The opportunity

Are you passionate about thermal engineering, simulation, and sustainable energy solutions? In this master's thesis, you will contribute to the development of next-generation dry-type transformer enclosures used in critical indoor and outdoor applications. Working closely with experienced engineers, you will investigate heat transfer, airflow management, and enclosure design using advanced CFD simulation methods. You will gain hands-on experience in solving real industrial challenges while developing expertise in thermal optimization, product development, and engineering analysis. This is a unique opportunity to combine academic research with practical application and make a meaningful contribution to future transformer technologies. The title of the thesis will be: Thermal Optimization of Dry-Type Transformer Enclosures Using CFD: Design of IP55 and NEMA 3R Solutions under AN/AF Cooling.

How you'll make an impact

Analyze the current enclosure design concepts for IP55 and NEMA 3R dry-type transformer applications
Define CFD simulation models to evaluate airflow distribution, temperature fields, and thermal performance under AN and AF cooling conditions
Investigate different design parameters, including finned wall geometry, ventilation strategy, airflow paths, fan-assisted cooling configuration, and material selection
Compare alternative enclosure solutions in terms of thermal efficiency, manufacturability, robustness, and compliance with protection requirements
Identify critical areas related to heat accumulation, restricted airflow, and possible design limitations
Develop engineering recommendations and design guidelines for optimized dry-type transformer enclosures

Your background

Master’s student in Mechanical Engineering, Energy Engineering, Aerospace Engineering, or a related technical field
Basic knowledge of heat transfer, fluid dynamics, thermodynamics, and mechanical design
Interest in numerical simulation, CFD analysis, and industrial product optimization
Familiarity with CAD tools and/or CFD software will be considered an advantage

More about us

We are a technology-driven company with a strong focus on innovation, continuous improvement, and sustainable manufacturing. We offer flexible working conditions, dedicated mentorship, and a supportive, inclusive environment where you can grow personally and professionally – empowering you to thrive while balancing life and work.

Applica ora

Current employees apply here

Sede	Molinazzo di Monteggio, Ticino, Switzerland
Tipo di lavoro	Full time
Modalità di lavoro	Hybrid
Esperienza	Internship
Funzione lavorativa	Intern
Contratto	Intern (Fixed Term) (Trainee)
Data di pubblicazione	2026-08-10
Numero di riferimento	R0140298

Hitachi Energy

Hitachi Energy è un leader tecnologico globale nell'elettrificazione, che promuove un futuro energetico sostenibile grazie a tecnologie innovative per le reti elettriche, incentrate sul digitale. Oltre tre miliardi di persone dipendono dalle nostre tecnologie per dare energia alla propria vita quotidiana.

Con oltre un secolo di esperienza pionieristica nelle tecnologie mission-critical di alta tensione, trasformatori, automazione ed elettronica di potenza, stiamo affrontando la sfida energetica più urgente del nostro tempo: bilanciare la crescente domanda di elettricità con la decarbonizzazione del sistema energetico.

Con sede in Svizzera e oltre 50.000 persone in 60 paesi, Hitachi Energy genera fatturato per circa 16 miliardi di dollari. Candidati oggi stesso!

Master's Thesis Thermal Engineering 80 - 100% (f/m/d)

Hitachi Energy