Sanad Al-Khatib
Securing systems by design, governed by standards.
Mitacs Globalink research intern at the University of Lethbridge, cybersecurity student at Al-Hussein Technical University, with information-security experience at INVESTBANK — building a career where technical depth meets governance discipline: ISO 27001, NIST CSF, risk quantification, and security operations.
HTUAl-Hussein Technical UniversityIBINVESTBANKUofLUniversity of LethbridgeMXMitacsHPHikma PharmaceuticalsISC2ISC2PBPearson BTECHTUAl-Hussein Technical UniversityIBINVESTBANKUofLUniversity of LethbridgeMXMitacsHPHikma PharmaceuticalsISC2ISC2PBPearson BTEC
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About me
Identity & objective
I'm a cybersecurity professional from Amman, Jordan, completing my Bachelor's in Cybersecurity at Al-Hussein Technical University. I'm currently in Canada as a Mitacs Globalink research intern at the University of Lethbridge, researching the collision of quantum computing and data-privacy regulation, after eight months as an Information Security Trainee Officer at INVESTBANK.
My path runs through both sides of security. I've worked hands-on in security operations — monitoring EDR, PAM, DAM, FIM, WAF and DLP platforms, investigating indicators of compromise, and validating controls through breach & attack simulation. And I've worked in the discipline that gives that work direction: governance, risk and compliance — risk assessment under ISO 27005 and NIST SP 800-30, Central Bank of Jordan regulatory compliance, PCI DSS, and system hardening against CIS Benchmarks.
I'm specializing in GRC because I believe strong security is designed, measured and governed — not improvised. I've designed complete governance systems that integrate COBIT 2019, NIST CSF 2.0 and ISO/IEC 27001, and quantified cyber risk in financial terms using FAIR. My goal is to help organizations build security programs that regulators trust, auditors verify, and attackers respect.
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Education
Academic record
Mar 2026 — Present
B.Sc. in Cybersecurity
Al-Hussein Technical University · Amman, Jordan
Continuation of the Technical Degree with transferred credit — cumulative GPA 3.76 / 4.00, Academic Excellence
Coursework assessed against professional certification models: ISACA COBIT 2019 Foundation, PECB ISO/IEC 27001 Foundation, and NIST CSF 2.0 — plus the Jordan National Cybersecurity Framework workshop
Mar 2023 — Mar 2026
Technical Degree in Cybersecurity
Al-Hussein Technical University · Amman, Jordan
GPA 3.77 / 4.00 — Academic Excellence
Ranked 1st in the Cybersecurity Class of 2022, years 1 through 3
Jul 2023 — Nov 2025
Pearson BTEC Level 5 Higher National Diploma in Computing
Pearson · Grade: Distinction
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Mitacs Globalink Research AwardCompetitive Canadian national research award — University of Lethbridge (2026)
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NCSC Cyber Warriors — 4th EditionRanked 19th of 316 teams nationally (2025)
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HTU Capture the FlagHeld 1st rank on the university platform for over a year (2024–2025)
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Embassy of Ireland AwardCertificate of Appreciation — JoYS initiative contribution
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Academic ExcellenceConsistently ranked 1st in the Cybersecurity Technical Degree Program
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Experience
Professional record
Jun 2026 — Present
Research Intern — Quantum Computing & Data Privacy
University of Lethbridge · Lethbridge, Canada · Mitacs Globalink Research Internship (GRI)
Selected for Canada's competitive Mitacs GRI program, supervised by Dr. Sidney Shapiro, Dhillon School of Business.
Regulatory impact analysis — assessing how quantum computing reshapes data-privacy and security obligations under GDPR, including encryption-dependent compliance controls and the "harvest-now, decrypt-later" risk model.
Comparative compliance research — analyzing how organizations are adapting privacy and security compliance strategies for the post-quantum era.
Readiness gap mapping — structured industry and database research mapping the regulatory and technical gap between current data-protection requirements and quantum-era threats.
GDPRPost-Quantum ReadinessRegulatory Gap AnalysisThreat ModelingTechnical Writing
Oct 2025 — May 2026
Information Security Trainee Officer
INVESTBANK · Amman, Jordan
Security operations — monitored and analyzed alerts across EDR, PAM, DAM, FIM, WAF and DLP platforms; investigated indicators of compromise.
Risk management & GRC — risk assessment practice under ISO 27005 and NIST SP 800-30; risk register maintenance and compliance validation against Central Bank of Jordan regulations and PCI DSS.
Vulnerability management — reviewed assessments via automated tooling and manual validation, classified risk by CVSS, and coordinated remediation with technical teams.
Access control & auditing — reviewed Data Center and DR site access requests; audited entry/exit logs to verify authorized physical access.
Hardening & architecture — OS hardening with CIS Benchmarks, least-privilege enforcement, patch compliance, and design reviews against Zero Trust principles.
Breach & attack simulation — participated in a BAS project validating control effectiveness against real-world threat vectors.
End-to-end information security management system design for a simulated pharmaceutical enterprise operating hybrid-cloud IT alongside manufacturing OT, integrating three frameworks into one unified governance design.COBIT 2019NIST CSF 2.0ISO/IEC 27001Goals CascadeGap AnalysisIT/OT Security+ Expand for full breakdown, project timeline
ProfileCompany profile & COBIT design factors
CascadeBusiness goals → security objectives
Design31 objectives prioritized & justified
AssessNIST CSF 2.0 gap analysis, tiers & profiles
Roadmap3-year phased implementation plan
ControlsISO 27001 controls → technical specs
ReportExecutive report & oral defense
Designed a tailored COBIT 2019 governance system — design-factor analysis and goals cascade across all 40 governance and management objectives, with 31 carried forward as high priority and assessed for target capability level.
Executed a NIST CSF 2.0 gap analysis (current vs. target profiles and tiers) and built a three-year phased roadmap for capacity building, maturation, and optimization.
Mapped ISO/IEC 27001:2022 Annex A controls across to NIST SP 800-53 and CSF 2.0 — remote working (A.6.7 → AC-17), change management (A.8.32 → CM-3) and logging (A.8.15 → AU-3 / PR.PS-04) — then translated each into implementable technical specifications for Zero Trust remote access, configuration change control, audit-log integrity, and automated data-classification enforcement.
Delivered an executive report balancing board-facing strategy with technical appendices; defended in oral examination.
Cyber Risk Quantification — FAIR Assessment of a Payment-Services Provider
Full quantitative cyber risk assessment of a simulated fintech (PayLink Solutions), expressing cyber risk in financial terms for executive decision-making.FAIRSTRIDEMonte CarloRisk QuantificationNIST CSFExecutive Reporting+ Expand for full breakdown, project timeline
ModelData-flow diagram of the payment platform
ThreatsSTRIDE analysis & scenario ranking
QuantifyFAIR Monte Carlo: TEF → LEF → LM → ALE
MitigateControls applied, model re-run
MapNIST CSF baseline & improvements
PresentExecutive presentation & defense
Modeled the system with data-flow diagramming and conducted structured STRIDE threat analysis to identify and rank threat scenarios.
Quantified risk with the FAIR methodology using FAIR-U Monte Carlo simulation — deriving the full chain from threat-event frequency and susceptibility to loss-event frequency, loss magnitude, and annualized loss exposure (ALE).
Applied mitigation controls, re-ran the quantitative model to demonstrate measurable risk reduction, and mapped findings to NIST CSF functions with baseline and improvement targets.
Delivered a technical report and executive presentation, defended in oral examination.
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Digital Forensic InvestigationDisk-image analysis on a simulated criminal case — chain-of-custody documentation and evidence extraction with forensic tooling (2025)
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Public Safety Infrastructure PentestPenetration test of a virtualized infrastructure — memory-corruption exploitation and privilege escalation (2025)
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Enterprise Network SimulationMulti-site network design — VLAN segmentation, ASA firewalls, and IPsec VPN tunnels in Cisco Packet Tracer (2024)
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Forecasting Soil Moisture PatternsTime-series research (LSTM/GRU) for environmental monitoring (2025)
Four academic and industry references — from INVESTBANK, Al-Hussein Technical University and the University of Lethbridge — available on request.
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