Vivek Balachandran
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Research

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Funded Projects

No

Amount

Title

Funding Organization

Collaborators

Status

1

$3,100,000

SLADE: Smart Learning Analytics for Digital crime

National Research Foundation

Custodio Pte Ltd, MHA

Ongoing

2

$180,000

Application Security Assessment Protocol (ASAP)

National Research Foundation

Paypal

Ongoing

3

$332,886

A Cross-Platform, Smart Drone Control Framework

Ministry of Education - TIF

Distek Pte Ltd, Frontier Tech Innovations Pte Ltd

Ongoing

4

INR 4,000,000 ~ $100k

Edge and Cloud-based Predictive Analytic Services for Zero-touch Network and Service Management

ASEAN-India R&D grant

IIT Dharward

Ongoing

5

$170,000

An Intelligent Vulnerability Analysis, Detection and Resistance Framework for Drones

Ministry of Education -Ignition Grant

Home Team Science and Technology Agency

 

Completed

6

$235,000

Designing with Holograms - Mixed Reality for Design & FEA

Ministry of Education -Ignition Grant

Hope Technik, Hello Holo

Ongoing

7

$20,000

Automated interviewing system using resume analytics and matching

Ministry of Education -Ignition Grant

Impress.ai

Completed

8

$10,000

P2P and crowdfunding: Credit score and default model probability predictions for credit scoring models with machine learning

SIT Seed Grant

Crowdo Pte Ltd

Completed

9

$10,000

Blockchain-based Timestamping for Proof of Existence of Artifacts

SIT Seed Grant

Allen & Gledhill LLP

Completed

 

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Dr. Vivek Balachandran is currently an Associate Professor with Singapore Institute of Technology and the Deputy CEO of Verbosecurity Pte. Ltd. He is currently leading the SIT BEng (Hons) Information Security programme at SIT. He has been in the field of cybersecurity for over 12 years and in the field of computer science for over 18 years. 

He completed his Ph.D on Software Security from Nanyang Technological University Singapore and has worked as a Research Scientist with the Agency of Science, Technology and Research. 

As an academic he teaches cyber security and computer science courses to students and is involved in various research projects related to Software Obfuscation, Android Malware Detection, Drone Security, AI enabled cyber-crime detection, Application Security, Compiler Optimization, Security Analytics, Quantum computing etc.

 

 

Teaching

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ICT2204: Ethical Hacking

Year 2 module for Information Security undergraduate program.The aim of this introductory module is for students to learn how to select and apply basic techniques and tools for security auditing. This hands-on module will require students to evaluate a system, application or communication infrastructure for vulnerabilities using appropriate penetration testing strategies, techniques and tools

ICT2207: Mobile Security

Year 2 module for Information Security undergraduate program. This course will cover the operating systems and architecture of common mobile platforms such as Android and iOS, how to find and exploit vulnerabilities in mobile applications, how to devise countermeasures such as creating securely coded mobile applications, and the aspects of mobile application analysis, malware attacks and authentication systems. The course aims to enhance understanding of the multi-faceted nature of mobile security and amalgamates knowledge from foundational courses pertaining to computer architecture, networking, operating systems and programming 

ICT3204: Security Analytics

Year 3 module for Information Security undergraduate program. This module will provide an introduction to the fundamental concepts of data analysis, clustering and classification techniques, machine learning algorithms and visualization tools required for security analytics. Students will learn how to extract meaningful security information from large set of information flow data. The students will also be learning about how to visualize the derived information. The concepts taught in the module will be illustrated with examples drawn from modern practice and augmented with hands-on in-lab exercises involving relevant tools and techniques 

TLM2007: Operating system & Automotive OS

Year 2 module for Telematics undergraduate program. The aim of this module is to introduce the basic concepts and working principles of operating systems, real-time operating systems and automotive operating systems. The major contents to cover for general operating systems are operating-system structures, processes, threads, process synchronization, and CPU scheduling. For real-time operating systems, the focus is on various scheduling policies. For automotive operating systems, particular focus is given on extra modules that it may require to operate, like battery management module. 

MME1151: Programming in C

Year 1 module for undergraduate program. This module introduces computer programming using the C programming language. Topics include variable and constant declarations, arithmetic operations, selection, input/output operations, repetition, functions and recursion, arrays, pointers, and other related topics. Students will learn how to analyze programming problems such as when to choose regular loops, etc. Students will also have hands-on exposure in designing, implementing, testing and debugging programs that use different data types, such as simple variables, arrays, and structures.

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