IEEE DASC 2025 Conference
https://dasconline.org/2026
https://dasconline.org/2026
TALU is a custom 16-bit RISC-style processor designed in Logisim with its own instruction set, ALU, instruction register, decoder/co...
SAGE is a chip series, Penrose is its architecture, and APX is the Adaptive Pathway eXecutor. The research investigates selective ac...
Vyoma is Pranav Maheshwaran’s independent and Vetrivel research program in resilient UAV control. It combines digital autonomy with ...
This is a long-term naval research archive entry. Its exact title and scope were not recovered, so it is intentionally presented wit...
A hands-on embedded-systems build investigating sonar pulse generation, propagation, return detection, analog conditioning, timing, ...
ICSA is an FPGA-based selective-execution prototype that routes operations through compute or reuse-oriented paths to reduce redunda...
FIDELIS is a research architecture for a hardware-security coprocessor that models computational reality and causal execution to det...
A series of digital-electronics labs using Logisim-style circuit construction to build CPU datapaths from ALUs, registers, memory, a...
An in-progress beginner-to-processor technical book covering Boolean algebra, combinational and sequential logic, datapaths, process...
An ongoing technical communication project explaining the mechanics, engineering, and historical evolution of tanks and other defens...
A modular FPGA compute, sensing, and display platform built around the DE10-Nano for experiments in hardware acceleration, signal ca...
This research paper describes a constrained onboard reinforcement-learning framework for adapting CubeSat modulation and coding duri...
designing a custom input stage using high-speed comparators and streaming captured frames directly into a fast RAM buffer.
When designing high-speed analog circuits, op-amp stability is a paramount concern. An unstable amplifier will oscillate, injecting ...
Tips on trace impedance control, minimizing crosstalk on multi-layer RF boards, and proper ground plane stitching techniques.
Notes on measuring sonar pulse timing, filtering noisy captures, and deciding what belongs in firmware versus post-processing.
Bringing up a custom FPGA board or soft-core microcontroller block requires structured verification: starting from clock distributio...
A debugging note for the fixes that should not have worked, the measurements that proved they did, and the cleanup required after th...
Detection and Analysis of Hand Tremors Using Gyroscopic and Accelerometric Data for Early Parkinson’s Disease Indication
History is full of unexpected connections, and few are as fascinating as the relationships between today’s famous brands and their r...
https://www.youtube.com/watch?v=lHaDUYLSjR0&feature=youtu.be
A comprehensive compilation of LEGO exhibitions, design tinkering, custom mechanisms, and robotics projects from 2017 through late 2...
A collection of early LEGO builds, technic experiments, and expos dating from mid-2016 through early 2017.
Logic and arithmetic experiments moving from schematic intent to working digital behavior.
Distance sensing, timing captures, signal cleanup, and measurement notes from the bench.
A physical build with embedded control ideas, sensor experiments, and test logs.
Bring-up checks for power rails, clocks, boot pins, serial output, and the usual suspects.
A Vite + React + TypeScript digital-design web application that transforms Boolean logic or natural-language-style prompts into HDL artifacts and circuit visualizations.
A scouting and strategy platform for FIRST Robotics Competition designed for field data collection, offline/QR workflows, team analytics and AI-assisted match strategy.
A vocabulary-learning web platform built around word roots, explanations and a database-backed learning experience.
An STM32-based ultrasonic ranging and timing system built as a focused embedded-sensing experiment.
A NASA design-challenge entry for a low-leakage cryogenic disconnect system, applying thermodynamics, fluid dynamics and mechanical design to a demanding aerospace interface problem.
A design challenge focused on packing and storing cargo for NASA’s Lunar Gateway, requiring constrained-space engineering and logistics thinking for a space habitat.
A motion-sensing project exploring whether gyroscope and accelerometer signals can help detect movement patterns associated with Parkinson’s disease.
An early science-fair project that won 1st place at the BASIS school fair and 2nd place at the Austin Regional Science Fair. The exact project title was not preserved in the recovered context.
Robot control loops, sensor integration, driver feedback, and field-tested software patterns.
Robot control loops, sensor integration, driver feedback, and field-tested software patterns.
Early mechanical layouts, packaging constraints, mounting ideas, and fabrication notes.
Brackets and placement experiments for distance sensors, wiring strain relief, and repeatable alignment.
A conversion of an Ender 3 Pro 3D printer into a drawing and plotting machine using custom motion-control and slicing logic.
An inertial-sensing wearable prototype designed to provide real-time orientation and form feedback for archery.
A non-contact magnetic gearing concept explored as an alternative transmission approach for robotics swerve drive.
An FLL Innovation Project prototype intended to help delivery drivers identify or locate homes more reliably.
A solar-powered shelter concept for displaced individuals, developed as an FLL Innovation Project.
A robotics design/build collaboration involving autonomous moving target systems for live-fire training.
A complete FTC competition robot designed and built with Pranav serving as team captain and leading a seven-student team.
Hands-on FRC Team #6377 engineering spanning manufactured components, electrical systems, controls integration, and troubleshooting.
FIRST LEGO League robot-design work with regional and Texas state-level recognition.
A first-place bridge-building competition entry made from 100 popsicle sticks that reportedly supported roughly a 240-pound person.
Hands-on LEGO mechanism builds used to investigate engines, pistons, gear trains, and complex mechanical motion.