Professional Certificate in Ethical Hacking & Secure Programming
Learn how modern web applications are built, attacked, secured and verified. Start with security-focused Python, Flask, networking and database fundamentals, then progress to vulnerability assessment, ethical hacking, secure coding and a practical Attack–Defend capstone.
Build it. Understand it. Attack it. Secure it. Verify it.
This course connects the developer and ethical-hacker perspectives. Instead of stopping at exploitation, learners analyse the vulnerable code, implement a secure fix, repeat the original attack and verify the outcome.
What learners build first
- Python fundamentals for cybersecurity
- Flask web application fundamentals
- Computer networking & network security foundations
- Database design, SQL & secure database implementation
What learners secure next
- Injection and cross-site scripting
- Authentication, sessions and access control
- CSRF, SSRF, redirects and request manipulation
- File handling, configuration, headers and secure SDLC
12-week curriculum
A deliberately progressive pathway: technical foundations first, offensive security next, then defensive engineering and capstone integration.
Python Programming Fundamentals for Cybersecurity
Variables, control flow, functions, files, exceptions, validation and simple security automation.
FoundationFlask Web Application Development Fundamentals
Routes, forms, requests, responses, templates, sessions, cookies and attack surfaces.
FoundationFundamentals of Computer Networking & Network Security
TCP/IP, IP addressing, ports, DNS, HTTP/HTTPS, firewalls and reconnaissance concepts.
FoundationDatabase Design, SQL & Secure Database Implementation
ERD, keys, normalisation, CRUD, core SQL, least privilege and parameterised queries.
FoundationCybersecurity & Application Security Fundamentals
CIA, threats, vulnerabilities, risk, trust boundaries, attack surfaces and secure-design mindset.
Core securityEthical Hacking & Vulnerability Assessment
Authorisation, scope, methodology, reconnaissance, vulnerability evidence and reporting.
OffensiveInjection & Client-Side Attacks
SQL injection, XSS, unsafe rendering, validation, encoding and sanitisation.
Attack → FixAuthentication, Sessions & Access-Control Security
Broken authentication, IDOR, RBAC, session security, secure cookies and server-side authorisation.
Attack → FixWeb & Server-Side Attacks
CSRF, SSRF, request manipulation, open redirects, allowlisting and defensive controls.
Attack → FixFile, Configuration & Web Security
Path traversal, LFI/RFI concepts, upload security, headers, errors, cookies and hardening.
DefensiveSecure Programming & Secure SDLC
Threat modelling, validation, encoding, parameterisation, secrets, logging and remediation.
DefensiveSecureLab Attack–Defend Capstone
Identify → Exploit → Evidence → Root cause → Remediate → Retest → Report.
CapstoneAssessment designed around practical competence
Learners are assessed on technical foundations, controlled ethical-hacking practice, secure programming and the integrated SecureLab capstone.
SecureLab Attack–Defend Challenge
The capstone joins the whole course together and is conducted through the CARSIT R&D and project context.
From vulnerability to verified remediation
Learners receive an intentionally vulnerable application and work within a defined, authorised lab scope. The objective is not simply to “hack” the system; it is to understand and improve it.
- Professional evidence and logbook
- Code-level remediation
- Repeatable retesting
- Assignment report and presentation
Potential job prospects & UK salary benchmarks
The certificate can support progression toward entry-level and junior cybersecurity/application-security pathways. Many roles require additional experience, certifications or broader technical depth; salary figures are market benchmarks, not guaranteed outcomes.
Junior Penetration Tester
Ethical testing, vulnerability discovery and security reporting. Experienced penetration testers can reach around £54k–£56k.
Cybersecurity Analyst
Monitoring, vulnerability/risk analysis, incident support and security improvement. Indeed reports an average around £48.9k in Sep 2026.
Application Security Analyst
Application risk analysis, secure development support, code/security review and vulnerability remediation.
Security Engineer
Designs and implements technical security controls across systems, platforms and cloud/application environments.
DevSecOps Engineer
Integrates security into software delivery, CI/CD, automation and cloud/platform engineering.
Application Security / AppSec Roles
Security design, secure coding guidance, threat modelling, vulnerability management and developer enablement.
Intake, fees & study format
Designed for short-course delivery with a strong practical component. Final cohort dates and promotional fees can be confirmed by admissions.
12 structured teaching weeks with guided SecureLab practical activity.
Contact admissions for the current tuition fee, promotional offers and payment options.
Request fee informationSample learner feedback
The following testimonials use fictional learner personas for design and marketing-preview purposes only. Replace them with genuine, permissioned learner feedback before public publication.
“The SecureLab exercises helped me connect theory with real application security. I could see the vulnerable code, test the weakness, fix it and then verify the result. That learning cycle made ethical hacking and secure programming much easier to understand.”Aisha Rahman · Aspiring Cybersecurity Analyst
“I found the course especially useful because it did not stop at identifying vulnerabilities. The Flask and database labs showed me how insecure coding decisions create security problems and how to correct them using practical secure-development techniques.”Daniel Okafor · Junior Software Developer
“The capstone brought everything together—from networking and SQL to vulnerability assessment, remediation, logbook, report writing and presentation. It gave me a much clearer picture of the skills needed for application-security and cybersecurity roles.”Priya Shah · Computing Graduate
Apply online or request course information
The form is connected to the included Flask/SQLite backend when the package is run as a web application. In static preview mode, it safely stores a local draft in the browser.
Download the prospectus
Keep the programme overview, module structure, assessment and career pathways for offline review.
Download PDF ProspectusWhatsApp enquiry
Prefer a quick conversation? Use WhatsApp to ask about the next intake, fee and eligibility.
Open WhatsAppSecureLab AI Course Assistant
Use the chat button at the bottom-right to ask about modules, assessment, capstone, fees, entry expectations and career pathways.
Frequently asked questions
Do I need advanced programming experience?
No. The course begins with security-focused Python, Flask, networking and database foundations. Basic computer literacy and willingness to practise are expected.
Is the course only about ethical hacking?
No. It deliberately combines ethical hacking with secure programming. Learners attack intentionally vulnerable applications, then remediate the code and retest the same attack.
How is the final assessment completed?
Final Assessment: Logbook, Assignment report and Presentation based on Capstone Project. The final capstone contributes 20% within the proposed assessment structure.
Does the course guarantee a cybersecurity job?
No. It develops practical knowledge relevant to several career pathways, but employers may require additional experience, certifications, degrees, security clearance or role-specific skills.
How does the ISM Education endorsement relate to the course?
The page states that the professional course is endorsed by ISM Education, an Ofqual-regulated UK Awarding Body. Course endorsement should not be presented as the same thing as an Ofqual-regulated qualification unless separately confirmed.