05/17/2025 updated
100 % available
Senior Software Engineer
Lancram, Romania
Only remote
Master's Degree in Artificial Intelligence & Computer VisionInnovationC (Programming Language)Java (Programming Language)JavaScriptAutomotive IndustryBootstrap (Software)C++ (Programming Language)Design SpecificationsDjangoScalabilitySpring FrameworkPython (Programming Language)Software ArchitectureSimulationsSoftware Systems
Dedicated Senior Software Engineer with 5+ years of expertise in designing,
developing, and optimizing software solutions across diverse domains. Currently
involved in automotive simulation, contributing to the development and enhancement
of high-performance tools and technologies that support virtual ECU testing,
validation, and system optimisation.
Proficient in C, C++, Java, Python, and web technologies, with a proven track record of
delivering high-quality and innovative applications. Skilled in performance
optimisation, and leveraging modern development practices to enhance software
reliability and scalability with demonstrated adaptability and a user-focused approach.
Known for strong problem-solving skills, collaboration, and a commitment to integrity,
accountability, and achieving impactful results.
Skills:
Programming Languages: C, C++, Java, Python, JavaScript, SQL.
Frameworks & Libraries: Spring, Django, React, Bootstrap
Software Architecture & Design
Technical Leadership
Technical documentation, including design specifications, validation protocols, user
manuals
Quality driven and ability to meet deadlines
Team Player & Mentoring
developing, and optimizing software solutions across diverse domains. Currently
involved in automotive simulation, contributing to the development and enhancement
of high-performance tools and technologies that support virtual ECU testing,
validation, and system optimisation.
Proficient in C, C++, Java, Python, and web technologies, with a proven track record of
delivering high-quality and innovative applications. Skilled in performance
optimisation, and leveraging modern development practices to enhance software
reliability and scalability with demonstrated adaptability and a user-focused approach.
Known for strong problem-solving skills, collaboration, and a commitment to integrity,
accountability, and achieving impactful results.
Skills:
Programming Languages: C, C++, Java, Python, JavaScript, SQL.
Frameworks & Libraries: Spring, Django, React, Bootstrap
Software Architecture & Design
Technical Leadership
Technical documentation, including design specifications, validation protocols, user
manuals
Quality driven and ability to meet deadlines
Team Player & Mentoring
Experience
Freelancer since2025
Languages
GermanFluentEnglishNative speakerRomanianNative speaker
Project history
Contributed as a key member of the Silver development team, driving innovations in
SiL (Software-in-the-Loop) solutions and collaborating on projects that enhanced the
capabilities of virtual ECU development and simulation.Enabled cross-vendor model interoperability by developing a module to import and
simulate Functional Mock-Up Units (FMU) compliant with FMI (Functional Mock-Up
Interface) 3.0, using C++.
• Implemented support for LS-BUS (Layered Standard Bus) on CAN networks,
enabling simulation of network signals as FMU input/output variables by leveraging
Silver’s virtual bus facilities.
• Contributed to the evolution of the FMI standard through participation in FMI
Design Group meetings and direct contributions to the project on GitHub.
Streamlined virtual bus communication and monitoring by creating modules for Silver:
• Designed a virtual bus traffic monitoring module integrated with Wireshark,
supporting real-time capture and file-based storage of simulation data.
• Bridged communication between virtual ECUs with varying abstraction levels by
transforming signal values into raw frames and vice versa using network description
files, enhancing compatibility and flexibility in Ethernet-based simulations.
Accelerated adoption of AUTOSAR Operating System simulation by porting a
Windows-based implementation to Linux and enriching it with new features aligned
with specifications.
• Developed the simulation code in C, utilizing advanced multithreading and
synchronization mechanisms to ensure reliable operation.
• Strengthened customer engagement by serving as the primary point of contact for
AUTOSAR Os simulation-related discussions.
Simplified AUTOSAR Os configuration workflows by developing a plugin for Elektrobit
Tresos, enabling code reusability and reducing manual effort.
• Refactored and enhanced a code generator in C++, originally created with
suboptimal practices, by leveraging STL capabilities to improve code quality,
maintainability, and efficiency in processing input ARXML files for generating Silver
AUTOSAR Os configurations.
Enhanced simulation performance and codebase quality by improving execution
speed through algorithm optimization, porting modules to the latest Silver API, and
refactoring code to leverage modern C++ capabilities.
Provided mentorship and guidance to an intern, overseeing their progress and
ensuring successful completion of assigned tasks while fostering their technical and
professional growth.
SiL (Software-in-the-Loop) solutions and collaborating on projects that enhanced the
capabilities of virtual ECU development and simulation.Enabled cross-vendor model interoperability by developing a module to import and
simulate Functional Mock-Up Units (FMU) compliant with FMI (Functional Mock-Up
Interface) 3.0, using C++.
• Implemented support for LS-BUS (Layered Standard Bus) on CAN networks,
enabling simulation of network signals as FMU input/output variables by leveraging
Silver’s virtual bus facilities.
• Contributed to the evolution of the FMI standard through participation in FMI
Design Group meetings and direct contributions to the project on GitHub.
Streamlined virtual bus communication and monitoring by creating modules for Silver:
• Designed a virtual bus traffic monitoring module integrated with Wireshark,
supporting real-time capture and file-based storage of simulation data.
• Bridged communication between virtual ECUs with varying abstraction levels by
transforming signal values into raw frames and vice versa using network description
files, enhancing compatibility and flexibility in Ethernet-based simulations.
Accelerated adoption of AUTOSAR Operating System simulation by porting a
Windows-based implementation to Linux and enriching it with new features aligned
with specifications.
• Developed the simulation code in C, utilizing advanced multithreading and
synchronization mechanisms to ensure reliable operation.
• Strengthened customer engagement by serving as the primary point of contact for
AUTOSAR Os simulation-related discussions.
Simplified AUTOSAR Os configuration workflows by developing a plugin for Elektrobit
Tresos, enabling code reusability and reducing manual effort.
• Refactored and enhanced a code generator in C++, originally created with
suboptimal practices, by leveraging STL capabilities to improve code quality,
maintainability, and efficiency in processing input ARXML files for generating Silver
AUTOSAR Os configurations.
Enhanced simulation performance and codebase quality by improving execution
speed through algorithm optimization, porting modules to the latest Silver API, and
refactoring code to leverage modern C++ capabilities.
Provided mentorship and guidance to an intern, overseeing their progress and
ensuring successful completion of assigned tasks while fostering their technical and
professional growth.
Teaching assistant for weekly classes in Object-Oriented Programming, Computer Architecture, and Fundamental Algorithms.
Developed a robotics teaching platform to enhance student learning, combining
physical robotic kits with online simulations using MATLAB and Simulink.
• Designed and implemented simulation tasks for a differential-drive robot to follow
predefined trajectories.
• Learned and integrated MATLAB/Simulink add-ons to simulate and analyze robot
dynamics effectively.
• Built a reusable platform/template, enabling students to simulate, modify, and
experiment with mobile robot movement in a structured learning environment.
• Conducted research to combine physical and virtual robotics tools, optimizing their
use for educational purposes.
• Improved understanding of robotics control systems and fostered student
engagement through interactive teaching aids.
physical robotic kits with online simulations using MATLAB and Simulink.
• Designed and implemented simulation tasks for a differential-drive robot to follow
predefined trajectories.
• Learned and integrated MATLAB/Simulink add-ons to simulate and analyze robot
dynamics effectively.
• Built a reusable platform/template, enabling students to simulate, modify, and
experiment with mobile robot movement in a structured learning environment.
• Conducted research to combine physical and virtual robotics tools, optimizing their
use for educational purposes.
• Improved understanding of robotics control systems and fostered student
engagement through interactive teaching aids.