About:

A self-taught embedded software engineer who have been architecting, implementing, and actively maintaining open-source embedded software products for over 3 years, in addition to contributing to jMonkeyEngine Game Engine for 4 years, taking ideas from observation and theory to deployable software to solve a variety of low-level and high-level problems in the embedded systems industry. My long-term vision is to build an SDK suite to bootstrap distributed simulation systems integrating both software systems and hardware controls

Languages:

Java - C/C++ - Kotlin - Bash (Bourne-Again Shell) - HTML/Javascript - Assembly

Technologies and Frameworks:

Java Streams - Java Concurrency - Java Reflection - Java Native Interface (JNI) -
Native Invocation API - Java Core Utilities - jSerialcomm - jMonkeyEngine -
Android SDK - Android NDK - AVR-Core - GNU/Linux Bin-utils - Gradle -
gnu-libc (embedded-linux and avr) - Arduino-Core - Kiosk-Systems - Pi4j-v1 -
Pi4j-v2 - Linux-Kernel

Skills:

Medical science - Software Design patterns - Software/Hardware algorithms - Infra-structure android engineering - Basic Electronics - Basic embedded systems - APIs Development - Build Automation - Static libraries development - Dynamic libraries development - Android Java and Native modular libraries - Embedded GNU/Linux - Basic calculus - Basic Linear algebra and vector-spaces - GNU Makefile - GNU-C-Compiler-Toolchains (GCC) - Low-Level-Virtual-Machine Toolchain-Set (LLVM) - Cmake - Java Instrumentation - GNU/Linux Virtualization - GNU Debugger (GDB) - Applied Linear algebra and calculus - Advanced electronics and embedded systems

Highlighted Projects and Contributions:

• The Electrostatic-Sandbox SDK: a complete work-in-progress SDK suite for distributed simulation systems based on IEEE-1516 HLA Spec. and NASA DSES together with MCU bare-metal support and a stock Java binding interface.
• jSnapLoader: a high-performance native library extractor and loader for JVM applications powered by an incremental loader and anti-failure mechanisms for fast-load-reload actions, and much more reliable software flow.
• Articular-ES: An entity component system (ECS) framework featuring strong articulations among components from different systems through controller interfaces. The API is powered by a caching system that enables caching data in different configurations.
• Therac-25: analysing Therac-25 complex system failure using mathematical models, and introducing suggested solutions to safety-critical systems industry and community.
• ffplay-ip-cam: Introduces abstract scripts for ip-cameras manipulation using ffmpeg ffplay library, in addition to ready-to-use configurations for Tenda CP3pro both in full and sub-optimal resolutions.
• Electrostat-Lab Contributions.
• jMonkeyEngine-Contributions.

Notes:

All the ticked items above are involved in my work (not totally utilized).