Students collaborating in an engineering foundation classroom – BIET Foundation in Engineering program

Overview
Curriculum

Duration: 24 weeks

Categories: Faculty of Engineering, Foundation

Engineering Foundation Programme

Build Your Future with the Engineering Foundation at BIET (120 Credits)

Launch your engineering career with the premier Engineering Foundation programme at BIET. Our intensive 120-credit Foundation course provides the essential groundwork in core mathematics, physics, and engineering principles. Designed as the definitive gateway to degrees in Mechanical, Civil, Electrical, and Chemical Engineering, this BIET Foundation programme combines hands-on labs with critical problem-solving to ensure you are fully prepared for university success. Start your journey here and secure your path to becoming an innovator.

Entry Qualification: Successful completion of G.C.E O/L with 6 passes, including passes for Mathematics, Science and English

Delivery

Duration: 06 Months – Full Time | Weekdays & Weekends

Curriculum

6 Sections
0 Lessons
24 Weeks

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Engineering Concepts
The Engineering Concepts module introduces the core principles and methodologies that underpin all engineering disciplines. Students explore fundamental concepts in mechanics, thermodynamics, materials science, and sustainable design through practical problem-solving. This essential foundation develops critical engineering design thinking and systematic analysis skills, preparing you for advanced study in specialized fields like mechanical, civil, or electrical engineering. Gain a holistic understanding of engineering workflows from concept to basic design.
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Understanding Business Concepts
The Understanding Business Concepts module equips future engineers with crucial commercial awareness. Learn key principles of business management, project economics, marketing fundamentals, and organizational structures. This module bridges the gap between technical skill and business strategy, teaching you how engineering projects align with market needs, financial viability, and entrepreneurial ventures. Build the business foundation necessary to lead projects, manage budgets, and understand the industry landscape you will innovate within.
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Introduction to Statistics
The Introduction to Statistics module provides the vital data analysis toolkit required for evidence-based engineering decision-making. Covering descriptive statistics, probability, data distributions, and introductory inferential methods, this course emphasizes practical application. Learn to collect, analyze, and interpret data using statistical software, forming conclusions that support design choices, quality control, and performance testing. Master the statistical foundation critical for success in engineering research, development, and problem-solving.
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English for Academic Purpose
The English for Academic Purpose (EAP) module is designed to master the academic English proficiency required for success in higher education. Focus on advanced academic writing, research paper structuring, critical reading of technical texts, and effective presentation skills. This module ensures you can articulate complex engineering concepts clearly, participate in scholarly discourse, and meet the rigorous language requirements of university-level study and future global engineering careers.
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Introductory Engineering Mathematics
The Introductory Engineering Mathematics module strengthens the essential mathematical foundation for all engineering fields. Dive deep into algebra, calculus (differentiation and integration), functions, vectors, and matrices with a direct focus on engineering applications. This hands-on module builds the mathematical problem-solving skills and analytical confidence needed to model physical systems, analyze circuits, and tackle advanced topics in your engineering degree progression.
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Introducttioon to Information Technology
The Introduction to Information Technology (IT) module delivers the core digital skills modern engineers require. Explore computer systems, networking fundamentals, data management, and key software applications, including introductory programming and CAD tools. This practical module ensures you are proficient with the IT infrastructure and computational thinking that drive contemporary design, simulation, and project management, preparing you for a technology-integrated engineering workplace.
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