OBJECTIVES 

• To provide a sound base in the science of Telecommunication Engineering.
• To develop in the students the concept of professional practice, innovation and enterprise.
• To make the student aware of technological trends and the emerging opportunities.
• To lay the foundation necessary for advanced study in Telecommunication Engineering.
• To be able to unite theory with practice, be prepared and motivated to engage in lifelong learning, and have a solid foundation in mathematics and science.
• To be productive practitioners skilled in applying engineering process and practice to software components and systems.
• To be proficient in oral and written communication, and effective in team work.
• To have the broad education and awareness of contemporary issues necessary to understand the societal and global impact of their profession.

1. WASSCE/SSSCE APPLICANTS

Credits in three (3) SSSCE /WASSCE Core Subjects: (Mathematics, English Language and Integrated Science) plus three (3) credits in the following Elective Subjects: Elective Mathematics, Physics, and Chemistry/Applied Electricity/Electronics/Technical Drawing with an aggregate score of 24 or 36 respectively.

2. 'A' LEVEL APPLICANTS

Applicants should be Science students with Five (5) Credits at 'O' Level including Mathematics and English Language. They should also have (two) 2 passes at 'A' Level in Mathematics, Physics and Chemistry.

3. MATURE APPLICANTS

Applicants must be 25 years at the time of submitting the application. Must have either Five credits at the “O” Level including Mathematics, English Language, Physics and Chemistry OR WASSCE/SSSCE credits in three (3) Core Subjects (Mathematics, English Language and Integrated Science), plus credits in three (3) Elective Subjects (Mathematics, Physics and Chemistry).

4. INTERNATIONAL BACCALAURETTE

Applicants must have science background (Mathematics, Physics, Chemistry, etc.) They must obtain a distinction, credit or pass as decided by the jury. They should also be proficient in English. This is checked through written exams, verbal interview and certification from a recognized language institution.

5. AMERICAN GRADE 12

Holders must have science background. They should have good grades in Mathematics, Physics, and Chemistry etc. This must be evaluated by National Accreditation Board(NAB).

6. CITY & GUILDS

Diploma in Electrical Electronic Engineering or Advanced Diploma in Microcomputer Technology/ any relevant  I.T programmes.

7. HND FROM POLYTECHNIC

Holders of Higher National Diploma in Electrical/Electronic Engineering with 1st Class, 2nd Upper or 2nd Lower grades. They must also satisfy the basic entry requirement into University. They should also satisfy the basic entry requirements into University.

8. TECHNICAL QUALIFICATION

Advanced Technician Diploma in Electrical Electronic Engineering or Telecom Systems

Visit www.admissions.gctu.edu.gh and apply online by paying for the application forms and submit completed application forms online, or: .
Alternatively, pay for the GCTU Application Form at a cost of GHS 150.00 at any CBG Bank Branch and obtain the application form at any of the University’s campuses, or; .

Download the application form from the University’s website. Submit the completed form together with a payment receipt of GHS 150.00 being the cost of application fee paid at any CBG Bank Branch to the Admissions Office at any of the University's campuses.

Closing Date of All completed forms with certified copies of certificates/Result slips/Transcripts must be submitted, not later than the advertised date of submission

INF181	MICROCOMPUTER APPLICATION
SSC131	MORALS AND ETHICS
GE 153	CIRCUIT THEORY
GE 151	ENGINEERING MATHS I
SSC 121	FUNCTIONAL FRENCH 1
ICT 111	PRINCIPLES OF COMPUTER PROGRAMMING
SSC171	SOCIOLOGY OF TECHNOLOGY

GE154	INSTRUMENTATION AND MEASUREMENT TECHNIQUES
GE172	ELECTRONICS I
SSC162	ENGLISH LANGUAGE
SSC172	FUNCTIONAL FRENCH II
GE112	ENGINEERING MATHS II
GE142	ENGINEERING DRAWING
IT 278	BASIC LAW
GE251 ENGINEERING MATHS III GE222 DIGITAL ELECTRONICS SSC211 TECHNICAL COMM SKILLS GE253 FIELD THEORY GE273 ELECTRONICS II INF281 INTRODUCTION TO COMPUTER PROG. (C++)

 

GE274	ELECTRONICS III
INF242	COMPUTER ARCHITECTURE
GE252	ENGINEERING MATHS IV
GE242	SIGNALS AND SYSTEMS
ICT212	ALGORITHMS AND DATA STRUCTURE
SSC262	ENGINEER AND SOCIETY
TEL214	MICROPROCESSOR SYSTEM AND INTERFACE

 

GE351	ENGINEERING MATHS V
GE353	CONTROL THEORY
GE341	ELECTRO MAGNETIC WAVE THEORY
SSC361	PRINCIPLES OF ACCOUNTING AND MANAGEMENT
SSC351	BASIC ECONOMICS
GE372	COMMUNICATION ELECTRONICS

 

TEL334	ANALOG COMMUNICATION
TEL322	DIGITAL COMMUNICATION
TEL326	DIGITAL SIGNALS PROCESSING
TEL316	INFORMATION THEORY
TEL342	MICROWAVE COMPONENTS AND CIRCUITS
TEL 362	RESEARCH METHODOLOGY

 

TEL 421	ANTENNA AND PROPAGATION
TEL 431	DATA COMMUNICATION AND COMPUTER NETWORKS
TEL 461	PROJECT WORK
TEL 441	RESEARCH PRESENTATION AND SEMINAR
TEL 411	COMMUNICATION NETWORKS
TEL 451	INDUSTRIAL TRAINING

 

TEL 432	EMERGING TECHNOLOGY
TEL 474	OPTOELECTRONICS AND OPTICAL COMMUNICATION
TEL 462	PROJECT WORK
TEL 412	MOBILE AND SATELLITE COMMUNICATION