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Bachelor degrees from accredited colleges and universities can be important stepping-stones toward a successful career.The most common type of undergraduate program is a bachelor’s degree, usually awarded after four years of successful study
Industrial engineering students learn about optimizing complex systems, processes and organizations. This field of study combines engineering, science and math. Additionally, students may gain knowledge of subjects such as statistical analysis, quality control and operations management.
Industrial Engineering and Management (part time) MSc
School of Science and Engineering
Develop advanced knowledge and experience in engineering and management to prepare you for a career in leading positions within the engineering industryDate of entrySeptember 2022January 2023
Start date
September 2022Duration
24 monthsStudy mode
Part TimeLocation
Dundee City Campus
In partnership with our School of Science and Engineering and our School of Business, you will develop skills, knowledge, and understanding of specialised industry focused engineering and fundamental management subjects.
On the engineering side you will study a number of subjects, including advanced robotics, where you will look at multi-modal sensor integration and human-robot interactions, and advanced manufacturing, where you will investigate modern and smart manufacturing technologies.
On the management side you will study a number of subjects, including project management processes, leadership and decision making, giving you a key understanding of the roles and responsibilities of leadership.
Under the guidance of our academic staff, you will undertake an industrial related project for at least 12 weeks, gaining practical experience and valuable contacts in the industry. Recent project examples have looked at optimisation of material flow and enhancement of overall equipment effectiveness (OEE) in a manufacturing company, and proton therapy.
We also have a number of research and teaching collaborations around the world, including a partnership with CERN (large hadron collider) in Geneva, Switzerland, creating opportunities for industrial placements, PhDs and graduate positions.
“This course contains a great variety of subjects that will improve your understanding of engineering, business, and management principles and how to apply them in the real world. The teaching staff are very helpful, welcoming and really supportive.”
Engineering (Industrial Engineering) – BEng (Hons) (part-time) (Subject to Validation) – Blackpool and The Fylde College
Course Code: ET1HE592
DEGREE-LEVEL
Next available course:
| Start Date | Location | Duration / Fees | |
|---|---|---|---|
| 12/09/2022 | Bispham Campus | 3 Years / £5,833 per year | Apply |
Course Overview
Course timetable
idi-language: AR-SA;”>Indicative Delivery:
| Duration: | 1 day a week | |
| Day/s of week: | Thursday | |
| Time: | 9:00am – 6:00pm | |
| Indicative Delivery | On-site at the ATC, Bispham Campus and On-line |
This is the 3-year, part-time Industrial Engineering programme starting at Level 5.
You will be expected to have achieved a Level 4 qualification before starting this programme.
If you wish to start this course at Level 4, please visit our full-time, 3-year (Levels 4 to 6) BEng Industrial Engineering programme information page.
We are in unprecedented times. Industry 4.0 has given rise to the need for professionals with the technical and management expertise to develop and manage engineering and business systems.
This Industrial Engineering programme will empower you with the versatility, flexibility and adaptability to soar and succeed in this exciting and fast-moving environment.
You’ll acquire a deep understanding of industry, business, quality and management processes taking a keen interest in human factors, improvement, ergonomics, customer satisfaction and quality.
Industrial engineers operate at the centre of complex processes, systems and organisations, putting into practice their technical engineering knowledge, alongside expertise in business development, operations management and project management.
Businesses and industries depend on the principles of Industrial Engineering, which include increasing efficiency, reducing costs, and improving product and service quality.
Industrial engineers optimise complex processes, organisations and systems or even create them to achieve higher efficiency by saving time, money or effort, and to monitor quality and increase productivity.
Industrial Engineering overlaps with operations research, management science and ergonomics. It is a human-oriented discipline accommodating the viewpoints and motives of users at all levels.
Entry Requirements
A minimum of 48 UCAS points (excluding Functional Skills) in an appropriate discipline:
- DD from A levels to include mathematics and a technology, engineering or science-based subject
- PPP from Extended Diploma, MP from Diploma, MM from 90 Credit Diploma in a science or technology-based subject, including passes in mathematics
The entry criteria for direct entry onto Level 5 of the programme are:
- HNC or HND with an overall merit grade in: Mechanical, General or Aeronautical Engineering or an appropriate Engineering discipline
Applicants for whom English is not their first language are expected to achieve a minimum 6.0 overall with at least 5.5 in each component
Applicants who are able to demonstrate relevant work/life skills or knowledge will also be considered on an individual basis.
Qualification Obtained
BEng (Hons) Engineering (Industrial Engineering)
Career Options and Progression
This degree pathway will enable you to be a proactive problem-solver across industries and manufacturing industry giants, in transport, civil, aerospace sectors as well as high-tech companies and start-ups and smaller-scale, local enterprises, whether in production, manufacturing or their support services and administration.
Industrial engineering enables graduates to compete for a very wide range of jobs, including government positions and key roles within businesses. The development and evolution of information systems, productivity, sustainability and optimisation are among the topics industrial engineers consider on a daily basis in their work.
With an Industrial Engineering qualification, you may work across all sectors in process optimisation, planning, development, research, and across practically all industry fields, from healthcare and retail to energy production and manufacturing, and even banking and government organisations.
You will be able to work as process engineer, quality control specialist, project manager, safety engineer and many others. Work will also be found in inspection services, health and safety and numerous other fields. Industrial engineers work very well in teams with all other engineering professionals and are great additions to innovative tech companies and start-ups.
Upon graduation, you may expect a reasonable starting salary depending on companies. Your salary will go up as you gather varied experience and engage in professional development and lifelong learning.
Certifications in project management, lean, and lean six sigma, along with international experience, provide good opportunities to rise up in qualifications and salary. Midcareer many industrial engineers go into managerial positions that require a mix of business, management and engineering knowledge and skills. This makes them very adaptable to corporate international settings. Some consider MBA or EMBA qualifications at this point, or Masters degrees In Project Management, Operations, Logistics and Supply Chain.
A number of industrial engineers are also entrepreneurs and business owners. A few engage in start-up ventures or work as consultants. At senior level, you may expect higher salaries in the usual engineering range depending on knowledge, skills, experience and the company.
Graduates are knowledgeable in business development, operations management and project management practices. Industrial Engineering produces highly performant graduates who thrive in industry careers.
They are also able to focus on the development of project and human resource management skills. They can fill a wide variety of roles in production, manufacturing, design, logistics, testing, quality and systems development. Industrial Engineering graduates work in production and manufacturing as planning, engineers, process engineers, sales engineers, managers.
They also work in quality control, cost and risk control, data analysis, optimisation, and production management as improvement specialists or quality officers. They may find work in research, design and development. Industrial engineers are required to have a broad understanding of a range of engineering and associated management subject disciplines which are constantly updated when working in the industry.
Assessment Methods
Coursework
Most courses are assessed via a combination of coursework and exams – the percentage weighting of each of these is outlined below. Coursework might range from written tasks and assignments to the collation of a portfolio of evidence based around a work placement. Coursework differs from exams in that it is usually non-timed and carried out independently.
Exam
Exams are formal, timed written assessments, carried out in a controlled environment and overseen by one or more invigilators. They assess your grasp of the theory and underpinning knowledge related to your chosen career area. The opposite of practicals, they require you to set out your practical understanding within an academic context. Some courses have no exams – the exam/coursework ratio is outlined below.
Practical
Practical assessments identify your technical ability to apply theory to hands-on tasks in your chosen career area. They can be timed or non-timed and involve observation of your practical skills and competencies, either in a work-based environment or a dedicated College setting that closely resembles the workplace. Practical work-based assessments are supported and carried out by a trained assessor.
| Assessment Method | Level 4 | Level 5 | Level 6 |
|---|---|---|---|
| Coursework | 0% | 74% | 73% |
| Exam | 0% | 20% | 12% |
| Practical | 0% | 6% | 15% |
Course Structure
Level 5 Modules
| Title | Code | Credits | Options |
|---|---|---|---|
| Further Engineering Mathematics | ET5MD223 | 20 | Mandatory |
| Research Project | ET5MD224 | 20 | Mandatory |
| Professional Engineering Management | ET5MD225 | 20 | Mandatory |
| Lean Manufacturing | ET5MD226 | 20 | Mandatory |
| Industrial Systems | ET5MD227 | 20 | Mandatory |
| Quality Management Systems | ET5MD228 | 20 | Mandatory |
Level 6 Modules
| Title | Code | Credits | Options |
|---|---|---|---|
| Dissertation | ET6MD185 | 40 | Mandatory |
| Professional Engineer | ET6MD186 | 20 | Mandatory |
| Control and Simulation | ET6MD187 | 20 | Mandatory |
| Manufacturing Systems Engineering | ET6MD202 | 20 | Mandatory |
| Operations and Plant Management | ET6MD203 | 20 | Mandatory |
Teaching and Learning Methods
Scheduled Learning
Scheduled time relates to the time you spend in directed study with the guidance and support of our academic tutors. Scheduled learning can take a variety of forms and will vary from one course to the next, but may include lectures, seminars, tutorials, project supervision, demonstrations, studio or workshop time, fieldwork and external visits.
Independent Study
Higher education courses rely on students undertaking work outside of formal, scheduled sessions and this is generally categorised as independent study. Independent study might include preparation for scheduled sessions, follow-up work, wider reading or practice, completion of assessment tasks and revision.
Placement
Many of the degree programmes at B&FC incorporate opportunities for work placements to provide you with the opportunity to link your studies to relevant professional practice in a real work environment. Our programme teams are able to offer support in securing an appropriate work placement where it forms part of your programme, and will work closely with you during the placement to ensure that the opportunity allows you to develop personally, professionally and academically.
| Learning Method | Level 4 | Level 5 | Level 6 |
|---|---|---|---|
| Scheduled | 0 | 333 | 385 |
| Independent | 0 | 867 | 815 |
| Placement | 0 | 0 | 0 |
| Total | 0 | 1200 | 1200 |
Industry Placement and Field Trips
Other Costs and Equipment Needed
Expert Tutors
All staff involved in the delivery of higher education courses within the College are approved to teach the subjects and modules they deliver. The approval process ensures that staff delivering a given programme are appropriately qualified and, where appropriate, possess relevant technical and industrial experience and professional practice.
Tuition Fees
Read our tuition fees guide.
Regulation and Accreditation
Accrediting Institution: Institution of Engineering and Technology (IET)
Awarding Body: Lancaster University
Regulatory Body: Office for Students (OfS)
