Develop advanced skills on CAD, parametric modelling, finite element analysis, and machine simulation to help you solve complex mechanical engineering design challenges on this credit-bearing modules.
This CPD course develops the advanced digital engineering skills sought by employers and is designed for engineering students and professionals looking to strengthen their technical expertise. The course provides hands-on experience using industry-standard software.
By the end of the course, you'll have the knowledge and practical experience to design, analyse and refine innovative mechanical systems using modern digital engineering tools, giving you a competitive advantage in today's evolving engineering sector.
What will I learn?
You'll join our cohort of Postgraduate Engineering students on this credit-bearing module.
You'll learn a range of advanced engineering topics, including mathematical geometric modelling, advanced CAD techniques, parametric modelling and design automation. You'll learn how to develop intelligent, adaptable models that improve design efficiency and support rapid product development. You'll also gain practical experience in finite element analysis (FEA), applying computational methods to assess the structural behaviour of engineering components under dynamic loading conditions.
Through machine simulation, you'll investigate the motion and performance of mechanical systems by analysing forces, velocities, accelerations and kinematic behaviour to evaluate and refine engineering designs. Throughout the course, you'll apply these techniques to realistic engineering scenarios, strengthening your ability to interpret simulation results, evaluate design performance and make evidence-based engineering decisions.
Emphasis is placed on integrating design, analysis and optimisation to produce innovative, reliable and manufacturable engineering solutions.
Topics include:
- Advanced CAD techniques
- Mathematical geometric modelling
- Parametric modelling and design automation
- Finite element analysis (FEA)
- Dynamic loading analysis
- Machine simulation
- Motion, force and kinematic analysis
- Design optimisation and computational engineering
- Engineering problem-solving using digital design tools
You'll learn through a combination of lectures, practical computer laboratory sessions, engineering design exercises and independent study, applying advanced CAD, finite element analysis and simulation techniques to realistic mechanical engineering challenges.
Usually, lecturers and practical sessions are combined and delivered together for 4 hours a week.
Who will teach me?
The module leader for this course is Dr Gokula Vasantha, Associate Professor and sub-group leader in Engineering Design and CAD in the School of Computing, Engineering and the Built Environment.
Gokula will support you via email as you register your interest and book onto this course.
Entry criteria
Ideal for those working or aspiring to work in manufacturing, automotive, aerospace, energy, product design and advanced engineering industries. Suitable for learners looking to enhance their technical expertise, support career progression, or prepare for postgraduate study.
Applicants should have prior knowledge of mechanical engineering principles and computer-aided design (CAD), typically gained through undergraduate study in mechanical engineering or a closely related discipline. Familiarity with engineering mathematics and engineering analysis is recommended to support successful completion of the module.
Course dates and duration
The course will run over 12 weeks in line with the typical Edinburgh Napier University academic calendar.
Trimester 2 teaching takes place from 18 January - 15 May 2027.
Delivery mode
Teaching will comprise weekly 4-hour sessions combining lectures and practical sessions, held in person at Merchiston campus.
Cost
£1200.
Additional information
How will I be assessed?
Assessment is based on coursework that demonstrates your ability to apply advanced computer-aided engineering techniques to practical mechanical engineering problems. You'll complete design, modelling and simulation tasks using industry-standard software, showcasing your skills in advanced CAD, finite element analysis, machine simulation, engineering analysis and design optimisation. The assessment involves two presentations and a report submission.
Register your interest
You can register now for the January 2027 start date. To be kept informed about additional dates for this course, email Marketing@napier.ac.uk.