Assembler Assembly – Resume Sample in PDF

• Developing firmware for medical devices, ensuring adherence to ISO 13485 and IEC 62304 standards.
• Elaborating and writing test cases for unit and integration testing of firmware applications.
• Analyzing hardware circuits and debugging hardware faults in medical devices.
• Managing projects related to medical devices, including technical management assignments.
• Utilizing various development environments like Visual Studio, Eclipse, and UNIX-based IDEs.
• Building and configuring targets for debugging, release binaries, and testing using tools like CMake, GCC, and ARM-GCC.

• Participating in Hardware Design Verification projects using UVM, Verilog/VHDL, System Verilog, C++, and assembly language.
• Verifying x86 and ARM processor designs and debugging issues in both RTL and verification environments.
• Conducting integration and merging tasks at SoC and IP levels using versioning systems like Perforce.
• Running test regressions and generating coverage in verification environments.
• Using scripting languages such as Perl, bash, and csh to automate tasks.
• Contributing to Agile and Scrum-oriented methodologies for managing bugs and enhancements.

• Providing support for the computer network and maintaining network and data security for the company.
• Installing and configuring network hardware and software.
• Monitoring network performance and troubleshooting issues.
• Implementing security protocols and measures to protect the company’s data and network infrastructure.
• Conducting regular network audits and preparing reports on network performance and security status.

• Supporting the computer network and ensuring the maintenance of network and data security for the company.
• Installing, configuring, and maintaining network hardware such as routers, switches, and firewalls.
• Monitoring network traffic to identify and resolve issues related to bandwidth, security, and overall network health.
• Implementing network policies to control access and ensure compliance with security standards.
• Conducting backups and disaster recovery planning to protect against data loss.

• Teaching students programming using microprocessors during laboratory classes.
• Instructing students on the assembly of development boards using Microchip PIC16F876A.
• Developing various applications using embedded C and Microchip tools.
• Designing and updating laboratory exercises to reflect the latest advancements in embedded systems.
• Assessing students’ work through practical exams and assignments.

• Organizing training courses for students in constructing and programming mobile systems with microcontrollers.
• Teaching programming using C++ and assembly language for various applications.
• Using various development boards, sensors, and actuators in training sessions.
• Developing and implementing robotics projects for students.
• Collaborating with other educators to integrate robotics into the broader curriculum.