BSc (Hons) Built Environment (Common Entry) – BSc (Hons)

1 Years On Campus Bachelors Program

Technological University of the Shannon: Midlands Midwest

Program Overview

The Built Environment (Common Entry) – BSc (Hons) is a Level 8 one-year common entry programme at TUS Athlone Campus that prepares students with broader foundational skills in built environment disciplines before they enter a specialised honours degree. It suits students who want a flexible engineering-related start and are considering careers in Quantity Surveying, Construction Management, Property Valuation & Management, or Civil Engineering Management by progressing into Year 2 of those honours degrees.

Curriculum structure

First Year (Common Entry Year):

In this entry year students study a suite of core modules that introduce them to key aspects of the built environment and the technical skills required for advanced study. Typical modules include Measurement and Costing 1.1, where students learn basic quantity take-off principles; Mathematics 1, focusing on fundamental problem-solving skills; Communications 1 & 2, developing professional written and oral skills; Domestic Construction Technology 1.1 & 1.2, which cover basic building technologies and materials; Building Information Modelling 1.1 & 1.2, introducing 3D modelling and BIM workflows; Construction Management 1.1, presenting foundational management principles; Land Surveying 1, teaching measurement and survey techniques; and Introduction to Built Environment Studies, which explores discipline areas like measurement, concrete, soils, property valuation and planning.

Students emerge from this year with broad analytical, technical, and communication competencies, ready to decide which specialised built environment honours degree they will pursue.

Focus areas (in a string):
Built environment fundamentals, construction technology, measurement and costing, surveying, mathematics, communications, building information modelling.

Learning outcomes (in a string):
Acquire foundational knowledge in built environment principles; apply quantitative and measurement skills; communicate technical information; develop basic construction and modelling competencies.

Professional alignment (accreditation):
Completion of this common entry year allows progression into accredited honours degrees in construction-related disciplines such as BSc (Hons) Quantity Surveying, BSc (Hons) Construction Management, BSc (Hons) Property Valuation & Management, and related built environment programmes.

Reputation (employability rankings):
Technological University of the Shannon is recognised for its applied learning and strong industry links in Ireland; while this common entry itself is not ranked, it supports progression into professional honours degrees that are aligned with industry expectations and employment pathways in construction and engineering sectors.

Experiential Learning (Research, Projects, Internships etc.)

The experiential learning is defined by its structured progression from hands-on experiments to independent research, as seen in these specific components:

Design Projects & Group Work: The core activity is the "Integrated Design Project" in the third year, where students work in teams to design a complex engineering system, such as a water treatment plant or a waste management facility, applying environmental principles.
Major Individual Research Project: In the fourth year (Part IIB), all students undertake a substantial individual research project. For Environmental Engineering, these often involve laboratory analysis, fieldwork, or computational modelling on topics like water quality, renewable energy systems, or pollution control.
Specialist Laboratories: Key practical work occurs in the department's Environmental and Water Resources Engineering Laboratories, which include flumes for hydraulics research, soil mechanics labs, and equipment for water and air quality analysis.
Mandatory Field Course: A core component is the "Field Course", typically held in the Lake District or similar environments, where students conduct hands-on measurements of river flows, sediment transport, and water chemistry.
Specific Software & Digital Tools: Students use industry-standard engineering software, including MATLAB for data analysis and modelling, AutoCAD or similar for design work, and specialized hydrological modelling tools (e.g., HEC-RAS, Modflow) in project work.
Research Institutes & Access: The programme is connected to the Cambridge Centre for Smart Infrastructure & Construction (CSIC) and the Cambridge Institute for Sustainability Leadership (CISL), providing context for applied research.

Progression & Future Opportunities

Graduates of Technological University of the Shannon's BSc (Hons) Computing (US888) develop versatile skills in software engineering, cloud computing, cybersecurity, and data analytics through practical projects and industry-focused training, ensuring they're ready for Ireland's dynamic tech sector. They excel in full-stack development, agile methodologies, and emerging technologies for immediate industry impact. Typical job roles include software developer, systems analyst, cybersecurity specialist, and cloud engineer.

Progression & Future Opportunities: TUS maintains Ireland's highest graduate employment rates:

Careers Service provides tech recruitment fairs, coding bootcamps, multinational internships, LinkedIn coaching.
85.5% employed within 9 months (national #1); €40K–€55K starting (~AED 170K–230K).
Partnerships with Accenture, IBM, regional tech hubs offer placements/direct recruitment.
QQI Level 8 accreditation ensures EU/global tech industry mobility.
Graduates lead dev teams, architect enterprise systems within 3-5 years.

Further Academic Progression: Graduates pursue TUS MSc Software Architecture/Data Science or international MSc programs at TU Dublin; many advance to PhD pathways for AI/ML research leadership.