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Bachelor of Science (BSc) in Engineering Management

engineering management
Engineering & Technical Studies

Bachelor of Science (BSc) in Engineering Management

Validated by International Telematic University (UNINETTUNO Italy)

Duration

3 years
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Study Mode

Online
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Total Tuition

€6,000 for the complete 3-year degree
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Monthly Payment

Option 1- Two Installments Per Year: €1,000 upon enrolment, €1,000 after every six months, Option 2- Four Installments Per Year: €500 upon enrolment, €500 every three months
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Qualification

Bachelor’s Degree
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Start Date

The online format provides flexible enrollment opportunities. Students should confirm available intakes at the time of application. Typical online university intakes may include: • January • March • May • July • September • November

Programme Overview

The Bachelor of Science (BSc) in Management Engineering is a 3-year online degree programme designed to develop professionals who can combine engineering principles with business, management, technology, and organizational skills. The programme prepares students to understand and improve complex business processes by integrating technical knowledge, data analysis, innovation management, operations, and strategic decision-making. For Caribbean students, this degree provides a globally recognized pathway to careers in industries such as manufacturing, logistics, technology, financial services, energy, telecommunications, and consulting. Delivered fully online, the programme allows working professionals and students across the Caribbean to earn an international bachelor’s degree while balancing employment and personal commitments. Students complete one final exam for each module and conclude the programme with a final bachelor’s thesis.

Entry Requirements

Applicants must provide:

Valid National ID Card or International Passport
High School Diploma or equivalent qualification confirming a minimum of 12 years of schooling
Applicants should have completed secondary education equivalent to Caribbean high school qualifications such as:
CSEC/CXC passes
CAPE qualifications
Caribbean high school diploma or equivalent

The programme is designed for students seeking their first university degree as well as working professionals who want to strengthen their qualifications in business, engineering, technology, and management.

Who is this course for?

he BSc in Management Engineering is ideal for:

Caribbean high school graduates seeking an international bachelor’s degree
Professionals working in business, technology, manufacturing, logistics, or operations who want career advancement
Entrepreneurs who want stronger skills in managing organizations and improving business performance
Individuals interested in careers combining engineering, innovation, technology, and business strategy
Employees seeking qualifications for leadership, project management, and operational roles
Students who require the flexibility of an online degree while working or managing other commitments

Career Opportunities

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Management Engineer

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Operations Manager

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Project Manager

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Business Analyst

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Process Improvement Specialist

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Supply Chain Manager

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Technology Management Consultant

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Quality Assurance Manager

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Production and Manufacturing Manager

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Business Development Manager

Programme Highlights

This module provides students with the mathematical foundations required for analysing business and engineering problems. Students develop skills in quantitative reasoning, mathematical modelling, and applying calculations to decision-making situations in organizations. These skills support later studies in statistics, optimization, finance, and operations management.

This course introduces fundamental engineering concepts and scientific principles that support management engineering practice. Students gain an understanding of physical systems, technical processes, and how engineering solutions can be applied to improve efficiency, productivity, and innovation within organizations.

This module introduces essential computing concepts, digital systems, and information technologies used in modern organizations. Students learn how technology supports business operations, data management, automation, and digital transformation initiatives.

Students learn how to collect, interpret, and analyze data to support business and operational decisions. The course develops analytical skills required for forecasting, performance measurement, quality improvement, and evidence-based management.

This course introduces key principles of economics and business administration. Students explore markets, organizational structures, financial decision-making, and management strategies needed to operate successfully in competitive global environments.

This module focuses on designing, managing, and improving business processes. Students learn about production systems, supply chain coordination, resource management, productivity improvement, and strategies for achieving operational excellence.

Students explore engineering methods used to improve organizational efficiency. The course covers workflow analysis, process improvement techniques, quality management, and productivity strategies used in industries worldwide.

This course develops skills required to plan, execute, and manage projects successfully. Students learn about project planning, budgeting, risk management, leadership, scheduling, and stakeholder communication.

This module examines how organizations use innovation and emerging technologies to create competitive advantages. Students learn about digital transformation, technology adoption, entrepreneurship, and managing innovation within businesses.

This course introduces financial concepts relevant to management engineers and business leaders. Students learn how to evaluate investments, analyze costs, manage budgets, and make financially informed decisions.

Students develop the ability to analyze organizations and create strategies for long-term success. Topics include competitive analysis, strategic planning, leadership, global business environments, and organizational growth.

The final thesis allows students to apply their knowledge to a real-world management engineering challenge. Students conduct research, analyze problems, develop solutions, and demonstrate their ability to integrate engineering and management concepts.

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