 optimizes the integration of control devices such as PLCs, and increases flexibility — while minimizing system engineering, footprint, and cost., Technical Lead on the FDC280 phase 2 project, leading a team of five developers. Successfully delivered design, development, integration, and testing of critical features. Mentored team members and ensured project success through effective execution, communication, defect management and technical leadership. Key contributions included inter-core communication optimization, secure programming, control task enhancements, data design, sharing and handling, network protocol implementation (MODBUS TCP, RS232, RS485), and HMI integration. Technical expertise in inter-core communication, task prioritization, IPC, and synchronization
• Schneider Electric FDC280 Phase1 also called as External Embedded Device Integrator (eEDI), 2 Jan 2016 – 30 Dec 2016, Hyderabad, India, SPEAr ARM Cortex-A9 based board, NUCLEUS RTOS, C, C++, Schneider Electric’s Field Device controller (FDC) 280 phase 1 implementation provides control and Ethernet/serial interfaces between single or dual-ported PLCs, drives and other distributed control devices and EcoStruxure Foxboro DCS. The FDC 280 optimizes the integration of control devices such as PLCs, and increases flexibility — while minimizing system engineering, footprint, and cost. It is kind of a gateway to coordinate and share data across PLCs and systems., Technical Lead responsible for delivering technical solutions and documentation to the customer. Led a team of five developers in design, development, integration, testing, and project execution and defect management. Key contributions include inter-core communication, control task optimization, network protocol development (MODBUS TCP), data design, fault tolerance, and online upgrade features. Implemented AMP (Asymmetric Multiprocessing) using Nucleus OS on dual-core architecture.

• 802 standards
• Network Protocol RFCs
• IEC 61499
• FDA product development process (specification to test case traceability)
• Hardware Board Data Sheet understanding
• Cyber Security standards understanding (Trained on Certified Secure Lifecycle Professional CSSLP from ISC2)

• CA Technologies, Hyderabad, Senior Software Engineer, Specializing in network management software (NMS). Developed and maintained features for signals, events, and alarms management in large-scale networks. Provided technical leadership and mentorship to team members.
• GE Healthcare, Bangalore, Systems Specialist, Specializing in MRI product development and sustenance. Developed FDA-compliant medical applications for MRI systems. Contributed significantly to graphic prescription and geometry components as part of the Host Software Team. Proficient in C/C++, Objective-C, bash, Perl scripting, Linux device drivers, and kernel module programming. Gained international experience through a three-month assignment in the US.
• IBM, Bangalore, System Software Engineer, Specializing in POWER series processor architecture and hardware validation. Developed and maintained integrity and stress testing software tools for memory and network components. Gained deep expertise in hardware architecture, instruction sets, device drivers, system software, network programming, and IPC.
• D-Link, Bangalore, R&D Engineer, Specializing in network firmware and software development. Contributed to two successful projects involving Layer 2 and Layer 3 networking. Proficient in RTOS programming, TCP/IP, Linux networking, and various protocols (e.g., SMTP, SNMP, NAT, LLDP, PBNAC, POP3, RADIUS).

• AWS
• Azure
• IoT
• Python
• AI models
• Generative AI
• LLM