Program Description

Philosophy

The programme aims to produce quality telecommunications engineering graduates with academic rigor, practical excellence, and global relevance. These graduates will possess the expertise and adaptability required for the effective design, management and operation of telecommunication systems. The program emphasizes hands-on experiences, real-world applications, and a deep understanding of the broader societal and ethical implications of telecommunications solutions. We champion a diverse and inclusive learning environment, fostering a culture of continuous growth, ethical practice, and collaboration. 

Objectives

The Telecommunications Engineering curriculum has been reviewed to fulfil the following specific objectives: 

1. Demonstrate a comprehensive understanding of the core principles and technologies in telecommunications engineering;
2. Apply analytical, computational, and experimental skills to solve complex telecommunications problems;
3. Design, implement, and evaluate telecommunications systems to meet specified requirements;
4. Communicate effectively with a range of audiences about technical and non-technical information;
5. Work effectively as a member or leader of a team to achieve common goals in telecommunications projects; and
6. Understand the ethical, societal, and environmental implications of telecommunications engineering solutions.

Qualification

General Minimum Entry Requirements for Admission 

To be eligible for admission into this programme, a student should satisfy the general University minimum requirements with the following additional requirements:

1. Two principal passes in Advanced Mathematics and Physics. An applicant without at least a subsidiary pass in Chemistry must have a minimum of “C” grade at O-Level; Or
2. Diploma or NTA Level 6 or higher in ICT, Computer Science, Electronics or Laboratory Technology recognised by UDSM Senate with an average of “B+’’ or a minimum GPA of 3.5. In addition, an applicant must have a minimum of 'C' grade in Mathematics at O-Level.

Fee Structure

The fee structure for this program is available here. The Admission Registration Portal can be accessed here.

Career Prospect

We produce graduates that can harness opportunities in a wide range of telecommunications industries and institutions. Our graduates have, for instance, found opportunities in mobile telephone operators, manufacturers and vendors of telecom equipment. Some graduates have established their own startups, spinoffs, and companies that provide quality telecom services to the Tanzanian community.

Outcomes

Knowledge

1. Understanding of Fundamental principles of telecommunications;
2. Understanding of Key technologies and systems used in the industry;
3. Understanding Mathematical and computational methods relevant to telecommunications;
4. Understanding of System design principles and evaluation metrics;
5. Understanding the Communication principles and technical writing standards; 
6. Understanding collaboration, team dynamics and leadership principles; and 
7. Ethical standards and societal impacts of telecommunications. 

Skills

1. Ability to explain and discuss core telecommunications concepts;
2. Use software tools, equipment, and techniques to analyze and synthesize telecommunications data;
3. Practical design and implementation of telecommunications systems;
4. Technical writing and oral presentation;
5. Ability to collaborate and delegate; and
6. Ethical decision-making and societal impact analysis. 

Competency

1. Analyze and interpret telecommunications data and information;
2. Ability to identify, formulate, and solve telecommunications challenges;
3. Demonstrate ability to optimize and refine system designs based on feedback and requirements;
4. Ability to tailor communication/pitching style and content to different audiences and contexts;
5. Ability to lead and manage telecommunications projects to successful completion; and
6. Make informed and ethical decisions in telecommunications engineering.