Department of Industrial and Manufacturing Engineering, Bangladesh Military University of Science and Technology, Saidpur, Bangladesh. The Department of Industrial and Manufacturing Engineering and/or Bangladesh Army University of Science and Technology shall not be held responsible for any inconvenience or expense incurred as a result of the information contained in this bulletin. Describes the course structure and course content for the Industrial and Production Engineering undergraduate program.
We hope that this catalog of information will be very useful for new undergraduate students and also for student advisors in the Department of Industrial and Manufacturing Engineering.
GENERAL INFORMATION
- Introduction
- Aim
- Objectives
- Location
- Eligibility of Students for Admission in BAUST
- Admission Procedure
- Syllabus for Admission Test
- Final Selection
- Medical Checkup
Name of the eligible applicants will be published on the University website (www.baust.edu.bd) and Notification Board. The students will be charged USD 1500 (fifteen hundred) or its equivalent taka at the time of admission and first semester. The students will be charged USD 1200 (twelve hundred) or the equivalent taka at the time of admission and first semester.
The students pay 1000 USD (one thousand) or the equivalent taka at the time of admission and the first semester.
THE DEPARTMENT OF INDUSTRIAL AND PRODUCTION
Introduction
Laboratory Facilities of the Department
EXAMINATION POLICY FOR UNDERGRADUATE PROGRAM
- Academic Calendar
- Duration of a Term
- Course Pattern and Credit Structure
- Course Designation System
- Assignment of Credits
- Type of Courses
- The Letter Grade
- Incomplete (I) Grade
- Withdrawal from a Term
- Distribution of Marks
- Theory
- Sessional/Practical Examinations
- Sessional/ Practical Courses
- Calculation of GPA and CGPA
- Grade Point Average (GPA)
- Cumulative Grade Point Average (CGPA)
- A Numerical Example
- Promotion to the next higher Term/ Level
- Theory Courses Requirements
- Sessional Courses Requirements
- Consequences of Failing in Sessional Courses
- Referred, Improvement and Backlog Examinations
- Conduct of Examinations
- Exemption from Taking Courses for Level Repeat Students
- Level/Term Repeat for Student under Punishment
- Minimum Earned Credit and CGPA Requirement for obtaining Degree
- Course Registration Procedure
- Industrial/ Professional Training Requirements
- Internship and Organizational Attachment and Comprehensive Viva-Voce for BBA
- Comprehensive Viva-Voce
- Honors, Dean’s List and University Gold Medal
- Honors/ Distinction
- Introduction
- Core Courses
- List of Core Courses – IPE
- List of Core Courses – Arts and Science
- List of Core Courses -ME
- List of Core Courses – CSE
- List of Core Courses –EEE
- List of Prerequisite Courses
- List of Courses Offered by IPE Department to Students of Other Departments
- Optional Courses
- List of Optional-I Courses
- List of Optional-II Courses
- Term wise Distribution of Courses
- Level-1 Term-I
- Level-1 Term-II
- Level-2 Term-I
- Level-2 Term-II
- Level-3 Term-I
- Level-3 Term-II
- Level-4 Term-I
- Level-4 Term-II
- Summary of Credit Hours Requirements
A student's performance is measured by the number of credits satisfactorily completed and by the weighted average of the grade points earned. The number of class tests/assignments/presentations of a course will be '', where '' is the number of credits of the course. The manner of continuous assessment for a particular course will be included in the course review plan which will be provided to the students by the course teacher within the first week of the beginning of each term.
The exam in the sessional/practical subjects is conducted by the respective department before the end of the term. In order to advance to the next higher semester/level, the student must successfully complete all the occasional courses of the semester. Term final exams will last 3 hours, regardless of the credit hours of theoretical subjects.
But the student will not be promoted to the next higher level and term if he cannot pass at least one failed theoretical subject out of the 3 (three) failed subjects in the referred exam. The maximum letter grade that can be obtained in the improvement examination will be 'B+' and if he/she cannot improve, the grade obtained in the final examination will prevail. Referral/Remedial Examinations/Examinations will also be conducted by the Office of the Controller of Examinations.
The special adjourned exam will be arranged in a suitable time after 30 (thirty) days after the publication of the final results of the 4th level II exam. The examinee is also not allowed to leave the examination hall during the last fifteen minutes of the examination, unless he submits the answer script. He will not be allowed to appear in the remedial course examination.
Some core courses are offered by the IPE Department and some by other departments.
DETAIL OUTLINE OF UNDERGRADUATE COURSES
Term wise Detail Outline of Core Courses
- Level-1 Term-I
- Level-1 Term-II
- Level-2 Term-I
- Level-2 Term-II
- Level-3 Term-I
- Level-3 Term-II
- Level-4 Term-I
- Level-4 Term-II
Introduction to technical economic decision making common in engineering, cash flow analysis and basic concepts of discounting, capital costs, required ROR equivalence etc. Introduction to Electronic Devices: Junctions, Semiconductor Diodes, Rectifier Diodes, Schottky Barrier Diodes, Zener Diodes, Tunnel Diodes, Varactor Diodes, LED, Photodiodes, solar cells, bipolar junction transistor, field effect transistor, MOS, Unijunction transistor, SCR, biasing of BJT and FET, operational amplifiers. Introduction to logic and digital circuits: logic operations, basic gates; OR, AND, NOT, NAND, NOR, X-OR; Flip flops; Shift registers; Counter; Binary and BCD code.
Introduction to heat transfer; Modes of heat transfer; Steady and unsteady state heat conduction and radiation heat transfer, convection heat transfer; Natural and forced convection; Heat exchangers. Beams: shear force and bending moment diagrams; Various types of stresses in beams; Bend formula; Deflection of beams: Integration and area moment methods; Introduction to reinforced concrete beams and slabs. Introduction to the cutting operations; Die and stomp; Cutting operation by punching; The clearance; Blanking and piercing die design; strip layout.
Solving partial differential equations (PDE): Introduction to partial differential equations, geometric interpretation, definition of elliptic, parabolic and hyperbolic PDF and their solution by finite difference technique, D'Alembert's solution, Crank-Nicholson method, Iterative method. Dimensional Analysis and Similarity; Basic relationship between compressible flow, real fluid flow; Friction loss in pipes and fittings, Introduction to boundary layer theory, Introduction to open channel flow. Basic concepts in supply chain management; Administration of customer service; Order fulfillment process; Supply chain planning and sourcing; Procurement-supplier section, Optimal procurement policy, etc.; Distribution strategies - centralized vs.
Safety Management: An Introduction to Safety and Accident; Theories of the accident; Evolution of modern security concepts; Industrial risk; security and risk management; Types of injuries and accidents occurring in the industry; health regulations; worker safety; accident investment; defensive management techniques for security management; safety equipment; safety standards and regulations for engineering works; understanding safety signs; Occupational health and safety management system; Types of information; Management and information requirements; information qualities; The role, duties, attributes and tools used by the system analyst; System development life cycle; Collection of information; Requirements specification and planning; Feasibility analysis; Data flow diagrams; process specifications; Decision tables; Cost benefit analysis; Introduction to data modeling; Relational database design; Normal form; Questions: Basic relational algebra and SQL; Data entry methods; File design; Database Management Systems- Introduction, Advantages, Database Administration, Database Search Strategies; Projecting results; Introduction to electronic commerce; Control, security and ethics in system design; Selection of computer hardware and software; Network and telecommunication management issues; ICT rules.
Simulation of industrial problems using various software (eg MS excel, arena etc.) for both manufacturing and service activities.
Detail Outline of Optional Courses
- Optional-I Courses (For Level 4 Term I)
- Optional-II Courses (For Level 4 Term II)
Microelement: design and manufacturing; Basics of microfabrication, microfabrication technology, growth and deposition of thin films, photolithography, X-ray lithography, wet and dry chemical etching, electrochemical machining, ultrasonic machining, plasma machining and laser machining. MEMS: Introduction, History, Development and need for microelectromechanical systems, IC manufacturing processes used for MEMS, MEMS sensors and actuators: Mechanical process techniques and process models for micromachining, Manufacturing processes and design of the process sequences;. Agile prototyping; Reliability and process control of microproduction processes; Introduction to nanotechnology processes.
All Technologies and Expert System: Components and Functions, Knowledge System, Knowledge Engineer, Domain Expert Knowledge of Technical Languages, Artificial Neural Network and Fuzzlogic Expert Manufacturing System: CIM, Manufacturing Communication System and Intelligent Manufacturing, Flexible Manufacturing System, Case Study of EMS. Adaptive control of complex process control systems such as automated machining and welding processes, energy-based systems and processes. Nonlinear control and related topics using neuro, fuzzy or genetic algorithms, case studies and descriptions for automated industrial process control applications, including advanced topics in processes for high-tech industries.
Product data management: Direct translation between CAD systems; CAD/CAM Data Exchange Production Process System: Flexible Manufacturing Cells; Planning and layout of flexible manufacturing system; Agile manufacturing; Lean production system; Reconfigurable manufacturing system. Introduction to technology; Growth of technology; Types and components of technology; Technology and environment; Technology forecasting; Technology assessment, Transfer of technology;. Small Business Enterprise: Nature and Importance, Methods of Generating Ideas, Creativity Process, Product Planning and Development Process; merger, acquisition and joint venture; Business plan; Marketing Plan; Market research; Financial plan; Organizational and human resource plan; Production plan;.
Definition of TQM; The origin and growth of TQM; Benefits of TQM; TQM philosophies; Quality circle approach, Deming's approach, Juran's approach. Marketing concepts; Market orientation; relationship marketing; market segmentation and measurement; buyer behavior; marketing planning and budgeting; Marketing mix concept, product, price, place and promotion; strategic and tactical decisions; new product planning process; global marketing, case studies; R&D in marketing; Marketing ethics; Patents and Trademarks.
Detail Outline of Courses offered by IPE Department for Students of
MBO-nature and purpose, MBO process and effectiveness, Managerial decision-making: nature of decision-making and decision-making process, Portfolio analysis: SWOT, BCG, SPACE, etc. Marketing: Concepts of the marketing mix, Product life cycle, Marketing decision making, Industrial and consumer sales, Distribution channels, Sales promotion, Patent and trademark, Market research, New product development. Financial Management: Financial Analysis, Ratio Analysis, Different Types of Ratios and Their Uses, Constraints and Trend Analysis, Time Value of Money, PW Decision Making, EUAW, B/C Ratio, Breakeven Analysis, Value Engineering.
Workholding Devices: Degrees of freedom, principles of locating, Methods of locating, Locators, Fixtures and forces, Types, Design and detailed study of jigs and fixtures used in various machining processes. Basics: Classification, Specification of various machine tools, Description of turret and copy lathe, Universal milling machine, Drilling machine, Honing machine, Milling machine. Kinematic structure of machine tools: Development of kinematic chain of machine tools, Determination of transmission ratio, Drawing of beam diagrams, Analysis of kinematic structure, Analysis of G.P.
Drive systems: Mechanical, hydraulic, electric and pneumatic drive systems, speed and feed gearboxes, Optimum speed, Gearbox design, Basic principles of group gear design, Stepless drives, Control systems in machine tools . Modern Machining Techniques: Transfer Line, Numerical Control of Machine Tools-Basic Concepts, Major Components of NC Tools, Types of NC Machines- Machining Center, Introduction to Part Programming, Introduction to CNC and DNC, Basics of CAM, Application of group technology and introduction to flexible production system. Machine installation and testing: Installation procedure, foundation design, Trends in the development of modern machine tools, Post-installation testing.
Operation Management: Production planning and control (PPC) functions, quantitative methods used in production, quality control, location and layout planning, safety and loss management. Strategic planning and management of technology; Teradyne Business Plan; MIS: Introduction, Decision Support Systems, MIS in Decision Making, Development of Communication Skills.
