Help & Supportcareers@gravityer.com
Senior @ PES University | Embedded Software Engineer | STM32 | FreeRTOS | ARM Cortex-M | Real-Time Systems | Defence & Aerospace Firmware
AI is analyzing your overall score…
Identifying your key strengths…
Evaluating your skill match against the job requirements…
Assessing your cultural and operational fit
AvGarde Systems
Embedded Systems Engineer
June 20, 2026 – Present
GPS-PPS-Synchronized-UTC-Clock-using-STM32F407
March 18, 2026 – Present
Accurate timekeeping is critical in embedded systems, but microcontrollers suffer from clock drift. This project uses an STM32F407 with a GPS module, combining NMEA UTC data (UART) and a precise PPS signal (1 Hz) to create a synchronized clock with millisecond-level accuracy.
View ProjectSTM32F407-Advanced-AES-256-Cryptographic-Engine
February 24, 2026 – Present
A comprehensive, production-ready implementation of the Advanced Encryption Standard (AES-256) in Cipher Block Chaining (CBC) mode for the STM32F Discovery board. This project features a complete software-based cryptographic engine with an interactive user interface, real-time encryption/decryption capabilities, and comprehensive security features.
View ProjectEmbedded-GUI-Text-Rendering-on-STM32-Using-TouchGFX
February 20, 2026 – Present
Production-ready TouchGFX GUI for STM32 demonstrating advanced Unicode text rendering, MVP architecture, and memory optimization. Features UTF-8 to Unicode conversion, 60 FPS animations, and cross-platform development with STM32CubeIDE + VS Code support. Perfect for embedded systems requiring multilingual displays.
View ProjectMulti-Modal-Embedded-Control-System-Using-STM32F429I-DISC1-and-TouchGFX-Framework
February 6, 2026 – Present
Advanced embedded HMI system controlling STM32F429I-DISC1 on-board LEDs via TouchGFX GUI. Features touch-screen buttons for LED13/LED14 control and joystick-operated virtual LED visualization. Complete embedded GUI implementation with hardware integration.
View Projectaule_space
January 8, 2026 – Present
Flight Software Assignment Problem Statement You are provided with a Simulink model implementing quaternion-based LQR attitude control for a rigid spacecraft with 4 reaction wheels. The task is to design and implement a mission computer in C/C++ that replicates the provided Simulink model for 3-DOF attitude control.
View ProjectCultural Fit Analysis
The candidate's projects are heavily focused on embedded systems, which aligns well with the target role. The diversity of projects within the embedded domain (GUI, GPS, cryptography, flight software) shows a broad interest and capability. However, the presence of a few non-embedded web-related projects (chatbote-sp32, Bot-AI) might indicate a broader interest, but the primary focus remains embedded. The candidate's experience level is listed as 0, which contradicts the current employment as an 'Embedded Systems Engineer' since 2026. This discrepancy needs clarification. Assuming the experience is valid, the candidate's project portfolio demonstrates a strong alignment with the technical demands of an Embedded Systems Engineer role.
Soft Skills & Operational Fit
The candidate's project descriptions suggest a detail-oriented and problem-solving mindset. The focus on production-ready implementations and memory optimization indicates an understanding of operational constraints in embedded environments. However, without psychometric test results or interview data, a comprehensive assessment of soft skills and operational fit is limited.