Elevate your career with the ICTQual Level 6 Diploma in Chemical Engineering, a globally recognized qualification awarded by ICTQual AB. This British Council-verifiable certification is MOFA and embassy attestable, making it ideal for job opportunities worldwide and Iqama approval in Saudi Arabia. Over three years, learners acquire comprehensive knowledge in chemical engineering, from foundational principles to advanced industrial applications, combining theoretical understanding with practical skills to succeed in the chemical industry.
Course Overview
Qualification Title: ICTQual Level 6 Diploma in Chemical Engineering 360 Credits – Three Years
Awarding Body: ICTQual AB
Total Units: 36
Credits: 360
Course Study Units
Year 1: Foundation of Chemical Engineering
Introduction to Chemical Engineering
Basic Thermodynamics
Mathematics for Chemical Engineers
Fluid Mechanics
Material and Energy Balances
Introduction to Process Control
Chemistry for Chemical Engineers
Introduction to Reaction Engineering
Engineering Drawing and CAD
Professional Skills Development
Heat and Mass Transfer Fundamentals
Chemical Engineering Principles
Year 2: Advanced Chemical Engineering Concepts
Advanced Thermodynamics
Heat Transfer
Mass Transfer Operations
Chemical Process Design
Industrial Chemistry
Process Systems Engineering
Fluid Dynamics and Flow Systems
Reaction Engineering
Environmental Engineering
Process Control and Automation
Process Modeling and Simulation
Engineering Materials
Year 3: Specialization and Industry Application
Advanced Process Control
Process Safety and Risk Management
Chemical Plant Design
Sustainable Chemical Engineering
Separation Technology
Computational Fluid Dynamics (CFD)
Advanced Materials Science
Process Optimization
Industrial Placement / Internship
Capstone Project
Project Management for Chemical Engineers
Biochemical Engineering
Learning Outcomes
Year 1: Foundation of Chemical Engineering
Understand fundamental principles of chemical engineering and industrial processes
Apply mathematics, thermodynamics, and fluid mechanics to chemical engineering problems
Develop knowledge of reaction engineering, material and energy balances, and process control
Gain skills in engineering drawing, CAD, and professional development
Apply heat and mass transfer fundamentals in practical scenarios
Year 2: Advanced Chemical Engineering Concepts
Design and optimize chemical processes using advanced thermodynamics and heat/mass transfer
Apply process systems engineering, reaction engineering, and automation techniques
Develop environmental and sustainability awareness in chemical processes
Model and simulate industrial chemical systems for efficiency and reliability
Understand industrial chemistry and engineering materials applications
Year 3: Specialization and Industry Application
Implement advanced process control and safety management in chemical plants
Design and optimize chemical plants and separation systems
Apply computational fluid dynamics (CFD) for complex process simulations
Develop skills in industrial placement, project management, and biochemical engineering
Execute a capstone project demonstrating integrated knowledge and practical expertise
Certification Routes
As an approved ICTQual AB centre, learners can enroll through two certification routes:
Experienced Professionals: Learners with at least six years of verifiable experience in the chemical engineering field can fast-track their certification and receive recognition based on their professional experience.
Fresh Candidates: Learners without prior experience must successfully complete 36 assignments throughout the three-year program to achieve the full Level 6 Diploma. Enrollment is required through our approved centre to access course materials, assignments, and assessment support.
Course Benefits
The ICTQual Level 6 Diploma in Chemical Engineering equips learners with advanced technical knowledge and practical expertise to excel in global chemical and process industries. This qualification enhances career prospects, leadership potential, and eligibility for Iqama approval.
- Globally recognized qualification, British Council-verifiable
- MOFA and embassy attestable for international recognition
- Comprehensive skills in process design, safety, and optimization
- Job-ready competencies in plant operations, CFD, and biochemical engineering
- Leadership, project management, and sustainability knowledge
Ideal Learner
This program is ideal for learners aiming to build or advance a career in chemical engineering, process optimization, and industrial applications. It is suitable for both fresh graduates and professionals seeking formal recognition.
- Aspiring chemical engineers and process specialists
- Professionals seeking career advancement in chemical industries
- Learners interested in plant design, process safety, and sustainable engineering
- Individuals seeking globally recognized certification and Iqama approval
- Career-driven learners targeting leadership or R&D roles
Entry Requirements
Learners must meet the following criteria:
- Minimum Age: 18 years
- Educational Background: Completion of Level 5 or equivalent in Chemical Engineering or related discipline
- Experience: Minimum six years for experienced route
- Language Proficiency: Competency in English, both written and spoken
Who Can Enroll
The program welcomes both experienced professionals and fresh learners:
- Experienced chemical engineers seeking formal recognition of skills
- Fresh graduates aiming to enter the chemical engineering industry
- International learners pursuing globally recognized credentials
- Individuals seeking Iqama approval in Saudi Arabia
Future Progression
Graduates can advance into senior engineering, management, or research positions in chemical and process industries:
- Senior Process Engineer, Chemical Plant Manager, or R&D Specialist
- Specialization in process design, biochemical engineering, or sustainable technologies
- Level 7 Professional Diploma or Master’s programs in chemical engineering
- Roles in multinational chemical, pharmaceutical, and energy companies
- Research, innovation, and consultancy opportunities in chemical and process engineering