AI-Driven Orthopedic Research

Indonesian Orthopedic and TraumatologyResearcher Society

A decade of building collaboration, research, and innovation, now integrating artificial intelligence to help medical teams plan, execute, and monitor orthopedic surgeries with greater precision.

Established at PABOI National Congress 2017 Jakarta, Indonesia
Explore AI & Orthopedics → S2 & S3 Programs
0Years of Journey
0AI Steps
0National Studies
190mm shaft 195mm plate FEMUR TIBIA FRACTURE DX LOCKING PLATE Ti-6Al-4V AI DETECT: 97.2% L
AP Femur LAI Implant PlanIOTRS

AI-driven implant planning simulation · IOTRS x SoCS Nusa Putra

AI-Driven Orthopedics

How AI Assists Orthopedic Surgery

Four key steps where artificial intelligence guides physicians, from initial radiology analysis to post-operative monitoring.

280mm 32mm AI FRACTURE DETECTION SCANNING

AI detects tibia fracture & measures bone dimensions

1

Pre-Operative Planning

AI analyzes radiological images (X-ray, CT Scan, MRI) to detect injury areas, measure bone dimensions with precision, and recommend the appropriate implant size and type for each patient.

  • Automated radiology image scanning & segmentation
  • Fracture detection & bone dimension measurement
  • Personalized implant size recommendations
  • Pre-operative positioning simulation
190mm IMPLANT DESIGNER Ti-6Al-4V Locking
2

3D Implant Design

Based on patient anatomical data, AI designs a precise 3D implant — determining the optimal shape, size, material, and screw placement according to each patient's unique fracture condition.

  • Interactive 3D model based on patient anatomy
  • Custom implant tailored to bone shape & size
  • Virtual assembly simulation prior to surgery
  • Material recommendations (Titanium, Stainless Steel)
AI SURGERY ASSIST REAL-TIME
ANGLE: 8.2° OK DEPTH: 42mm OK
ECG
72 bpm
BP
120/80
SpO2
98%
3

Real-Time Surgical Assistance

During surgery, AI provides real-time 3D navigation, continuously monitors patient vital signs, predicts complication risks, and automatically documents every procedural step in a structured format.

  • Real-time 3D navigation guiding implant placement
  • Continuous patient vital signs monitoring
  • Complication risk prediction & early warnings
  • Automated & structured surgical documentation
AI ANALYSIS SCANNING...
PRE-OP

Sebelum

POST-OP

Sesudah

Akurasi Posisi
94%
Stabilitas Implant
89%
Proses Penyembuhan
67%
Prediksi Pemulihan
Pergeseran Implant2.3%
Estimasi Sembuh Total8 – 12 minggu
Kontrol Berikutnya2 minggu lagi
4

Post-Operative Analysis

After surgery, AI analyzes post-operative radiological images to verify implant positioning, detect any displacement, predict future implant movement, and estimate the patient's recovery timeline.

  • Implant displacement detection from post-op images
  • Predicted implant position shift percentage
  • Data-driven recovery time estimation
  • Treatment recommendations & follow-up scheduling
Timeline

IOTRS Journey, 2013–2026

Arranged chronologically — each milestone marks a step in the formation and recognition of IOTRS as a national study partner.

  1. 2013

    Initial LIPI Study

    Preliminary study with the Indonesian Institute of Sciences as the foundation for national orthopedic and traumatology research.

  2. 2016

    IOTRA Establishment Proposal

    Initiation of the idea to form a national orthopedic and traumatology research body by the founding members.

  3. 2017

    Officially Established under PABOI

    IOTRS was formally established at the PABOI National Congress as a research organization under the Indonesian Orthopedic and Traumatology Association.

  4. 2017

    Lemhanas RI Strategic Study

    Collaborative strategic study with the National Resilience Institute of the Republic of Indonesia.

  5. 2020

    Wantanas RI Study

    Study with the National Resilience Council discussing the readiness of the national orthopedic health system.

  6. 2026

    Bappenas Strategic Study

    Strategic study with the National Development Planning Agency on future health research policy direction.

  7. 2026

    AI Integration in Research

    IOTRS begins integrating artificial intelligence into orthopedic research to advance Medical Service Standards in Indonesia.

SoCS Nusa Putra · Graduate Education

Building AI for Orthopedic Surgery in Indonesia

In partnership with SoCS Nusa Putra — the School of Computer Science at Nusa Putra University, Jakarta — IOTRS offers postgraduate programs (S2 & S3) designed for medical professionals and researchers who aim to advance artificial intelligence in orthopedics and traumatology. SoCS Nusa Putra holds UNGGUL national accreditation (LAM-Infokom) and AQAS Full Accreditation from Cologne, Germany, with research strengths in machine learning, deep learning, computer vision, and AI for healthcare. Ranked #1201–1300 in QS WUR 2026, SoCS provides an internationally recognized academic environment where clinicians and computer scientists collaborate to develop intelligent systems that assist surgical planning, enhance intraoperative precision, and optimize post-operative care.

S2

Master of Orthopedics & AI

An advanced specialization combining clinical orthopedics with artificial intelligence expertise for data-driven research and practice.

  • Duration: 3 academic years
  • Applied AI research in orthopedic surgery
  • Interdisciplinary thesis with Scopus-indexed publication
  • Mentorship from AI and orthopedic faculty experts
Application Deadline: 31 December 2026Apply for S2 →
S3

Doctoral Program in Orthopedics & AI

A research-intensive doctoral program dedicated to developing novel AI models that transform how physicians diagnose, plan, and monitor orthopedic care.

  • Duration: 3,5 years of research
  • Advanced AI & deep learning model development
  • International research collaboration opportunities
  • High-impact journal publications & technology patents
Application Deadline: 31 December 2026Apply for S3 →
IOTRS Program Brochure
Program Guide

Advance AI-Driven Orthopedic Practice in Indonesia

Discover how our S2 and S3 programs equip clinicians and researchers with the tools to develop intelligent systems for surgical planning, intraoperative navigation, and post-operative recovery — bridging clinical orthopedics with cutting-edge artificial intelligence.

Download Program Guide

Why AI in Orthopedics Matters for Indonesia

Surgical Planning

AI assists medical teams in preparing and predicting the most appropriate surgical approach before the operation begins.

Intraoperative Guidance

Real-time navigation guidance and risk prediction help surgeons execute procedures with greater precision and confidence.

Post-Operative Care

AI predicts optimal post-operative care, monitors recovery progress, and detects complications earlier for better patient outcomes.

Agenda 2027

Scientific Meeting & Exhibition

"All about Orthopedic and Traumatology Implants and Devices."

Jakarta, Indonesia2027 · Date to be announcedIOTRS · PABOI · SoCS Nusa Putra
Learn More →