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Deep Tech Projects

For fresh graduates only, apply now or click the button below for more details on each projects.

  • ACK1: Structural Health Analytics (Radio-Frequency)

  • AFF1: Social Media Inference Through Deep Learning

  • AIP1: Predicting Food Trends Across Geographies in Asia

  • AIC1: Conversational AI for B2C Enterprises

  • AML1: Health Prediction using Microbiome Data

  • AML2: Nutrition/Diet Plan Recommender using Machine Learning

  • ARC1: Blockchain Solution for Industry 4.0 Integrated Shop Floor & Supply Chain

  • ARC2: Machine Learning for Digital Manufacturing Transformation

  • ATO1: Robust Electronics System Design for Quantum Sensing

  • ATO2: Mechanical Design and Dynamic Stabilisation for Quantum Sensing

  • BEX1: Robotics Hardware for Autonomous Marine System

  • BEX2: Improve Underwater Perception for Marine Robotics

  • CAR1: Create Pricing Recommendations for Airfreight with Machine Learning

  • CAR2: Flight Search Optimisation with Deep Learning

  • CLO1: Malicious Script and Malware Detection for Web Security Threats

  • DAT1: Machine Learning for Personal Data Linking

  • DAT2: Machine Learning for Domain-specific Document Classification

  • EKO1: Deep Learning on Echocardiograms

  • ENT1: Machine Learning with Quantum Computers

  • ENT2: Optimisation with Quantum Computers

  • ENW1: Robotics Automation of Environmental Service Vehicles (Road Sweepers)

  • EUR1: Computer Vision and AI for Robotic Perception

  • FIR1: AI-Based Analytics for Solar and Semicon Industries

  • HOL1: Natural Language Processing of Unstructured Clinical Data

  • HOL2: Explainable AI for Alzheimer's Disease

  • HOP1: Design Robotics Algorithms for Vehicle Routing Problem (VRP)

  • HOP2: Data Analytics and Machine Learning to Predict Robot Performance

  • HOR1: Develop Quantum Data Structures and Algorithms

  • HOR2: Develop Software Library to Simulate Quantum Processors

  • HYD1: Development of Modularised and Integrated Electrical and Membrane Treatment Systems

  • INT1: Information Extraction in the Legal Domain

  • ITV1: Automation of Video Interview and Video Coaching Using NLP, CV and Audio Processing

  • KON1: Automated Data Extraction from e-Commerce Website & Time-Series Analysis

  • KRO1: Aerogel Nanomaterial Formulation

  • MED1: Deep Learning on Retinal Images

  • MIC1: Design Micro Intrusion Detection System (IDS) for IoT Devices

  • MIC2: Machine Learning for Anomaly Detection

  • MIC3: Cybersecurity in IoT Edge Security

  • MOV1: Computer Vision for Robotics Localisation and Navigation

  • NDR1: Smart Robotic Biopsy Needle Path Planning For Lung Biopsy

  • NOV1: Development of Machine Learning and NLP capability to Filter Candidate Trading Groups

  • PAR1: Machine Learning for E-Commerce Logistics Prediction Engine

  • PEN1: Generating Creative Narratives in Video

  • PEN2: Advertising Text Generation in Asia Pacific Languages

  • POL1: Autonomous Monitoring of Crops using Drones

  • POL2: Automation of Pollination in Greenhouses with Drones

  • QUO1: Machine Learning on Graph Representation of the Code

  • RES1: Forecast, Distinguish, and Optimise Electrical Demand Using ML

  • RES2: Enhancing IoT Data Pipeline and Device Data Collection

  • RHS1: Training Recommendation Engine

  • RHS2: Compliance Readiness Automation

  • SOM1: Social Multimedia AI for Marketing

  • SPE1: Quantum Entanglement Software R&D

  • SPE2: Quantum Entanglement Instrumentation R&D

  • SQ41: Building the Alpha-Gos of the Advanced Manufacturing World

  • SQ42: Distributed AI System Engineering for Terabyte Scale Applications

  • TAI1: Knowledge Processing Optimisation (AI Engineer)

  • TAI2: Statistical R&D in NLP for Knowledge Work Automation

  • TAI3: Mandarin NLP Engineer

  • XNE1: Battery Health Predictive Analytics for Hazard and Maintenance Preventive Measures