Project Ideas for Doctor of Philosophy in Computer Engineering and Embedded Systems Architecture

Design and implementation of RISC-V-based reconfigurable processors with real-time task scheduling in IoT devices

Low-power architecture for wearable biosignal processing using analog–digital hybrid techniques

Hardware acceleration of convolutional neural networks using FPGA-based systolic arrays

Development of secure microcontrollers with side-channel attack resistance using randomized timing logic

VLSI design for neuromorphic computing systems that mimic brain-like parallelism and energy efficiency

Designing a real-time object detection engine using multi-core embedded GPUs

Fault-tolerant design for mission-critical aerospace hardware in high-radiation environments

Implementation of decentralized swarm control in mobile robot collectives using wireless mesh networks

Cross-layer co-design of hardware and firmware for energy harvesting sensor nodes

Custom ASIC development for quantum key distribution protocol in secure communications

Secure boot protocols and trust anchors for critical embedded medical devices

Using digital twins to simulate and verify multi-core embedded control systems for autonomous vehicles

High-speed ADC interfacing with neural interface circuits for prosthetics control

Design and optimization of phase-locked loop (PLL) circuits for clock synchronization in communication chips

Battery-aware task scheduling in edge devices using embedded Linux platforms

Implementation of hardware-based facial recognition on ultra-low-power wearable systems

Developing IP cores for real-time cryptographic computation in industrial control systems

Thermal-aware placement and routing in multi-FPGA embedded systems for space applications

Design of error-correcting memory modules for resilient AI accelerators

FPGA-based real-time audio beamforming system for hands-free conference devices