09/13/2024 updated
100 % available
IoT Engineer, Embedded System Designer, IT Engineer, Lecturer
Mashhad, Iran
Worldwide
Master of Engineering (M.Eng.) in Computer Engineering, Specialization in Computer ArchitectureNetwork EngineeringX86 ArchitectureApplication Programming Interfaces (APIs)ArduinoAutomata TheoryC++ (Programming Language)Computer SecurityPayment SystemsEmbedded CEmbedded SystemsEmbedded SoftwareFormal VerificationField-Programmable Gate Array (FPGA)Hardware Description LanguageScalability
- IoT Solution Architecture: Proficient in designing and developing IoT platforms, hardware and software integration, and ensuring scalability.
- Embedded Systems: Extensive experience with microcontrollers, embedded system design, and real-time systems.
- Programming Languages: Expertise in C/C++, Python, Assembly (80x86, MIPS), and HDL languages like VHDL and SystemC.
- Engineering Simulation Tools: Skilled in tools like Xilinx Vivado, Xilinx ISE, Matlab, MaxplusII, Modelsim, Xmulator, and Relex.
- Network Architecture: Experienced in network design, server management, and cybersecurity strategies.
- Formal Verification: Knowledgeable in formal verification tools and techniques, including UPPAAL (Timed Automata) and CPN Tools (Petri Net).
- FPGA Development: Hands-on experience with FPGA development using VIRTEX IV, Raspberry Pi, Parallella, ESP-based boards, and Arduino.
- API Design: Proficient in designing APIs for IoT and embedded systems to ensure seamless integration and scalability.
- Hardware/Software Co-design: Expertise in co-designing hardware and software for optimized performance in embedded systems.
- Project Management: Capable of leading teams, managing projects, and ensuring alignment with organizational goals and user needs.
Languages
EnglishFluent
Project history
• Spearheaded IoT platform development, reducing project development time by 15% through efficient requirements gathering.
• Managed teams, guided hardware and software integration, designed APIs, and ensured scalability, contributing to a 10% cost savings.
• Conducted market analysis, improved scalability, ensured compliance, and integrated user feedback.
• Developed a high-performance Persian-based IoT platform.
• Managed teams, guided hardware and software integration, designed APIs, and ensured scalability, contributing to a 10% cost savings.
• Conducted market analysis, improved scalability, ensured compliance, and integrated user feedback.
• Developed a high-performance Persian-based IoT platform.
• Led network architecture and server management, achieving 95% uptime.
• Reduced security incidents by 20% through vendor management and cybersecurity.
• Alignment of IT initiatives with organizational goals resulted in a 15% revenue increase.
• Infrastructure optimization reduced operational costs by 20%, enhancing competitiveness.
• Reduced security incidents by 20% through vendor management and cybersecurity.
• Alignment of IT initiatives with organizational goals resulted in a 15% revenue increase.
• Infrastructure optimization reduced operational costs by 20%, enhancing competitiveness.
Teaching Embedded System Design