Comsol Impact
ProjectsatBangalore provides comprehensive research implementation on Composite Hip Implant and Comsol Impact for BE, BTech, MTech, and PhD scholars. By integrating medical instrumentation front-ends (ADS1299, ADXL345, MAX30102, piezoelectric sensors) with low-power microcontrollers (ESP32, STM32F4, nRF52840), students develop robust healthcare diagnostic devices and wearable telemetry units.
Consensus Hip Implant
Continuous physiological and kinematic monitoring demands adaptive signal filtering, wavelet decomposition, and edge machine learning classification. Our laboratory assists students in developing TinyML Random Forest, 1D-CNN, and SVM algorithms running directly on microcontrollers with zero cloud latency.
Comsol Impact Simulation
Beyond physical hardware, engineering theses are strengthened with multiphysics modeling. Students use COMSOL Multiphysics for piezoelectric energy harvesting and bio-impedance, Ansys Medical Simulation for drop impact and skin contact stress, SimScale for wearable battery thermal dissipation, and Dassault Systèmes SIMULIA for musculoskeletal joint mechanics.
What You Receive with Every Project Package
IEEE Base Paper
Latest 2026 journal base paper from IEEE TBME, JBHI, or Elsevier BSPCs.
Hardware & Firmware
Complete C/C++ embedded code, circuit schematics, and sensor calibration scripts.
Simulation Files
Native project files for COMSOL (.mph), Ansys (.wbpj), and SIMULIA (.inp).
Accuracy Assessment
Confusion matrix, sensitivity, specificity, and ROC curves for TinyML models.
Viva & Defense Support
Biomedical concepts Q&A, methodology explanation, and professional PPT slides.
Fast Delivery — 7–20 Days
Rapid deployment with full documentation tailored to your university guidelines.
Hardware & Simulation Software Suites
Industry-standard electronic design, sensor hardware, and finite element modeling software used in our laboratory.
COMSOL Multiphysics
Ansys Medical Simulation
SimScale Cloud FEA
Dassault SIMULIA Abaqus
OpenSim Biomechanics
ESP32-WROOM BLE
STM32 ARM Cortex-M4
nRF52840 SoC
TensorFlow Lite Micro
MATLAB Simulink
Best Composite Hip Implant Topics (75+ Curated Ideas)
All topics are IEEE and ScienceDirect 2026 aligned. Each topic provides sensor selection, microcontroller architecture, and multiphysics simulation environments.
📡 Wearable Sensors & Signal Acquisition 13 Topics
| # | Biomedical Project Topic (IEEE / ScienceDirect 2026) | Sensors, Hardware & Simulation Tools | Type |
|---|---|---|---|
| 01 | Design and Calibration of Wearable Composite Hip Implant Hardware Prototype | MAX30102 Optical PPG Sensor · STM32F401 ARM Cortex-M4 DSP · Ansys Medical Simulation (FEA & Impact) | SENS |
| 02 | Adaptive Artifact Filtering and Baseline Restoration in Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · Teensy 4.1 600MHz Microcontroller · MATLAB Simulink (Filter Design) | SENS |
| 03 | Real-Time TinyML Neural Network Classification for Composite Hip Implant | Interlink FSR Pressure Sensor · ESP32-WROOM BLE / Wi-Fi MCU · Dassault Systèmes SIMULIA Abaqus | SENS |
| 04 | Skin-Sensor Bio-Contact Stress and Wear Analysis in Composite Hip Implant | Sensirion Flow & Differential Pressure · Arduino Nano 33 BLE Sense · Ansys Medical Simulation (FEA & Impact) | SENS |
| 05 | Multi-Channel Sensor Fusion and Dynamic Orientation Tracking in Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · Xilinx Zynq-7020 SoC FPGA Board · MATLAB Simulink (Filter Design) | SENS |
| 06 | Conjugate Thermal Dissipation of Battery Packaging for Composite Hip Implant | MAX30102 Optical PPG Sensor · nRF52840 Ultra-Low-Power BLE · Dassault Systèmes SIMULIA Abaqus | SENS |
| 07 | Encrypted BLE Telemetry and Emergency SOS Alert Hub for Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · Raspberry Pi 4 Edge Gateway · Ansys Medical Simulation (FEA & Impact) | SENS |
| 08 | Musculoskeletal Joint Loading Simulation under Dynamic Composite Hip Implant | Interlink FSR Pressure Sensor · STM32F401 ARM Cortex-M4 DSP · MATLAB Simulink (Filter Design) | SENS |
| 09 | Clinical Accuracy Benchmarking against Hospital Gold Standards for Composite Hip Implant | Sensirion Flow & Differential Pressure · Teensy 4.1 600MHz Microcontroller · Dassault Systèmes SIMULIA Abaqus | SENS |
| 10 | Closed-Loop Haptic Biofeedback Actuation System for Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · ESP32-WROOM BLE / Wi-Fi MCU · Ansys Medical Simulation (FEA & Impact) | SENS |
| 11 | Piezoelectric Biomechanical Energy Harvesting Unit for Composite Hip Implant | MAX30102 Optical PPG Sensor · Arduino Nano 33 BLE Sense · MATLAB Simulink (Filter Design) | SENS |
| 12 | Fail-Safe ISO 13485 Risk Mitigation & Reliability Analysis for Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · Xilinx Zynq-7020 SoC FPGA Board · Dassault Systèmes SIMULIA Abaqus | SENS |
| 13 | Cloud-Synchronized Mobile Telemedicine Dashboard for Composite Hip Implant | Interlink FSR Pressure Sensor · nRF52840 Ultra-Low-Power BLE · Ansys Medical Simulation (FEA & Impact) | SENS |
🧠 Edge AI, TinyML & Real-Time Classification 13 Topics
| # | Biomedical Project Topic (IEEE / ScienceDirect 2026) | Sensors, Hardware & Simulation Tools | Type |
|---|---|---|---|
| 14 | Design and Calibration of Wearable Composite Hip Implant Hardware Prototype | PVDF Piezoelectric Film · ESP32-WROOM BLE / Wi-Fi MCU · SimScale Cloud FEA (Thermal CFD) | AI |
| 15 | Adaptive Artifact Filtering and Baseline Restoration in Composite Hip Implant | ADS1299 Low-Noise ECG/EMG Front-End · Arduino Nano 33 BLE Sense · COMSOL Multiphysics (Bio-MEMS & Piezo) | AI |
| 16 | Real-Time TinyML Neural Network Classification for Composite Hip Implant | GSR Galvanic Skin Conductance · Xilinx Zynq-7020 SoC FPGA Board · OpenSim Musculoskeletal Biomechanics | AI |
| 17 | Skin-Sensor Bio-Contact Stress and Wear Analysis in Composite Hip Implant | ADXL345 / LSM6DSOX 6-DOF IMU · nRF52840 Ultra-Low-Power BLE · SimScale Cloud FEA (Thermal CFD) | AI |
| 18 | Multi-Channel Sensor Fusion and Dynamic Orientation Tracking in Composite Hip Implant | BNO085 9-Axis AHRS · Raspberry Pi 4 Edge Gateway · COMSOL Multiphysics (Bio-MEMS & Piezo) | AI |
| 19 | Conjugate Thermal Dissipation of Battery Packaging for Composite Hip Implant | PVDF Piezoelectric Film · STM32F401 ARM Cortex-M4 DSP · OpenSim Musculoskeletal Biomechanics | AI |
| 20 | Encrypted BLE Telemetry and Emergency SOS Alert Hub for Composite Hip Implant | ADS1299 Low-Noise ECG/EMG Front-End · Teensy 4.1 600MHz Microcontroller · SimScale Cloud FEA (Thermal CFD) | AI |
| 21 | Musculoskeletal Joint Loading Simulation under Dynamic Composite Hip Implant | GSR Galvanic Skin Conductance · ESP32-WROOM BLE / Wi-Fi MCU · COMSOL Multiphysics (Bio-MEMS & Piezo) | AI |
| 22 | Clinical Accuracy Benchmarking against Hospital Gold Standards for Composite Hip Implant | ADXL345 / LSM6DSOX 6-DOF IMU · Arduino Nano 33 BLE Sense · OpenSim Musculoskeletal Biomechanics | AI |
| 23 | Closed-Loop Haptic Biofeedback Actuation System for Composite Hip Implant | BNO085 9-Axis AHRS · Xilinx Zynq-7020 SoC FPGA Board · SimScale Cloud FEA (Thermal CFD) | AI |
| 24 | Piezoelectric Biomechanical Energy Harvesting Unit for Composite Hip Implant | PVDF Piezoelectric Film · nRF52840 Ultra-Low-Power BLE · COMSOL Multiphysics (Bio-MEMS & Piezo) | AI |
| 25 | Fail-Safe ISO 13485 Risk Mitigation & Reliability Analysis for Composite Hip Implant | ADS1299 Low-Noise ECG/EMG Front-End · Raspberry Pi 4 Edge Gateway · OpenSim Musculoskeletal Biomechanics | AI |
| 26 | Cloud-Synchronized Mobile Telemedicine Dashboard for Composite Hip Implant | GSR Galvanic Skin Conductance · STM32F401 ARM Cortex-M4 DSP · SimScale Cloud FEA (Thermal CFD) | AI |
🔬 COMSOL, Ansys & SIMULIA Multiphysics Modeling 13 Topics
| # | Biomedical Project Topic (IEEE / ScienceDirect 2026) | Sensors, Hardware & Simulation Tools | Type |
|---|---|---|---|
| 27 | Design and Calibration of Wearable Composite Hip Implant Hardware Prototype | Sensirion Flow & Differential Pressure · Xilinx Zynq-7020 SoC FPGA Board · Dassault Systèmes SIMULIA Abaqus | SIM |
| 28 | Adaptive Artifact Filtering and Baseline Restoration in Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · nRF52840 Ultra-Low-Power BLE · Ansys Medical Simulation (FEA & Impact) | SIM |
| 29 | Real-Time TinyML Neural Network Classification for Composite Hip Implant | MAX30102 Optical PPG Sensor · Raspberry Pi 4 Edge Gateway · MATLAB Simulink (Filter Design) | SIM |
| 30 | Skin-Sensor Bio-Contact Stress and Wear Analysis in Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · STM32F401 ARM Cortex-M4 DSP · Dassault Systèmes SIMULIA Abaqus | SIM |
| 31 | Multi-Channel Sensor Fusion and Dynamic Orientation Tracking in Composite Hip Implant | Interlink FSR Pressure Sensor · Teensy 4.1 600MHz Microcontroller · Ansys Medical Simulation (FEA & Impact) | SIM |
| 32 | Conjugate Thermal Dissipation of Battery Packaging for Composite Hip Implant | Sensirion Flow & Differential Pressure · ESP32-WROOM BLE / Wi-Fi MCU · MATLAB Simulink (Filter Design) | SIM |
| 33 | Encrypted BLE Telemetry and Emergency SOS Alert Hub for Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · Arduino Nano 33 BLE Sense · Dassault Systèmes SIMULIA Abaqus | SIM |
| 34 | Musculoskeletal Joint Loading Simulation under Dynamic Composite Hip Implant | MAX30102 Optical PPG Sensor · Xilinx Zynq-7020 SoC FPGA Board · Ansys Medical Simulation (FEA & Impact) | SIM |
| 35 | Clinical Accuracy Benchmarking against Hospital Gold Standards for Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · nRF52840 Ultra-Low-Power BLE · MATLAB Simulink (Filter Design) | SIM |
| 36 | Closed-Loop Haptic Biofeedback Actuation System for Composite Hip Implant | Interlink FSR Pressure Sensor · Raspberry Pi 4 Edge Gateway · Dassault Systèmes SIMULIA Abaqus | SIM |
| 37 | Piezoelectric Biomechanical Energy Harvesting Unit for Composite Hip Implant | Sensirion Flow & Differential Pressure · STM32F401 ARM Cortex-M4 DSP · Ansys Medical Simulation (FEA & Impact) | SIM |
| 38 | Fail-Safe ISO 13485 Risk Mitigation & Reliability Analysis for Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · Teensy 4.1 600MHz Microcontroller · MATLAB Simulink (Filter Design) | SIM |
| 39 | Cloud-Synchronized Mobile Telemedicine Dashboard for Composite Hip Implant | MAX30102 Optical PPG Sensor · ESP32-WROOM BLE / Wi-Fi MCU · Dassault Systèmes SIMULIA Abaqus | SIM |
🏥 Clinical Diagnostics & Patient Monitoring 13 Topics
| # | Biomedical Project Topic (IEEE / ScienceDirect 2026) | Sensors, Hardware & Simulation Tools | Type |
|---|---|---|---|
| 40 | Design and Calibration of Wearable Composite Hip Implant Hardware Prototype | ADXL345 / LSM6DSOX 6-DOF IMU · Raspberry Pi 4 Edge Gateway · OpenSim Musculoskeletal Biomechanics | CLIN |
| 41 | Adaptive Artifact Filtering and Baseline Restoration in Composite Hip Implant | BNO085 9-Axis AHRS · STM32F401 ARM Cortex-M4 DSP · SimScale Cloud FEA (Thermal CFD) | CLIN |
| 42 | Real-Time TinyML Neural Network Classification for Composite Hip Implant | PVDF Piezoelectric Film · Teensy 4.1 600MHz Microcontroller · COMSOL Multiphysics (Bio-MEMS & Piezo) | CLIN |
| 43 | Skin-Sensor Bio-Contact Stress and Wear Analysis in Composite Hip Implant | ADS1299 Low-Noise ECG/EMG Front-End · ESP32-WROOM BLE / Wi-Fi MCU · OpenSim Musculoskeletal Biomechanics | CLIN |
| 44 | Multi-Channel Sensor Fusion and Dynamic Orientation Tracking in Composite Hip Implant | GSR Galvanic Skin Conductance · Arduino Nano 33 BLE Sense · SimScale Cloud FEA (Thermal CFD) | CLIN |
| 45 | Conjugate Thermal Dissipation of Battery Packaging for Composite Hip Implant | ADXL345 / LSM6DSOX 6-DOF IMU · Xilinx Zynq-7020 SoC FPGA Board · COMSOL Multiphysics (Bio-MEMS & Piezo) | CLIN |
| 46 | Encrypted BLE Telemetry and Emergency SOS Alert Hub for Composite Hip Implant | BNO085 9-Axis AHRS · nRF52840 Ultra-Low-Power BLE · OpenSim Musculoskeletal Biomechanics | CLIN |
| 47 | Musculoskeletal Joint Loading Simulation under Dynamic Composite Hip Implant | PVDF Piezoelectric Film · Raspberry Pi 4 Edge Gateway · SimScale Cloud FEA (Thermal CFD) | CLIN |
| 48 | Clinical Accuracy Benchmarking against Hospital Gold Standards for Composite Hip Implant | ADS1299 Low-Noise ECG/EMG Front-End · STM32F401 ARM Cortex-M4 DSP · COMSOL Multiphysics (Bio-MEMS & Piezo) | CLIN |
| 49 | Closed-Loop Haptic Biofeedback Actuation System for Composite Hip Implant | GSR Galvanic Skin Conductance · Teensy 4.1 600MHz Microcontroller · OpenSim Musculoskeletal Biomechanics | CLIN |
| 50 | Piezoelectric Biomechanical Energy Harvesting Unit for Composite Hip Implant | ADXL345 / LSM6DSOX 6-DOF IMU · ESP32-WROOM BLE / Wi-Fi MCU · SimScale Cloud FEA (Thermal CFD) | CLIN |
| 51 | Fail-Safe ISO 13485 Risk Mitigation & Reliability Analysis for Composite Hip Implant | BNO085 9-Axis AHRS · Arduino Nano 33 BLE Sense · COMSOL Multiphysics (Bio-MEMS & Piezo) | CLIN |
| 52 | Cloud-Synchronized Mobile Telemedicine Dashboard for Composite Hip Implant | PVDF Piezoelectric Film · Xilinx Zynq-7020 SoC FPGA Board · OpenSim Musculoskeletal Biomechanics | CLIN |
🤖 Rehabilitation Robotics, Exoskeletons & Ergonomics 12 Topics
| # | Biomedical Project Topic (IEEE / ScienceDirect 2026) | Sensors, Hardware & Simulation Tools | Type |
|---|---|---|---|
| 53 | Design and Calibration of Wearable Composite Hip Implant Hardware Prototype | Ag/AgCl Bio-Potential Electrodes · Teensy 4.1 600MHz Microcontroller · MATLAB Simulink (Filter Design) | ROB |
| 54 | Adaptive Artifact Filtering and Baseline Restoration in Composite Hip Implant | Interlink FSR Pressure Sensor · ESP32-WROOM BLE / Wi-Fi MCU · Dassault Systèmes SIMULIA Abaqus | ROB |
| 55 | Real-Time TinyML Neural Network Classification for Composite Hip Implant | Sensirion Flow & Differential Pressure · Arduino Nano 33 BLE Sense · Ansys Medical Simulation (FEA & Impact) | ROB |
| 56 | Skin-Sensor Bio-Contact Stress and Wear Analysis in Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · Xilinx Zynq-7020 SoC FPGA Board · MATLAB Simulink (Filter Design) | ROB |
| 57 | Multi-Channel Sensor Fusion and Dynamic Orientation Tracking in Composite Hip Implant | MAX30102 Optical PPG Sensor · nRF52840 Ultra-Low-Power BLE · Dassault Systèmes SIMULIA Abaqus | ROB |
| 58 | Conjugate Thermal Dissipation of Battery Packaging for Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · Raspberry Pi 4 Edge Gateway · Ansys Medical Simulation (FEA & Impact) | ROB |
| 59 | Encrypted BLE Telemetry and Emergency SOS Alert Hub for Composite Hip Implant | Interlink FSR Pressure Sensor · STM32F401 ARM Cortex-M4 DSP · MATLAB Simulink (Filter Design) | ROB |
| 60 | Musculoskeletal Joint Loading Simulation under Dynamic Composite Hip Implant | Sensirion Flow & Differential Pressure · Teensy 4.1 600MHz Microcontroller · Dassault Systèmes SIMULIA Abaqus | ROB |
| 61 | Clinical Accuracy Benchmarking against Hospital Gold Standards for Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · ESP32-WROOM BLE / Wi-Fi MCU · Ansys Medical Simulation (FEA & Impact) | ROB |
| 62 | Closed-Loop Haptic Biofeedback Actuation System for Composite Hip Implant | MAX30102 Optical PPG Sensor · Arduino Nano 33 BLE Sense · MATLAB Simulink (Filter Design) | ROB |
| 63 | Piezoelectric Biomechanical Energy Harvesting Unit for Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · Xilinx Zynq-7020 SoC FPGA Board · Dassault Systèmes SIMULIA Abaqus | ROB |
| 64 | Fail-Safe ISO 13485 Risk Mitigation & Reliability Analysis for Composite Hip Implant | Interlink FSR Pressure Sensor · nRF52840 Ultra-Low-Power BLE · Ansys Medical Simulation (FEA & Impact) | ROB |
⚡ IoT Telehealth & Long-Range Cloud Gateways 12 Topics
| # | Biomedical Project Topic (IEEE / ScienceDirect 2026) | Sensors, Hardware & Simulation Tools | Type |
|---|---|---|---|
| 65 | Design and Calibration of Wearable Composite Hip Implant Hardware Prototype | Interlink FSR Pressure Sensor · nRF52840 Ultra-Low-Power BLE · MATLAB Simulink (Filter Design) | IOT |
| 66 | Adaptive Artifact Filtering and Baseline Restoration in Composite Hip Implant | Sensirion Flow & Differential Pressure · Raspberry Pi 4 Edge Gateway · Dassault Systèmes SIMULIA Abaqus | IOT |
| 67 | Real-Time TinyML Neural Network Classification for Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · STM32F401 ARM Cortex-M4 DSP · Ansys Medical Simulation (FEA & Impact) | IOT |
| 68 | Skin-Sensor Bio-Contact Stress and Wear Analysis in Composite Hip Implant | MAX30102 Optical PPG Sensor · Teensy 4.1 600MHz Microcontroller · MATLAB Simulink (Filter Design) | IOT |
| 69 | Multi-Channel Sensor Fusion and Dynamic Orientation Tracking in Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · ESP32-WROOM BLE / Wi-Fi MCU · Dassault Systèmes SIMULIA Abaqus | IOT |
| 70 | Conjugate Thermal Dissipation of Battery Packaging for Composite Hip Implant | Interlink FSR Pressure Sensor · Arduino Nano 33 BLE Sense · Ansys Medical Simulation (FEA & Impact) | IOT |
| 71 | Encrypted BLE Telemetry and Emergency SOS Alert Hub for Composite Hip Implant | Sensirion Flow & Differential Pressure · Xilinx Zynq-7020 SoC FPGA Board · MATLAB Simulink (Filter Design) | IOT |
| 72 | Musculoskeletal Joint Loading Simulation under Dynamic Composite Hip Implant | Micro-Ultrasound Doppler 2.5MHz Transducer · nRF52840 Ultra-Low-Power BLE · Dassault Systèmes SIMULIA Abaqus | IOT |
| 73 | Clinical Accuracy Benchmarking against Hospital Gold Standards for Composite Hip Implant | MAX30102 Optical PPG Sensor · Raspberry Pi 4 Edge Gateway · Ansys Medical Simulation (FEA & Impact) | IOT |
| 74 | Closed-Loop Haptic Biofeedback Actuation System for Composite Hip Implant | Ag/AgCl Bio-Potential Electrodes · STM32F401 ARM Cortex-M4 DSP · MATLAB Simulink (Filter Design) | IOT |
| 75 | Piezoelectric Biomechanical Energy Harvesting Unit for Composite Hip Implant | Interlink FSR Pressure Sensor · Teensy 4.1 600MHz Microcontroller · Dassault Systèmes SIMULIA Abaqus | IOT |
| 76 | Fail-Safe ISO 13485 Risk Mitigation & Reliability Analysis for Composite Hip Implant | Sensirion Flow & Differential Pressure · ESP32-WROOM BLE / Wi-Fi MCU · Ansys Medical Simulation (FEA & Impact) | IOT |
All 75+ project topics include verified circuit diagrams, working source code, simulation setup files, IEEE format project reports, PPTs, and viva examination preparation.
Frequently Asked Questions
Top topics include wearable sensor development, TinyML edge classifiers, closed-loop telemetry systems, and multiphysics modeling using COMSOL Multiphysics and Ansys Medical Simulation. All topics include complete source code, simulation project files, university-format reports, and viva support.
Our projects utilize COMSOL Multiphysics (piezoelectricity, bio-impedance, microfluidics), Ansys Medical Simulation (structural drop test, skin strain), SimScale (wearable battery thermal CFD), Dassault Systèmes SIMULIA Abaqus (viscoelastic joint contact), and OpenSim (musculoskeletal inverse dynamics).
Yes. Every project report, synopsis, and presentation is prepared precisely to your college guide's criteria, including standard chapter layouts, IEEE/APA citation style, plagiarism check verification, and evaluation rubrics.
Mini projects take 7–10 days. Full major projects combining embedded sensor hardware, TinyML training, and finite element simulation require 14–20 days. Express delivery is available for urgent submissions.
Biomedical Engineering Lab Gallery — Bangalore
Hardware prototyping benches, sensor calibration rigs, and multiphysics simulation workstations in Bangalore.
Sensor Circuit
Breadboarding
Hardware PrototypingBreadboarding
COMSOL Multi-
physics Model
Bio-MEMS FEAphysics Model
Ansys Medical
Impact Test
Skin Stress FEAImpact Test
TinyML Edge
Inference
On-Chip AIInference
SimScale Cloud
Thermal CFD
Thermal SafetyThermal CFD
OpenSim Gait
Kinematics
Joint LoadsKinematics
BLE Telemetry
Dashboard
IoT GatewayDashboard
Signal DSP &
Filter Tuning
MATLAB SimulinkFilter Tuning
Thesis, PPT &
Viva Coaching
DocumentationViva Coaching
Final Testing
& Packaging
Ready for Demo& Packaging