Engineering Intelligence. Building What's Next.
Electronics and Communication Engineer at SRMIST, conducting semiconductor VLSI research in Cadence Virtuoso and co-inventor of an Indian registered design for adaptive neural bionics. Through Alistron, connecting technical invention with practical STEM education.
Engineering from the silicon substrate upward.
My engineering work is rooted in understanding systems at the physical boundary: where gate voltages dictate leakage currents in sub-1V SRAM cells, where mechanical linkages give robotic hands natural compliance, and where microcontrollers interface directly with transducers. Through Alistron, this conviction extends into education—teaching students that true engineering begins with breadboards, multimeters, and physical prototypes rather than passive simulations.
Featured Engineering Systems
Curated highlights spanning registered patent bionics, low-voltage semiconductor simulation in Cadence Virtuoso, and EDA circuit analysis tooling.
Brain-Controlled Robotic Hand with Adaptive AI & Haptic Feedback
Granted Indian Registered Design No. 504827-001 for adaptive neural-interfaced bionics
A brain-interfaced bionic hand architecture combining adaptive artificial intelligence with micro-actuated haptic feedback, granted registered design protection by the Patent Office, Government of India.
Comparative Study of 6T and 8T SRAM Cells under Low-Voltage Operation
Cadence Virtuoso transistor-level simulation evaluating stability margins and leakage at sub-1V VDD
In-depth semiconductor research comparing standard 6T and decoupled 8T static RAM cell architectures under aggressive supply-voltage scaling, analyzing Static Noise Margin (SNM), read-disturb vulnerabilities, and leakage power.
RLC Frequency Response Simulator & Automated SPICE Netlist Generator
Full-stack circuit analysis platform with real-time Bode plot visualization and transient solver
A full-stack computer-aided engineering platform for series and parallel RLC network simulation, calculating resonance, quality factor (Q), bandwidth, and generating automated SPICE netlists with real-time Bode plots.
Alistron: Practical Robotics & Hands-On STEM Education.
“Engineering Ideas for a Smarter Tomorrow”
Alistron is an engineering and technology initiative focused on robotics, intelligent hardware, and practical STEM education. We design and deliver school-based robotics workshops, Arduino embedded training, and hardware bootcamps that help students explore technology by making, testing, and improving real physical prototypes.
Intellectual Property & Semiconductor Research
Distinct technical destinations documenting the registered design bionic patent and low-voltage SRAM cell analysis.
Indian Registered Design: Brain-Controlled Bionic Hand
The Patent Office, Government of India · Issued 27/08/2026
Official registration under the Designs Act 2000 for an AI-driven, brain-controlled robotic prosthetic hand design integrating closed-loop adaptive grasp pressure regulation and cutaneous haptic feedback.
Comparative Study of 6T and 8T SRAM Cells
Low-Voltage Operation · Sub-1V Supply Scaling
Transistor-level simulation evaluating Static Noise Margins (SNM), read-disturb vulnerabilities, and subthreshold leakage power trade-offs between standard 6T and decoupled 8T memory topologies.
Open for Engineering, Research & Alistron Enquiries.
Whether you are evaluating professional engineering opportunities, exploring semiconductor research collaboration, or looking to bring an Alistron robotics workshop to your institution, I welcome direct correspondence.