What Tools Do Bachelor of Engineering Management Students Use?

Recent rapid technological advancements have made the integration of Information and Communication Technology (ICT) in educational institutions both universities and schools an essential and unavoidable requirement. Although not legally mandated, ICT usage is often regarded as a key indicator of an institution’s success and progress.

The Bachelor of Engineering Management program is a multidisciplinary field combining principles of engineering, management, and information technology. To support learning and skill development, students are trained to operate various tools and software commonly used in today’s modern industries.

These tools cover project planning, system modeling, data analysis, and managerial information management. This article explores the core tools studied by Bachelor of Engineering Management students, detailing their functions and applications in academic and professional contexts.

Essential Tools for Bachelor of Engineering Management Students

Microsoft Project & Primavera
Used in Project Management courses, these tools help students design and control engineering and business projects by:

Creating Work Breakdown Structures (WBS)
Scheduling activities and timelines
Allocating project resources
Monitoring progress in real-time
With these tools, students develop systematic project planning skills, just like professional project managers.

2. Arena Simulation & FlexSim
In system engineering and modeling courses, these simulation tools are used to replicate industrial and service system processes. Their applications include:

Analyzing production or service system efficiency
Identifying bottlenecks
Testing alternative improvements
Simulation plays a crucial role in data-driven decision-making, especially for complex systems that cannot be observed directly.

3. Microsoft Excel & Google Sheets (Advanced Level)
Despite their familiarity, Excel and Sheets remain vital for data processing and reporting in both academia and industry. Students master:

Advanced functions (e.g., VLOOKUP, INDEX-MATCH, IF)
Dynamic charts and data visualization
Basic statistical analysis and linear regression
Designing KPI dashboards
These spreadsheet skills form a foundation for essential managerial competencies in the workforce.

4. Minitab & SPSS
Taught in courses like Industrial Statistics and Quality Control, these statistical tools enable scientific data analysis through:

Hypothesis testing
Regression and correlation analysis
Experimental design (DoE)
Six Sigma applications
Proficiency in Minitab and SPSS equips students to accurately evaluate industrial processes quantitatively.

5. AutoCAD & SolidWorks (Basic Level)
Though not the focus like in mechanical engineering, students gain basic skills in technical visualization to:

Read and create simple technical drawings
Design plant layouts or products
Adapt technical designs for manufacturing needs
CAD knowledge enhances understanding of the visual aspects of industrial planning and systems engineering.

Supporting Tools for Industry 4.0 and Digitalization

Power BI & Tableau
These modern data visualization tools empower students to:

Present data interactively
Create insightful KPI dashboards
Integrate data from multiple sources (e.g., Excel, databases)
Interactive dashboards support supply chain management, organizational performance assessment, and production monitoring.

2. Python & R (Basic Level)
Students are introduced to these popular programming languages for:

Trend analysis and performance forecasting
Automating data reports
Big data processing
Even basic knowledge of Python or R adds value in the digital industrial landscape.

3. Trello, Notion, & Asana
Crucial for teamwork and task management in collaborative projects, these tools help students:

Organize schedules and deadlines
Document tasks and track progress
Improve transparency and team collaboration
They represent modern, agile, cloud-based work approaches.

4. ERP Simulation (SAP / Odoo)
ERP system simulations introduce students to business process integration by allowing them to:

Explore main ERP modules (production, finance, logistics)
Understand company information flows
Generate integrated reports for decision-making
ERP familiarity prepares students to navigate complex information systems in large organizations.

Applying Tools in Student Projects

These tools are not only studied theoretically but actively used in real projects, final theses, and competitions. Examples include:

Plant layout planning with AutoCAD, Arena, and Excel
Production and distribution optimization using Python and Excel Solver
Business performance evaluation with Power BI and SPSS
Through these projects, students build portfolios that demonstrate their readiness to tackle workplace challenges.

Mastering these tools is essential for Bachelor of Engineering Management students. It not only strengthens their understanding of system engineering theory and practice but also equips them with hands-on skills vital in today’s digital transformation era.

By leveraging technology and industrial simulations, students are groomed to be adaptive, analytical professionals capable of delivering strategic solutions across various sectors.

For prospective students interested in a blend of engineering, management, and digital technology, pursuing a Bachelor of Engineering Management is a strategic step toward a career full of opportunities and challenges.

📌 Interested in learning the latest tools used in Industry 4.0? Enroll in the Bachelor of Engineering Management program at Telkom University, where technology, management, and innovation unite to shape tomorrow’s leaders.

Tags: Bachelor of Engineering Management | Engineering Management | Bachelor of Engineering Management Telkom University

Reference:

Hidayanti, Y. R. (2018). Rekayasa Kebutuhan E-Learning Pada Magister Manajemen Teknologi Institut Teknologi Sepuluh Nopember (Doctoral dissertation, Institut Teknologi Sepuluh Nopember).

What Tools Do Bachelor of Engineering Management Students Use?