Master of Technology – Software Engineering
- Focus: Software Architecture & Design, Cloud‑Native & Platform Engineering, DevSecOps, SDLC.
- Project: GOMOKU – online multiplayer strategy game.
Tech Enthusiast · Innovator · Researcher
Designing systems where silicon, software, and intelligence meet.
I am an MTech Software Engineering student (NUS, ISS) and BTech ICT graduate (Marwadi University), building systems that blend embedded hardware, AI, and cloud-native software — from research prototypes at IIT Guwahati to community-driven engineering initiatives.
01 · Research
Exploring architectures for in-memory computing, secure Network-on-Chip designs, and high-throughput neural network inference.
02 · Engineering
Building systems that span firmware, embedded platforms, and software — turning complex ideas into reliable, testable tools.
03 · Community
Leading technical communities, mentoring peers, and designing experiences that make engineering more accessible and exciting.
About
I’m Shashank — a technology enthusiast, creative thinker, and aspiring researcher dedicated to shaping the future of intelligent systems. I specialise in bridging hardware and software to build systems that are not just functional, but expressive and impactful.
I hold a Bachelor’s degree in Information and Communication Technology from Marwadi University and am currently pursuing my MTech in Software Engineering at the National University of Singapore (ISS). My journey spans embedded systems, IoT, robotics, and software engineering.
Over the years, I’ve led research internships, hackathons, and technical clubs, developing skills across C/C++, Java, Python, AI, and digital design. I am particularly fascinated by how intelligent systems, hardware acceleration, and scalable architectures can shape the next generation of computing.
My research work at IIT Guwahati focuses on multi-network architectures for deep learning, in-memory computing, and security for Network-on-Chip systems using tools like GEM5 and SIAM. I enjoy navigating the full stack of these problems — from architecture and simulation to the code that brings them to life.
Beyond research, I founded the Circuitology Club and chaired the IEEE MEFGI Student Branch, where I led 20+ events, mentored peers, and built communities around curiosity and making.
Whether it’s next‑gen chip architectures or tools that simplify engineering workflows, I’m interested in problems that demand both precision and imagination. Let’s connect and build something remarkable together.
Skills & Platforms
Software
- C++, Python, Java
- ReactJS, REST APIs, JSP/Servlets
- MySQL, HTML/CSS/JavaScript
Systems & Simulation
- Linux (Ubuntu, RaspbianOS, CentOS), Windows
- GEM5, SIAM, Proteus
- Git, GitHub, GitLab, VS Code, IntelliJ
Embedded & IoT
- Arduino, Raspberry Pi, ESP32/ESP8266, Zigbee
- Sensor integration, device control, IoT dashboards
- PCB design, circuit simulation, logic design
Soft Skills
- Leadership & community building
- Team collaboration & communication
- Problem solving, adaptability, critical thinking
Education
Bachelor of Technology – Information and Communication Technology
- Graduated with First Class with Distinction.
Experience
Research Intern – IIT Guwahati
- Achieved scalable AI solutions by designing homogeneous and heterogeneous multi-network architectures for deep learning workloads.
- Improved computational efficiency using parallel processing and In-Memory Computing across multicore systems.
- Engineered hybrid network structures and optimised end-to-end execution using the SIAM Simulator.
- Developed high-performance algorithms in C++ and Python for neural network inference and system-level analysis.
Research Intern – IIT Guwahati
- Designed and implemented security algorithms for Hardware Trojan detection in multicore Network-on-Chip systems.
- Enhanced cyber-physical system protection with optimised routing protocols and intrusion-aware data paths.
- Used GEM5 with Garnet to model multicore platforms, assess security vulnerabilities, and tune performance.
- Programmed analysis and routing algorithms in C++ and Python, improving reliability and throughput.
Leadership & Community
Founder – Circuitology Club
- Created a hardware technologies club focused on robotics, embedded systems, and real‑world problem‑solving.
- Grew the community to 110+ members, organising 30+ workshops, hackathons, and STEM outreach initiatives.
- Secured significant funding and partnerships to support student‑led projects and competitions.
Chair – IEEE MEFGI Student Branch
- Led branch operations, technical events, and collaborations with industry experts and IEEE initiatives.
- Curated programs that combined research, innovation, and outreach for the campus community.
Selected Work
Embedded AI · Automation
AI-Powered Handwriting to G-code Pipeline
Transforms handwritten patterns into machine-ready G-code, bridging human creativity with CNC-style fabrication.
Robotics · Human–Machine Interaction
Gesture-Controlled Vehicle
Built a gesture-driven control system for a small-scale vehicle, combining sensing, control logic, and real-time feedback.
Research · Hardware Security
Secure NoC Frameworks
Worked on secure routing and intrusion detection for Network-on-Chip architectures using simulation-driven design.
IoT · Systems Design
IoT Monitoring & Control Dashboards
Built dashboards and backends to monitor sensors, actuators, and system health across embedded and cloud-connected devices.
Let’s build something meaningful
Open to research collaborations, engineering roles, and projects at the edge of software, hardware, and AI. Tell me what you’re building — or what you wish existed.