Engineeringbeneath thesurface.

Biomedical Engineering student — field intern at Nepal’s Ministry of Health, documenting clinical imaging systems & designing diagnostic equipment.

Explore my workGitHub

DOCUMENTING
CLINICAL
IMAGING SYSTEMS

About

Biomedical Engineering student with hands-on experience in clinical medical equipment documentation and applied X-ray system design — seeking to apply strong technical and analytical skills in a biomedical / clinical engineering role.

Proven ability to work with diagnostic imaging, laboratory, and anaesthesia equipment across real clinical field settings in Janakpur, Madhesh Province, Nepal.

Experience

2024 – 2028

B.Tech in Biomedical Engineering

Education

Parul University · Vadodara, Gujarat, India

  • Studying diagnostic imaging, biomedical instrumentation, and clinical engineering principles.
  • Awarded 1st Prize in a biomedical model-making competition for X-ray equipment design.
2026 – Present

Field Intern — Biomedical Equipment Documentation

Active

Government of Nepal, Ministry of Health and Population
Janakpur, Madhesh Province, Nepal

  • Conducted on-site field visits to healthcare facilities across Janakpur, Madhesh Province to observe and evaluate clinical medical equipment.
  • Photographed, identified, and technically documented a wide range of diagnostic and clinical devices including CT scanners, C-arms, patient monitors, ECG machines, hematology & biochemistry analyzers, and anaesthesia workstations.
  • Researched and compiled accurate manufacturer specifications for each device to support detailed equipment observation reports.
  • Authored professional formatted technical reports summarizing device function, specifications, and field observations for submission under Ministry authority.
  • Built working knowledge of equipment across imaging, laboratory diagnostics, and anaesthesia modalities through direct clinical exposure.
CT ScannerC-armX-rayPatient MonitorECG MachineHematology AnalyzerBiochemistry AnalyzerAnaesthesia Workstation

Projects

Modern X-ray radiography machine in a clinical room
Model Design · Competition

X-Ray Equipment Model

Parul University · Vadodara, Gujarat

Designed and built a detailed non-working X-ray equipment model as part of a biomedical engineering project competition. The model accurately represented the structural and functional components of diagnostic X-ray systems, demonstrating applied knowledge of imaging physics and equipment architecture.

  • Modelled diagnostic X-ray tube assembly, collimator, and detector panel.
  • Presented working knowledge of X-ray image formation principles.
  • Awarded 1st Prize at Parul University out of all competing teams.
X-ray PhysicsEquipment DesignDiagnostic ImagingModel Fabrication
02 · BME DeviceEMG-Controlled Upper-Limb Prosthetic Hand Prototype
Medical Device · Embedded Systems

EMG-Controlled Prosthetic Hand

Assistive Technology & Bio-Robotics

Designed and prototyped a 5-digit anthropomorphic prosthetic hand using EMG-based control for assistive grip patterns and real-time actuation.

  • 5-digit articulated joints
  • Tendon-driven actuation
  • Surface EMG acquisition
  • Latency < 120 ms
MyoWare EMGArduino NanoServo ActuatorsSolidWorksC++
View on GitHub
03 · Healthcare IoTSmart Non-Invasive Vital Signs and SpO2 Health Monitor
Biosensors · Telemetry System

Smart Vital Signs & SpO₂ Monitor

Healthcare IoT & Optical Sensing

Developed a non-invasive optical monitoring system for real-time heart-rate and SpO₂ measurement with OLED telemetry and signal filtering.

  • PPG-based optical sensing
  • Continuous SpO₂ & HR
  • Real-time OLED telemetry
  • Error margin < 2.5%
MAX30102 PPGOLED DisplayArduino NanoC++I²C Protocol
View on GitHub

Skills

🩻

Clinical & Medical Equipment

CT ScannerC-arm FluoroscopyDiagnostic X-rayPatient MonitorECG MachineHematology AnalyzerBiochemistry AnalyzerAnaesthesia Workstation
⚡

Hardware & Embedded Systems

ArduinoESP32Raspberry PiLabVIEWAnalog Circuit DesignOperational AmplifiersActive Filter DesignOscilloscopesDAQ Modules
💻

Programming & Engineering Tools

PythonMATLABCC++SolidWorksNumPy & SciPyMatplotlibDICOM Viewers
📈

Biosignals & Signal Processing

Bio-signal AcquisitionBiosensors & TransducersFFT AnalysisButterworth FilteringFeature ExtractionBiomechanicsBiomaterialsClinical Safety
📋

Technical Documentation & QA

Equipment Observation ReportsManufacturer Specification ResearchField Data CollectionClinical PhotographyTechnical Report WritingMinistry-level Submission

Languages

NepaliEnglishMaithiliHindi

Milestones & Direction

Academic honors & technical momentum.

Combining rigorous academic standing with hands-on hospital exposure and engineering problem-solving.

🏆1st Prize Winner

Applied X-Ray Model Design

Designed and engineered a physical working demonstration unit explaining high-voltage circuitry, cathode-anode geometry, collimation, and radiation shielding.

🎖️2nd Rank · Semester III

Certificate of Excellence

Awarded Certificate of Excellence for securing 2nd Rank in 3rd Semester B.Tech Biomedical Engineering (SGPA: 8.58, CGPA: 8.03).

🎖️2nd Rank · Summer Exam

Academic Merit Award

Secured 2nd Rank in university-wide biomedical examinations, recognized by the Principal and Faculty of Engineering & Technology.

🌐Professional Chapter

Biomedical Engineering Society

Active participant in biomedical engineering symposiums, project hackathons, technical conferences, and medical equipment seminars.

📡Technical Workshop

Advanced Healthcare IoT

Completed advanced sessions on embedded sensor integration, wireless telemetry, and real-time vital signs monitoring networks.

Areas of Focus & Exploration

Engineering principles applied to develop accessible, dependable healthcare technologies.

01Medical Device Development
02Clinical Engineering
03Biomedical Signal Processing
04Biosensors & Transducers
05Embedded Healthcare Systems
06Healthcare IoT & Telemetry
07Assistive Technology & Prosthetics
08Medical Imaging Systems