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Schedule Interview NowMy name is Ehsan S. and I have over 2 years of experience in the tech industry. I specialize in the following technologies: Embedded C, PCB Design, C++, Altium Designer, STM32, etc.. I hold a degree in Bachelor of Engineering (BEng), Associate of Science (AS), Master of Science (MS). Some of the notable projects I’ve worked on include: Management Control Card Board for Optical Telecom Networks, Design and Development of a 10G OEO Transceiver Board, Cost-Effective Solar-Powered Bus Tracking and Display System, NMS (Network Management Software), Intelligent Motor Protection Relay, etc.. I am based in Toronto, Canada. I've successfully completed 8 projects while developing at Softaims.
I am a business-driven professional; my technical decisions are consistently guided by the principle of maximizing business value and achieving measurable ROI for the client. I view technical expertise as a tool for creating competitive advantages and solving commercial problems, not just as a technical exercise.
I actively participate in defining key performance indicators (KPIs) and ensuring that the features I build directly contribute to improving those metrics. My commitment to Softaims is to deliver solutions that are not only technically excellent but also strategically impactful.
I maintain a strong focus on the end-goal: delivering a product that solves a genuine market need. I am committed to a development cycle that is fast, focused, and aligned with the ultimate success of the client's business.
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QNX Software Systems
Designed a 6-layer management control card board for optical telecom networks, handling telecom optical card operations. Developed schematic and PCB layout using Altium Designer, with a focus on performance and signal integrity.
Designed a 4-layer OEO (Optical-Electrical-Optical) 10G board for optical telecommunication transmitters. The board performs 3R signal processing (regeneration, retiming, reshaping) and integrates SFP modules. Developed schematic and PCB in Altium Designer with optimized signal integrity.
Designed a cost-effective, solar-powered hardware solution for bus tracking and display systems using a PIC18F microcontroller and SIM800 GSM module. Developed server-side software in C# with multi-threaded socket programming. Integrated 2G and Zigbee networks to estimate bus locations and display real-time information at stations.
The project developed mission-critical NMS software for optical telecommunications equipment. Objectives included creating a modular, scalable system for real-time monitoring and control using a flexible .NET architecture and SNMP. Key features were network topology views, fault and performance management, provisioning, inventory management, and SNMPv3 authentication. The software used a distributed Docker and RabbitMQ architecture for responsiveness and was integrated with databases and client software for centralized access, ensuring effective management of optical network devices.
An advanced protection system was created for three-phase electric motors up to 440V and 1-600kW. The microcontroller-based design monitors and protects against electrical and mechanical issues like overcurrent, phase loss, and overheating. Key features include: - Real-time monitoring of current (True RMS), voltage, power, and faults with displays. - Can detect overload, startup overtime, current imbalance, stalled rotor, undercurrent, short circuit, phase failure, phase reverse, under voltage, and over voltage.
Bachelor of Engineering (BEng) in ICT - Data Communication
2007-01-01-2010-01-01
Associate of Science (AS) in Electronic engineering
2005-01-01-2007-01-01
Master of Science (MS) in Mechatronics, Mechatronics, Automation & HMI
2013-01-01-2015-01-01