Early-career engineers often face a critical challenge: bridging the gap between theoretical knowledge and real-world engineering application. For many engineers working in computational mechanics and simulation, that bridge is built through hands-on training and mentorship.
JP Serfontein, now Deputy Head of Airframe Systems at Milkor Integrated Systems, reflects on how participating in the Esteq Eduteq training programme early in his career shaped his development as an aerospace structural engineer.
When JP joined the programme in 2008 as an engineer in training, he was focused on aerospace structural analysis. The programme provided an intensive introduction to finite element analysis (FEA) and computational mechanics using industry-leading MSC Software tools, including Patran, Nastran, Marc, Dytran, and iSight.
Unlike traditional training programmes, the Eduteq programme emphasised real-world engineering projects rather than purely classroom instruction. Participants worked directly with industry challenges while supporting clients with software installation, configuration, licensing, and technical support. At the same time, they gained practical experience in finite element modelling and structural analysis using MSC Patran.
One particularly impactful experience came when JP spent three months working on-site at the Pebble Bed Modular Reactor (PBMR) initiative. During this time, he contributed to developing and implementing an automated analysis workflow—an experience that exposed him to advanced computational analysis techniques within a cutting-edge engineering environment.
The programme also provided exposure to projects linked to Denel Aerostructures, strengthening his experience in aerospace structural analysis and reinforcing the real-world relevance of the training.
A defining element of the programme was the mentorship provided by experienced simulation specialists Paul Naude and Gerrit Visser. Their guidance helped participants navigate complex simulation challenges while developing strong analytical thinking and engineering discipline.
Technically, the training covered a broad spectrum of simulation techniques:
Linear static analysis using MSC Nastran
Nonlinear analysis using Marc
Explicit dynamic simulation using Dytran
Model creation and post-processing in Patran
Process automation and optimisation using iSight
Beyond technical capability, the programme instilled a mindset focused on efficient workflows and automation. These early experiences influenced JP’s continued development in engineering automation using tools such as Excel VBA and Python, which he now applies regularly in his work.
Looking back, JP credits the programme with providing the foundational tools that shaped his career in aerospace structural dynamics. Today, he can directly trace many of his analytical approaches and problem-solving methods back to the training and mentorship he received during that year.
The programme continues today through the SIMTEQ Academy Training Programme, where a new generation of engineers can develop the same practical simulation skills and industry-ready expertise.
For graduate engineers interested in structural analysis, simulation, and computational mechanics, the combination of hands-on training, mentorship, and real industry exposure provides a powerful starting point for a high-impact engineering career.
Register Now
Meet and learn from Mitch Muncy, Senior Product Manager at Hexagon for MSC Apex, in person, by attending this Workshop on MSC Apex and Nastran.
When: 24 July 2024
Venue: CSIR International Convention Centre.
Costs: R590.00 incl VAT (in-person), Free (online)
SIMTEQ Academy Graduate Success Story
by JP Serfontein
Deputy Head of Airframe Systems – Milkor Integrated Systems
Aerospace Structural Dynamicist
