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Programme Detail

Certified Encryption Specialist

The Certified Encryption Specialist programme introduces modern cryptography and its use in protecting information. Learners study symmetric and asymmetric algorithms,...

CryptographyRegistration Open

Programme overview

The Certified Encryption Specialist programme introduces modern cryptography and its use in protecting information. Learners study symmetric and asymmetric algorithms, hashing, signatures, public-key infrastructure, key management, cryptanalysis, steganography, and practical security applications. Participants will study cryptographic principles and apply them through worked examples involving algorithms, keys, hashes, certificates, digital signatures, and implementation weaknesses.

Programmes can be delivered via

HRD Corp Claimable
Yayasan Peneraju aligned
EC-Council

At a glance

Course code
EC-013
Provider
EC-Council
Category
Cryptography
Status
Registration Open
Duration
5 days
Price
RM 5,000

What participants should gain

  • Explain the purpose and operation of modern cryptographic systems
  • Compare symmetric, asymmetric, and hashing algorithms
  • Apply digital signatures, certificates, and key-management concepts
  • Identify common cryptographic weaknesses and attacks
  • Select suitable cryptographic controls for practical scenarios

Participant readiness

  • Basic knowledge of information security and computer networks
  • Comfort with basic mathematics is helpful
  • No advanced cryptography experience required

Who this course is for

  • Cybersecurity, networking, application, PKI, and infrastructure professionals
  • Developers and engineers using encryption, certificates, keys, hashes, or digital signatures
  • Students and professionals strengthening applied cryptography knowledge

How the course is delivered

This programme will be conducted through interactive lectures, worked cryptographic examples, algorithm demonstrations, practical exercises, analysis of implementation weaknesses, discussions, and knowledge checks.

This programme will be conducted through interactive lectures, worked cryptographic examples, algorithm demonstrations, practical exercises, analysis of implementation weaknesses, discussions, and knowledge checks | By enquiry

Course outline

Module and topic breakdown

Module 1: Introduction to Cryptography

Confidentiality, integrity, authentication, non-repudiation, and cryptographic trust

Module 2: Classical Ciphers and Cryptanalysis

Substitution, transposition, shift, affine, Vigenere, and other historical cipher concepts

Module 3: Symmetric Cryptography Fundamentals

Confidentiality, integrity, authentication, non-repudiation, and cryptographic trust

Module 4: Data Encryption Standard and Feistel Networks

DES structure, Feistel networks, rounds, keys, expansion, substitution, and permutation

Module 5: Advanced Encryption Standard

AES block size, key sizes, rounds, substitution, permutation, and key schedule

Module 6: Asymmetric Cryptography and RSA

Confidentiality, integrity, authentication, non-repudiation, and cryptographic trust

Module 7: Hash Functions and Message Authentication

Identity proofing, credential storage, password policy, multifactor authentication, and federation

Module 8: Digital Signatures and Certificates

Signing and verification workflows using hashes and asymmetric cryptography

Module 9: Public Key Infrastructure and Key Management

Certificate authorities, registration authorities, certificates, trust chains, and repositories

Module 10: Cryptographic Attacks and Implementation Weaknesses

Objectives, stakeholders, operating model, responsibilities, and decision processes for Cryptographic Attacks and Implementation Weaknesses

Module 11: Steganography and Information Hiding

Information-hiding concepts and differences between encryption and steganography

Module 12: Applied Cryptography and Emerging Trends

Confidentiality, integrity, authentication, non-repudiation, and cryptographic trust

Assessment and completion

  • Continuous knowledge checks and facilitator feedback throughout the programme
  • Completion of guided exercises, scenarios, labs, or case-study activities applicable to the course
  • Final review or practical activity to confirm understanding of the stated course objectives
  • Official EC-Council examination and certification requirements depend on the selected training package and current exam version

Availability

This programme has a public intake path. Use the enquiry form below to confirm the next available session or a private cohort.

Programme enquiry

Discuss pricing, delivery, or corporate customisation

Use this form to confirm availability, request pricing clarification, or discuss a private cohort for your organisation.