Software Development Life Cycle
A structured overview of SDLC phases, goals, major approaches, and modern delivery practices.
A structured curriculum mapping theoretical concepts, interactive diagrams, and real-world software implementations directly onto the Software Development Life Cycle (SDLC).
Core concepts, compilation toolchains, and mental models of hardware-software interaction.
A structured overview of SDLC phases, goals, major approaches, and modern delivery practices.
Defining hardware-software constraints, platform selection parameters, and scope boundaries.
Software isolation layers, HAL drivers, peripheral decoupling, and RTOS configurations.
Embedded C execution memory models, raw bitwise register manipulation, and resource-optimized coding.
A structured introduction to embedded development platforms, cross-compilation, build phases, GNU tools, and memory layout.
A structured introduction to embedded systems, software architecture, toolchains, memory, hardware interfaces, debugging, and core data structures.
Hardware-in-the-loop debugging, scope testing, stack validation, and pre-release benchmarking.
An engineering guide to Quality Assurance, bug tracking, test automation frameworks, and specialized hardware-facing validation for embedded systems.
Firmware release workflows, semantic versioning, bootloaders, and secure production OTA updates.