Build Advanced Technologies.
Engineer Intelligent Systems.
Lead Digital Transformation.
The Master of Technology at MEHIT develops advanced
technical, analytical and research competence for
professionals who want to design secure software,
intelligent systems, modern networks and data-driven
technological solutions.
An Advanced Technology Programme Built for
Innovation, Technical Leadership and Applied Research.
SYS / 01
The MTech develops professionals who can understand
complex technological systems, design advanced digital
solutions and lead applied innovation across software,
cybersecurity, networks, telecommunications, artificial
intelligence and data systems.
The programme combines advanced computing knowledge,
engineering judgement, technical research and professional
application. Students progress beyond the use of existing
technologies to the analysis, design, evaluation and
improvement of systems that respond to organisational,
industrial and societal needs.
Technology creates lasting value when advanced knowledge,
responsible innovation and practical engineering work together.
Build a deeper understanding of computing
architectures, digital systems, algorithms
and specialised technology environments.
ACK
02
Systems Engineering
Analyse, design and improve integrated software,
network, data and intelligent systems.
SYS
03
Applied Technological Research
Investigate real technical problems using
structured research, evidence and disciplined
experimentation.
ATR
04
Technical Problem-Solving
Respond to complex technical constraints through
analysis, engineering judgement and practical
solution development.
TPS
05
Digital Innovation
Develop secure, intelligent and scalable
technological solutions for modern organisations
and industries.
DIN
06
Professional Leadership
Lead technical teams, technology projects and
digital transformation initiatives with clarity
and professional responsibility.
LED
07
Technology Project Development
Plan, develop, test and evaluate applied
technological projects from concept to
implementation.
TPD
08
Ethical and Responsible Practice
Evaluate technological decisions through security,
accountability, professional ethics and their
wider social consequences.
ERP
Who the Programme Is For
MTECH / PROFESSIONAL PROFILE
Graduate Technology Community
Designed for Technology Professionals Ready to
Build, Innovate and Lead.
PROFILE / 01
The MTech is intended for professionals and graduates
seeking deeper technical expertise, stronger engineering
judgement and the capacity to lead complex technology
initiatives across organisations and industries.
Professional Formation
Advanced technology education for professionals
responsible for systems, infrastructure, security,
data and digital innovation.
MEHITYAOUNDÉMTECH
Professional Categories
12 Profiles
01
Software Developers
Professionals seeking advanced competence in
software architecture, systems development,
application engineering and software quality.
SDE
02
Systems Engineers
Engineers responsible for analysing, integrating
and improving complex technical and digital
systems.
SYS
03
Cybersecurity Professionals
Practitioners working in information security,
cyber-risk management, security operations,
digital forensics and infrastructure protection.
CYB
04
Network Administrators and Engineers
Professionals responsible for enterprise networks,
connectivity, infrastructure performance and
secure communication systems.
NET
05
Telecommunications Professionals
Specialists working with communication
infrastructure, wireless systems, network services
and telecommunications operations.
TEL
06
Data Analysts and Data Engineers
Professionals seeking stronger competence in data
systems, analytics, data engineering and
evidence-based technological decision-making.
Technology leaders managing infrastructure,
technical teams, digital services, operational
continuity and transformation programmes.
ITM
09
Technology Project Professionals
Professionals responsible for planning,
coordinating, implementing and evaluating complex
technology projects.
TPM
10
Technology Entrepreneurs
Founders and innovation leaders developing digital
products, technical services and scalable
technology ventures.
ENT
11
Computing and Engineering Graduates
Graduates seeking advanced technical formation,
specialised professional competence and stronger
research capacity.
GRD
12
Future Researchers and Doctoral Candidates
Professionals preparing for advanced research,
technology publication, doctoral study and
academic or industrial investigation.
RSC
Technology Specialisations
MTECH / FOUR ADVANCED PATHWAYS
Advanced Technology Pathways
Choose the Advanced Technology Pathway That Matches
Your Professional Direction.
PATHWAY / SELECT
Each MTech pathway develops advanced technical judgement,
applied research competence and the capacity to design,
improve and lead complex technology systems.
Select Pathway
Programme 01
Engineering Pathway
SWE
MTech in Software Engineering
Develop advanced competence in software
architecture, application engineering,
systems development, software quality and
the delivery of complex technology projects.
Technical Competencies
01Advanced Software Engineering
02Software Architecture
03Application Development
04Database Systems
05Software Testing and Quality Assurance
06DevOps and Deployment
07Software Project Management
Professional Application Areas
Enterprise Software Systems
Web and Mobile Applications
Cloud-Based Platforms
Information Systems Integration
Software Quality and Governance
Technology Product Development
Digital Transformation Projects
Programme 02
Security Pathway
CYB
MTech in Cyber Security
Develop the advanced technical and strategic
competence required to protect information
systems, networks, applications and critical
digital infrastructure.
Technical Competencies
01Network Security
02Information Security Management
03Ethical Security Assessment
04Digital Forensics
05Cryptography
06Security Operations
07Cyber Risk Management
Professional Application Areas
Enterprise Information Security
Security Operations Centres
Critical Infrastructure Protection
Cyber Risk and Compliance
Digital Forensics and Investigation
Network and Cloud Security
Security Governance and Advisory
Programme 03
Infrastructure Pathway
NTC
MTech in Network and Telecommunications
Build advanced knowledge of communication
systems, enterprise networks,
telecommunications infrastructure and
network performance.
Technical Competencies
01Advanced Computer Networks
02Telecommunications Systems
03Network Design
04Wireless Communication
05Cloud and Network Services
06Network Security
07Network Performance Management
Professional Application Areas
Enterprise Network Infrastructure
Telecommunications Operations
Wireless and Mobile Systems
Cloud Connectivity
Network Planning and Optimisation
Secure Communication Systems
Infrastructure Modernisation
Programme 04
Intelligence and Data Pathway
AIB
MTech in Artificial Intelligence and Big Data
Develop advanced competence in intelligent
systems, machine learning, data engineering,
analytics and data-driven technological
innovation.
Technical Competencies
01Artificial Intelligence
02Machine Learning
03Big Data Systems
04Data Engineering
05Predictive Analytics
06Intelligent Applications
07Data Governance
Professional Application Areas
Intelligent Decision Systems
Predictive Analytics
Data Platforms and Pipelines
Business Intelligence
Automation and Smart Applications
Large-Scale Data Processing
AI Governance and Responsible Innovation
Academic Structure
MTECH / TWO-YEAR PROGRESSION
Graduate Technology Progression
A Two-Year Journey From Advanced Technical Foundations
to Applied Innovation.
STRUCTURE / MTECH
The MTech progresses from advanced computing, engineering
and research foundations to specialised technology
practice, prototype development and independent applied
research.
01
YR01 / FOUNDATION
Year One
Advanced Foundation
Advanced Technical Foundation
Establish the advanced computing, systems,
analytical and research foundations required
for specialised graduate technology study.
Academic Focus
07 Modules
01
Advanced Computing Systems
ACS
02
Software Engineering Principles
SEP
03
Network and Information Systems
NIS
04
Data and Algorithmic Thinking
DAT
05
Technology Research Methodology
TRM
06
Professional Seminars
PSM
07
Specialisation Modules
SPC
→
TECHNICAL PROGRESSION / 01–02
From advanced technical knowledge to specialised
application, innovation and independent research.
02
YR02 / APPLICATION
Year Two
Applied Innovation
Applied Innovation, Research and
Professional Practice
Apply specialised technology knowledge through
professional practice, technical investigation,
prototype development and independent graduate
research.
Academic Focus
07 Modules
01
Advanced Specialisation Modules
ASM
02
Applied Technology Project
ATP
03
Professional or Industrial Practice
PIP
04
Technical Case Analysis
TCA
05
Dissertation Preparation
DSP
06
Technology Prototype Development
TPD
07
Presentation or Defence
DEF
What You Will Develop
MTECH / GRADUATE CAPABILITY MATRIX
Graduate Technical Capacity
Graduate With the Capacity to Design, Secure and
Lead Advanced Technology Systems.
CAPABILITY / MATRIX
The MTech develops advanced technical judgement,
engineering competence, applied research capacity and
professional leadership for complex technology
environments.
Capability Modules12 Outcomes
Capability Module01
SYS / SYSTEM ANALYSIS
Analyse Complex Technological Systems and
Professional Challenges.
Examine how software, networks, information,
infrastructure, users and organisational processes
interact within complex technology environments.
Graduate Application
Technical requirement analysis
Systems evaluation
Architecture assessment
Technology problem diagnosis
Capability Module02
ENG / ENGINEERING DESIGN
Design Secure, Scalable and Reliable Digital
Systems.
Translate technical requirements into structured
software, data, communication and intelligent
system architectures.
Graduate Application
Software architecture
Systems integration
Scalable solution design
Technical specification development
Capability Module03
SEC / SECURITY
Identify, Evaluate and Manage Technology Security
Risks.
Apply security principles to systems, applications,
networks, data and organisational technology
operations.
Graduate Application
Cyber-risk assessment
Security architecture
Infrastructure protection
Security governance
Capability Module04
DAI / DATA INTELLIGENCE
Develop Intelligent and Data-Driven Technology
Solutions.
Use data engineering, analytics, machine learning
and intelligent computing methods to support
automation, prediction and decision-making.
Graduate Application
Predictive analytics
Machine-learning systems
Data engineering
Intelligent applications
Capability Module05
RSC / APPLIED RESEARCH
Conduct Applied Research Into Real Technology
Problems.
Frame technical problems, collect and analyse
evidence, evaluate alternatives and develop
defensible technology recommendations.
Graduate Application
Research design
Technical experimentation
Prototype validation
Graduate dissertation development
Capability Module06
INF / DIGITAL INFRASTRUCTURE
Evaluate Network, Telecommunications and Digital
Infrastructure.
Assess infrastructure architecture, connectivity,
availability, performance and resilience across
modern communication environments.
Graduate Application
Network design
Infrastructure planning
Performance optimisation
Communication systems assessment
Capability Module07
CMP / COMPUTING METHODS
Apply Advanced Computing Methods to Complex
Professional Problems.
Select and apply appropriate computational,
algorithmic, modelling and systems methods to
demanding technical situations.
Graduate Application
Algorithmic problem-solving
Computational modelling
Systems optimisation
Technical solution evaluation
Capability Module08
TPL / PROJECT LEADERSHIP
Manage Technology Projects, Teams and Delivery
Responsibilities.
Coordinate technical resources, schedules,
stakeholders, risks and quality requirements
across complex technology projects.
Graduate Application
Technology project planning
Technical team coordination
Risk and quality management
Project delivery governance
Capability Module09
COM / TECHNICAL COMMUNICATION
Communicate Complex Technical Findings With
Clarity and Authority.
Present technical analysis, research findings,
architecture decisions and professional
recommendations to specialist and non-specialist
audiences.
Graduate Application
Technical reporting
Executive recommendations
Research presentation
Professional documentation
Capability Module10
DTX / DIGITAL TRANSFORMATION
Lead Technology Modernisation and Digital
Transformation.
Align technology investment, systems improvement
and digital innovation with organisational
strategy and operational priorities.
Graduate Application
Technology strategy
Systems modernisation
Digital service development
Organisational transformation
Capability Module11
PRF / TECHNOLOGY PERFORMANCE
Measure and Improve the Performance of Technology
Systems.
Establish performance criteria, evaluate system
behaviour and recommend technical improvements
based on evidence.
Graduate Application
Performance measurement
Reliability assessment
Quality evaluation
Continuous technical improvement
Capability Module12
RIN / RESPONSIBLE INNOVATION
Create Responsible, Ethical and Sustainable
Technology Solutions.
Evaluate the security, ethical, social and
professional consequences of advanced technology
decisions.
Graduate Application
Responsible technology design
Professional accountability
Ethical risk evaluation
Sustainable innovation
Research and Applied Technology Innovation
MTECH / RESEARCH DEVELOPMENT
Applied Technology Research
Research That Responds to Real Technological and
Organisational Challenges.
RESEARCH / INNOVATION
The MTech research pathway enables students to investigate
complex technology problems, evaluate existing systems,
develop prototypes and produce evidence-based solutions
for organisations, industries and society.
Applied Research Environment
From technical investigation to tested innovation,
research becomes a disciplined response to real
technology needs.
MEHIT Graduate SchoolTechnology ResearchYaoundé
RSC / 01
Applied technology research moves beyond describing a
problem. It examines systems, tests ideas and develops
solutions that can perform in real professional
environments.
Research Development Sequence
05 Stages
01
INV / 01
Applied Investigation
Identify and define a significant technology
problem within an organisation, industry,
infrastructure environment or professional field.
Technology problem identification
Systems and context analysis
Research question development
Technical literature review
02
MTH / 02
Research Design and Technical Analysis
Select appropriate research methods, evidence
sources, technical measurements and analytical
procedures for the investigation.
Research methodology
Data collection and measurement
Systems evaluation
Technical data analysis
03
PRO / 03
Prototype Development
Translate research findings into a practical
software, security, network, data or intelligent
systems solution.
Solution architecture
Prototype design
Technical implementation
System configuration
04
VAL / 04
Testing and Innovation Validation
Evaluate the performance, security, reliability
and professional relevance of the proposed
technology solution.
Prototype testing
Performance evaluation
Security and quality assessment
Technical improvement
05
PUB / 05
Publication Preparation and Innovation Output
Present the investigation, technical solution and
evidence through a graduate dissertation, defence,
professional report or publication-ready research
output.
Dissertation preparation
Technical documentation
Research presentation and defence
Conference or publication preparation
OUTPUT / 07
R&D
Graduate Innovation Output
Produce Research That Can Inform Technical Decisions,
Improve Systems and Support Innovation.
The final research output may include a validated
prototype, technical framework, systems assessment,
security model, software solution, network design,
intelligent application or data-driven innovation.
Industry and Academic Faculty
MTECH / KNOWLEDGE AND PRACTICE
Graduate Faculty Environment
Learn From Technology Researchers, Engineers and
Experienced Industry Practitioners.
FACULTY / PRACTICE
The MTech learning environment connects academic depth
with technical practice. Students engage with
professionals who understand research, systems
engineering, digital infrastructure and the realities
of technology leadership.
Faculty Perspective
01 / 08
RSC / 01
Technology Researchers
Researchers guide students through structured
investigation, evidence-based analysis, publication
preparation and the development of defensible
technology knowledge.
Applied Research · Technical Investigation · Publication
ENG / 02
Professional Engineers
Experienced engineers connect theoretical knowledge
with system design, technical implementation,
performance evaluation and professional engineering
judgement.
Systems Design · Implementation · Technical Evaluation
CYB / 03
Cybersecurity Specialists
Security practitioners provide insight into cyber
risk, infrastructure protection, security operations,
digital forensics and responsible information
security governance.
AI and data practitioners support advanced learning
in machine learning, analytics, intelligent systems,
data engineering and responsible automated
decision-making.
Machine Learning · Data Systems · Intelligent Applications
IND / 07
Industry Technology Leaders
Industry leaders provide strategic insight into
technology investment, project delivery, innovation,
operational responsibility and digital
transformation.
Research supervisors guide students from problem
formulation and methodology through technical
development, dissertation writing and final defence.
Supervision · Dissertation · Research Defence
Faculty Expertise
Select Discipline
Digital and Flexible Learning
MTECH / DIGITAL ACCESS ENVIRONMENT
Connected Graduate Education
Continue Your Graduate Technology Education Wherever
Your Professional Responsibilities Take You.
ACCESS / FLEXIBILITY
MEHIT combines campus-based graduate education with
digital access to learning materials, academic services,
technical resources and collaborative support.
Digital Access Environment
01 / 07
DGT / 01
Online Learning Access
Access selected graduate learning activities,
academic content and programme resources beyond
the physical classroom.
Flexible StudyProgramme ContinuityRemote Access
RSC / 02
Technical Learning Resources
Consult programme materials, technical references,
research guidance and specialised learning resources
supporting advanced technology study.
Career and Professional Outcomes
MTECH / PROFESSIONAL PATHWAYS
Advanced Professional Direction
Prepare for Advanced Responsibility Across Technology,
Engineering and Digital Innovation.
CAREER / PATHWAY
Each MTech specialisation prepares graduates for advanced
technical roles, professional leadership, specialised
consulting and responsibility within complex technology
environments.
Pathway 01
SWE / PROFESSIONAL OUTCOMES
Software Engineering
Progress into advanced software development,
architecture, systems delivery and technology
leadership responsibilities.
SWE
01
Professional Roles
Senior Software Engineer
Software Architect
Application Development Manager
Systems Analyst
DevOps Engineer
Software Quality Manager
Technology Project Manager
Software Consultant
02
Technical Environments
Enterprise Software Systems
Cloud Platforms
Web and Mobile Applications
Systems Integration
Software Quality Operations
Digital Product Development
03
Leadership Opportunities
Software Engineering Team Leadership
Architecture Governance
Technology Delivery Management
Digital Product Leadership
Software Quality Governance
Systems Modernisation Leadership
04
Consulting Possibilities
Software Architecture Advisory
Application Modernisation
Systems Integration Consulting
Software Quality Assessment
DevOps Transformation
Digital Product Strategy
Pathway 02
CYB / PROFESSIONAL OUTCOMES
Cyber Security
Progress into advanced information security,
cyber-risk, infrastructure protection and digital
resilience responsibilities.
CYB
01
Professional Roles
Cybersecurity Analyst
Information Security Manager
Security Operations Specialist
Digital Forensics Analyst
Cyber Risk Officer
Network Security Engineer
Information Security Consultant
Security Governance Specialist
02
Technical Environments
Security Operations Centres
Enterprise Information Security
Critical Digital Infrastructure
Cloud and Network Security
Digital Forensics Laboratories
Risk and Compliance Functions
03
Leadership Opportunities
Information Security Leadership
Security Operations Management
Cyber-Risk Governance
Digital Resilience Planning
Security Policy Development
Incident Response Coordination
04
Consulting Possibilities
Security Risk Assessment
Cybersecurity Governance Advisory
Infrastructure Security Review
Digital Forensics Consulting
Security Compliance Support
Business Continuity Advisory
Pathway 03
NTC / PROFESSIONAL OUTCOMES
Network and Telecommunications
Progress into advanced network engineering,
telecommunications infrastructure, connectivity
and technical operations leadership.
NTC
01
Professional Roles
Network Engineer
Telecommunications Engineer
Network Administrator
Infrastructure Manager
Wireless Network Specialist
Network Security Specialist
Telecommunications Project Officer
Network Consultant
02
Technical Environments
Enterprise Network Infrastructure
Telecommunications Operations
Wireless Communication Systems
Cloud Connectivity Environments
Network Operations Centres
Secure Communication Infrastructure
03
Leadership Opportunities
Infrastructure Operations Leadership
Network Engineering Management
Telecommunications Project Leadership
Connectivity Strategy
Network Performance Governance
Infrastructure Modernisation
04
Consulting Possibilities
Network Architecture Advisory
Telecommunications Infrastructure Planning
Wireless Network Assessment
Network Security Review
Performance Optimisation
Infrastructure Modernisation Consulting
Pathway 04
AIB / PROFESSIONAL OUTCOMES
Artificial Intelligence and Big Data
Progress into advanced artificial intelligence,
machine learning, data engineering, analytics and
intelligent systems responsibilities.
AIB
01
Professional Roles
Artificial Intelligence Engineer
Machine Learning Specialist
Data Scientist
Big Data Engineer
Data Analyst
Business Intelligence Specialist
Predictive Analytics Professional
AI Solutions Consultant
02
Technical Environments
Artificial Intelligence Laboratories
Data Engineering Platforms
Business Intelligence Environments
Machine-Learning Operations
Large-Scale Data Processing
Intelligent Application Development
03
Leadership Opportunities
Data Science Team Leadership
AI Project Management
Analytics Strategy
Data Governance Leadership
Intelligent Systems Innovation
Responsible AI Governance
04
Consulting Possibilities
AI Solutions Advisory
Data Strategy Consulting
Predictive Analytics Development
Data Platform Architecture
Business Intelligence Advisory
Responsible AI Assessment
Admission Requirements
MTECH / APPLICATION SYSTEM
Graduate Admissions
What You Need to Apply.
APPLICATION / REQUIREMENTS
Applicants should submit a complete graduate application
demonstrating the academic preparation, technical
background and professional direction required for
advanced technology study.
ENTRY / 01Bac+3
General Academic Eligibility
A Recognised Bachelor’s Degree, Licence or Equivalent
Qualification in a Relevant Technology Field.
Applicants should normally hold a recognised Bachelor’s
degree, Licence or equivalent Bac+3 qualification in
Computer Science, Software Engineering, Information
Technology, Cyber Security, Network Engineering,
Telecommunications, Artificial Intelligence, Data Science
or a closely related discipline.
Application Requirement Register10 Requirements
01
AQL / REQUIRED
Academic Qualification
A recognised Bachelor’s degree, Licence or
equivalent qualification from an approved higher
education institution.
Mandatory
02
TBG / REVIEW
Technical Background
Evidence of previous study or professional
experience in computing, engineering, information
systems, cybersecurity, networks, data or a
related technology field.
Evaluated
03
ACR / REQUIRED
Academic Records
Official or certified academic transcripts and
copies of relevant certificates or diplomas.
Mandatory
04
IDN / REQUIRED
Identification
A valid national identity card, passport or other
institutionally accepted identification document.
Mandatory
05
APP / REQUIRED
Application Form
A completed MEHIT Graduate School application form
containing accurate academic, personal and
programme information.
Mandatory
06
CV / PROFILE
Curriculum Vitae
A current curriculum vitae presenting academic
preparation, technical skills, employment history,
projects and relevant professional experience.
Required
07
SOI / ACADEMIC
Statement of Interest
A concise statement explaining the applicant’s
academic interests, professional objectives,
preferred specialisation and reason for selecting
the MTech.
Required
08
TDC / CONDITIONAL
Technical Documents
Programme-specific materials such as a technical
portfolio, project summary, professional
certification or evidence of relevant practical
work may be requested.
Where Applicable
09
INT / ASSESSMENT
Admissions Interview
Applicants may be invited to an interview with the
Graduate Admissions Committee to discuss academic
readiness, technical experience and professional
objectives.
By Invitation
10
LNG / CONDITIONAL
Language Requirement
Evidence of adequate English-language proficiency
may be required where previous education was not
completed in English or where programme conditions
make it necessary.
Where Applicable
PRO / ENTRY
Professional Technology Experience May Strengthen an
Application.
Applicants working in software development, information
systems, cybersecurity, networking, telecommunications,
data analytics, artificial intelligence or related
professional environments may be asked to provide evidence
of relevant experience.
ADMISSIONS NOTICE
Programme-specific requirements may apply. Applicants should
contact Graduate Admissions for confirmation before submitting
their application.
Programme schedules, tuition arrangements and
specialisation-specific academic requirements should be
confirmed with MEHIT Graduate Admissions before registration.
Frequently Asked Questions
MTECH / INFORMATION REGISTER
Programme Clarification
Important Questions About the MTech Programme.
FAQ / SYSTEM
Review key information about programme pathways,
academic requirements, study options, research and
credential verification before submitting your
application.
Programme Information Register
10 Questions
MEHIT offers MTech pathways in Software
Engineering, Cyber Security, Network and
Telecommunications, and Artificial
Intelligence and Big Data.
The MTech is structured as a two-year graduate
programme progressing from advanced technical
foundations to specialised practice, applied
innovation and research.
The programme provides on-campus and online
study options. Applicants should confirm the
delivery arrangements for their selected
specialisation with Graduate Admissions.
Relevant professional experience may strengthen
an application, particularly for applicants
working in software, cybersecurity, networks,
telecommunications, data or artificial
intelligence. Admission also considers the
applicant’s academic preparation.
Yes. Students develop applied research
competence through technical investigation,
data analysis, systems evaluation, prototype
development, testing and dissertation or
applied technology project preparation.
Applicants from engineering, information
systems and closely related disciplines may
be considered. The Graduate Admissions
Committee will evaluate the relevance of the
applicant’s previous studies, technical
competence and professional experience.
International applicants may submit an
application, subject to the required academic,
identification and language documentation.
Graduate Admissions should confirm any
additional international application
requirements.
MEHIT academic credentials can be authenticated
through the institution’s academic verification
portal, supporting professional, institutional
and international verification.
Applicants should normally hold a recognised
Bachelor’s degree, Licence or equivalent
Bac+3 qualification in Computer Science,
Software Engineering, Information Technology,
Cyber Security, Network Engineering,
Telecommunications, Artificial Intelligence,
Data Science or a related field.
The selected pathway should reflect your
previous academic preparation, current
technical experience and future professional
direction. Graduate Admissions can provide
guidance where two or more pathways appear
suitable.
FURTHER CLARIFICATION
Programme-specific academic, tuition or application questions
should be confirmed directly with MEHIT Graduate Admissions.
Begin Your Graduate Technology Journey
MTECH / APPLICATION ACCESS
Graduate Qualification
MTECH
MEHIT Graduate School
Advance Your Technology Leadership With MEHIT.
Build the advanced technical judgement, applied research
capacity and professional leadership required to design,
secure and improve modern technology systems.
Graduate Progression
03 Directions
01
Strengthen your advanced technical and engineering
expertise.
EXP
02
Build innovation, leadership and applied research
competence.
RSC
03
Create secure, intelligent and scalable technology
solutions.
