Jobs at Centre for Strategic Infocomm Technologies

Leads talent acquisition analytics and process improvement, including dashboard development, workforce forecasting, assessment enhancement, workflow automation, SOP updates, TA system transformation, change management, reporting training, and stakeholder data requests. Translates recruitment insights into hiring strategies and staffing recommendations while improving selection quality and operational effectiveness.

Develop and implement workforce planning frameworks and policies for CSIT. The role oversees process reviews, supports workforce design and transformation, analyzes workforce health and trends, develops data-driven interventions, partners with senior management, and represents the community in policy discussions with stakeholders.

Design, build, optimize, and maintain scalable data pipelines for mission-critical national security analytics systems. Responsibilities include processing large datasets, ensuring data quality and governance, implementing testing and monitoring, troubleshooting complex pipeline issues, and experimenting with agentic AI systems and LLM workflows. The role also involves collaborating with product and engineering stakeholders to deliver reliable data products.

Undergraduate intern will design, build, and improve digital workplace platforms and end-user technologies across Windows, macOS, mobile, and VDI environments. Responsibilities include developing prototypes, automating tasks, applying DevOps and SRE practices, building analytics and observability solutions, documenting technical findings, presenting results, supporting incident response, and improving employee technology experiences.

Research Linux malware, analyze its functional techniques, develop a simple malware detection tool, troubleshoot and debug software, and present research findings and a demonstration. The project lasts 2–4 months and is intended for undergraduate or pre-university students.

Undergraduate intern designing, building, documenting, and presenting cloud-service prototypes under mentorship. Projects may include message queues, distributed streaming, media services, and data lakes. The role requires familiarity with AWS, Azure, or GCP; configuration management tools such as Ansible or Terraform; and scripting or definition languages including PowerShell and YAML.

Undergraduate internship analyzing open-source malware communications in a safe sandbox. Responsibilities include studying malicious communication protocols and techniques, recommending detection strategies, developing proof-of-concept detections where applicable, and improving malware analysis tools and processes.

Conduct malware and malware-technique research; analyze and assess the effectiveness of anti-malware software and products; investigate emerging detection and mitigation methods across Windows, Linux, network, and mobile platforms. Projects may involve reverse engineering, assembly, and C/C++ or Python programming.

Conduct research on web vulnerabilities, common and proprietary network protocols, and protection mechanisms. Analyze networks and protocols for vulnerabilities or suspicious activity, document findings in reports, and potentially develop network visualization tools and processes that improve protocol analysis. The internship lasts 2–4 months and is intended for undergraduate or pre-university students with prior knowledge of network protocols and programming.

Undergraduate internship studying authentication and network protocols in mobile instant messaging applications. Responsibilities may include reverse engineering an IM app, analyzing authentication and communications for privacy or security flaws, and developing proof-of-concept demonstrations. Candidates should be proficient in Java and Swift and understand mobile application development. Applicants must submit a resume, education certificates, and student status documentation in a single PDF.

Intern will design, build, and improve digital workplace platforms and end-user technologies under mentorship. Responsibilities include developing deployable prototypes, applying software, security engineering, DevOps, and SRE practices, documenting technology evaluations, and presenting findings to management and users.

Research security vulnerabilities in systems and software, using reverse engineering, code auditing, and black-box testing. Analyze vulnerability impact, develop proof-of-concept exploits, and evaluate mitigation effectiveness. Potential projects include Windows, Linux, network, mobile, and cloud systems. Applicants should have strong cybersecurity interest, C/C++ and Python experience, and preferably knowledge of assembly, reverse engineering, and software vulnerabilities such as buffer overflows.

Research emerging cyber threats, investigate mitigation techniques and technologies, design and develop proof-of-concept security solutions, and validate security products against cyberattacks across Windows, Linux, mobile, and cloud environments.

Undergraduate intern will study EulerOS security enhancements, identify vendor-specific Linux security changes, learn security mechanisms, develop security testing tools, and document research findings. The project requires familiarity with Linux, operating systems, and networking, with Python, C, and Bash knowledge helpful.

Conduct a security study of selected cloud services such as Google Workspace and Microsoft 365. Perform network and code analysis to evaluate authentication, data handling, and potential security weaknesses. Develop proof-of-concepts demonstrating how vulnerabilities could cause data leakage or compromise. The internship lasts 2–4 months and is intended for undergraduate or pre-university students.

Design and build deployable prototypes for software-defined networking services, including network automation, virtual network services, and network telemetry platforms. Explore and document networking technologies, then present findings and systems to management and users. Work under mentor guidance to deliver solutions meeting user requirements. Requires Python proficiency, network automation knowledge, and familiarity with cloud networking, NFV, routing protocols, and micro-segmentation.

Undergraduate internship focused on researching publicly reported Windows and Windows application vulnerabilities, evaluating vulnerability discovery tools, performing reverse engineering and assembly analysis, documenting findings, and developing proof-of-concept code to demonstrate security impact.

Undergraduate internship studying hybrid and private cloud computing platforms for security weaknesses, including misconfigurations and vulnerabilities that could cause data leakage or unauthorized system access. The intern will investigate cloud software stacks and hypervisor layers, then develop proof-of-concepts demonstrating potential real-world compromises. Proficiency in C, C++, or assembly, along with knowledge of computer architecture and Windows or Linux/Unix operating systems, is required.

Under the guidance of a mentor, the intern will design, build, operate, and optimize software-defined network services and virtualized infrastructure. Responsibilities include developing network automation scripts, improving provisioning and deprovisioning, enhancing monitoring and alerting systems, evaluating networking technologies, applying SRE practices, troubleshooting performance issues, documenting technical findings, and presenting prototypes or proof-of-concepts to stakeholders.

Conduct technology scans and proof-of-concepts, preprocess data, engineer features, build machine learning models, and present systems to management and users. Potential projects include statistics, machine learning, data visualization, human language technologies, and graph analytics. Interns work closely with mentors to meet project requirements.