Demo 01 · Smart Microscope
Digital Smart Microscope System
Magnification
400×
● Active
Resolution
0.50µm
● Optimal
Cells Detected
0
Scanning...
AI Accuracy
94.2%
▲ +1.1%
LIVE
SCANNING
x:— y:—
Optical Parameters
Magnification
400×
Focus (Z-axis)
50µm
Brightness
72%
Contrast
65%
AI Cell Detection
Intensity Histogram
Demo 02 · EIT System
Electrical Impedance Tomography
Active Electrodes
16ch
● All active
Frame Rate
25fps
● Stable
Avg Impedance
4.2kΩ
—
SNR
38dB
▲ Good
→ Gastric / Chest monitoring
RECONSTRUCTING
Measurement Configuration
Frequency
100kHz
Inject Current
5mA
Gain
40dB
Sigma Inclusion
1.0
Injection Pattern
Reconstruction Algorithm
Voltage Measurements (16ch)
Demo 03 · Microfluidic Biofilm
Microfluidic Biofilm System
Flow Rate
5.2µL/min
● Stable
Pressure
12.4kPa
▲ +0.2
Particles/min
0
Idle
Chip Temp
37.0°C
● Optimal
⏸ IDLE
Flow Control
Pump A (µL/min)
5.0
Pump B (µL/min)
3.0
Temperature (°C)
37.0
Shear Rate
20/s
Detection Mode
Biofilm Metrics
Coverage
0%
0%
Thickness
0 µm
0 µm
Droplet Size Distribution
Demo 04 · Microwave Imaging
Microwave Imaging — Breast Cancer Detection
Frequency
2.45GHz
● ISM Band
Active Antennas
24ch
● Full array
Tx Power
10dBm
● Safe range
NN Confidence
—%
Run NN for result
SCANNING
Hi
Lo
System Parameters
Frequency (GHz)
2.45
Tx Power (dBm)
10
NN Iterations
50
Reconstruction Method
S-Parameter (S11, dB)
Demo 05 · Biomechanics
Gait Analysis — Biomechanics Lab
Cadence
0step/min
—
Stride Length
0cm
—
Balance Score
—%
—
Symmetry Index
—%
—
IDLE
Sensor Configuration
Walk Speed
4 km/h
Step Width
12 cm
Noise Level
10%
IMU Placement
Phase Detection
Stance: —
Swing: —
L-Support: —
R-Support: —
Ground Reaction Force (N)
Demo 06 · Vital Signs + AI
Vital Sign Measurement & AI Analysis
Heart Rate
—bpm
—
SpO₂
—%
—
Resp. Rate
—br/min
—
AI Risk Score
—
Awaiting data
STANDBY
AI ACTIVE
Sensor Parameters
Sampling Rate
500Hz
Notch Filter
50Hz
Gain
60dB
AI Model
Waiting for signal acquisition...
HRV Frequency Spectrum
Demo 07 · Carbon Capture
Algae Bioreactor — Carbon Capture
CO₂ Uptake
0g/L/d
—
Biomass Density
0.0g/L
—
O₂ Output
0mmol/L/h
—
Efficiency
0%
—
IDLE
Reactor Control
Light Intensity
60%
CO₂ Supply
3.0%
Temperature (°C)
25.0
pH Target
7.5
Algae Species
Species: Chlorella vulgaris
Growth Phase: Lag
Doubling Time: —
Growth Phase: Lag
Doubling Time: —
CO₂ Capture Rate (g/L/day)
Research Output · Ridwan Wicaksono, Ph.D.
Publications & Research Profile
👨🔬
Ir. Ridwan Wicaksono, S.T., M.Eng., Ph.D.
Assistant Professor · Dept. of Electrical & Information Engineering, Faculty of Engineering, Universitas Gadjah Mada
EIT & Biomedical Imaging
Instrumentation & Measurement
Sensor Actuators
Assistive Technology
Power Electronics & Robotics
136+
Citations
30+
Publications
5+
Patents (HKI)