Vanshaj Garg

Results-driven Senior Firmware Engineer with over 7 years of experience architecting, developing, and optimizing embedded and system-level software across diverse platforms. Proven expertise in Embedded C/C++ with deep proficiency in debugging and development using Eclipse, IAR Embedded Workbench, and other leading IDEs. Extensive hands-on experience in building robust firmware and embedded applications, including setting up scalable build environments using Makefiles, linker scripts, and cross-compilation toolchains. Adept at driving process improvements and mentoring engineering teams on embedded technologies, tools, and workflows—resulting in enhanced team performance and code quality. Experienced in version control (Git, SVN) and CI/CD integration using Jenkins, recognized for analytical rigor, attention to detail, and effective communication skills in both individual and cross-functional team settings.

• Winner, Mini Project Competition organized by ICEIT ABESEC Chapter at ABES Engineering College.
• Certified Participant, Circuit Design Competition conducted by IEEE under ECE Department, ABES.
• Coordinator, Science Academies’ Lecture Workshop on Chemical and Environmental Sciences, ABES.
• Volunteer, Genro’12 Inter-College Techno-Cultural Fest, ABES Engineering College.
• Coordinator, Loophole & Ethical Hacking Workshop by KYRION Digital Securities, ABES.
• Participant, Genero’12 Techno-Cultural Fest, ABES – awarded certificate of participation.

• Gender: Male
• Marital Status: Married

My GitHub Projects:

Secure MPC Communication Framework
GitHub: github.com/gargvanshaj/secure_mpc_communication

• Designed and implemented a secure client-server architecture over TCP/IP using Boost.Asio.
• Developed ECDSA-based challenge-response authentication (secp256k1) with pre-provisioned keys using the Trezor Crypto library.
• Employed SHA-256 hashing and elliptic curve operations for secure identity verification.
• Utilized Nanopb (Protocol Buffers for C) for lightweight and efficient message serialization.
• Structured for scalability with CMake-based cross-platform build configuration.