Program Options

At Braude College of Engineering, international students experience engineering education that is hands-on, personal, and industry-connected. Designed primarily for undergraduate engineering students seeking an international academic experience in English. With English-taught courses, small class sizes, and close interaction with expert faculty, students develop practical skills while gaining exposure to Israel’s dynamic high-tech industry, all within a supportive and welcoming academic environment.

Erasmus+

Erasmus+ Semester Exchange

Braude College of Engineering welcomes Erasmus+ students for a semester-long academic exchange offering English-taught engineering courses, hands-on laboratory work, and industry-oriented learning in a supportive academic environment.

Semester Structure

  • Each semester includes 13 weeks of study, followed by an examination period
  • Winter Semester: Mid-October to mid-January
  • Spring Semester: Mid-March to mid-June

Exact academic dates are confirmed prior to the start of each semester.

Academic Experience

Students study in small classes and benefit from close academic guidance from experienced faculty members. Courses are aligned with the European Credit Transfer System (ECTS) and integrate theoretical foundations with practical laboratory work and project-based learning, providing exposure to real-world engineering challenges and Israel’s high-tech industry.

Internships

Engineering Internship Program

Braude College of Engineering offers international Study Abroad students the opportunity to participate in research-based or practical engineering internships conducted within its academic departments. The internship program provides hands-on project work, faculty supervision, and exposure to real-world engineering challenges in a supportive academic environment.

Program Structure

  • Internships are offered during the academic year
  • Typical duration ranges from 10 to 13 weeks, depending on the agreed program structure
  • Internship workload is determined in coordination with the student’s home institution
  • Academic credit is awarded based on the duration of the internship and accumulated laboratory hours, in accordance with the student’s home institution requirements

Exact dates and schedules are confirmed prior to the start of the internship.

Academic Experience

Internship projects may be research-oriented or application-focused and are carried out in Braude’s engineering laboratories. Where applicable, projects include exposure to industry-related challenges and collaboration with leading Israeli companies.
Internships are supervised by Braude faculty members, allowing students to develop practical engineering skills, academic insight, and professional connections. To support appropriate academic matching, students may consult a list of available faculty supervisors, including departmental affiliation and research areas.

Please review the list of available internship supervisors below.

Internship options

Supervisor Department Domains
Dr. Naseraldin Hussein Industrial Engineering and Management
  • Applied Operations Research in design and planning of the supply chain
  • Smart Manufacturing: integrating smart technologies into operations
  • A digital twin of a manufacturing line
  • Integrated design, printing, and post-printing in a 3D Printing
Dr. Shalabney Atef Optical Engineering
  • Light-matter interaction
  • Nanophotonics
  • Plasmonics
  • Enhanced optical spectroscopy for optical biosensing
Dr. Zorea Pini Electrical and Electronics Engineering
  • Digital image processing in real-time systems
  • Engineering Design of projects including Embedded systems, Control systems, and IoT
Prof. Adler Amir Electrical and Electronics Engineering
  • EEG/MEG brain signal processing and analysis
  • Deep learning for brain MRI segmentation
  • Array signal processing
  • Machine and deep learning
Dr. Chernov Victor Mechanical Engineering
  • Optical systems for combustion measurements
  • Biomass combustion, both experimental and computational
  • AI in combustion applications.
  • Affordable spectrometry
Dr. Tarif Fadel Electrical and Electronics Engineering
  • System design with ARM microcontroller
  • Programmable logic devices (VHDL), IoT
Dr. Goldshtein Ayelet Mechanical Engineering
  • Fluid mechanics-two phase flow
  • Field singularities-corners-local behavior
  • Thermodynamic engines (e.g. thermo- acoustic), mechanical statistics
Dr. Iris Weitz  Biotechnology Engineering 
  • Self-assembly of organic dye molecules in nanoconfined spaces
  • Copper nanoparticle-based theranostic systems for cancer therapy
  • Drug encapsulation strategies of NIR Light and Ultrasound Responsive drug delivery systems
  • Nanomaterials for fungal infections treatment
Dr. Orit Braun Benyamin Mechanical Enginering 
  • Tissue Biomechanics 
  • Rehabilitation Biomechanics 
  • Development of physician training-oriented body parts and models
  • New approaches in engineering education
Dr. Eli Hanukah Mechanical Engineering
  • Finite Element Technology
  • Nonlinear Structural Modeling
  • Semi – Analytical & Optimization Based Integration (FEM)
  • Case – Specific numerical tools
Prof. Eduard Eitelberg Electrical Engineering 
  • Multi-loop control engineering and interaction 
  • Describing functions and harmonic balance in non-linear feedback loops 
  • Load sharing control design 
  • Cascaded control engineering and reset wind-up mitigation 
  • Economic dynamics and monetary policies
Prof. Mare`I Sammar Biotechnology Engineering
  • Biology and pathology of preeclampsia  
  • Extracellular vesicles in healthy and pathological pregnancies 
  • Development of biomarkers for prediction of preeclampsia 
Dr. Elad Denenberg Mechanical Engineering
  • Surrogate-based Optimization 
  • Evolutionary Algorithms And implementations in Automated Planning 
  • Industry 4.0 
  • Robotics  
  • Satellite Situational Awareness
Dr. Avishag Pelosi Mechanical Engineering
  • Tissue Biomechanics 
  • Physiology, Brain-Heart Coherence 
  • VR-assisted rehabilitation 
  • Characterization of altered states of consciousness 
  • BMI (Brain machine interface)
Dr. Samy Abu-Salih Mechanical Engineering
  • Modeling of micro electromechanical structures 
  • Finite element analysis (FEA) 
  • Multiphysics 
  • Electromechanical buckling of micro structures 
  • FEA of thermoviscoplastic behavior 
Dr. Navit Roth Mechanical Engineering
  • Tremor and movement disorders 
  • Fall prevention 
  • Biomechanics of the Joints 
  • Assistive Technology 
  • Rehabilitation biomechanics
Dr. Dan Cuperman Mechanical Engineering 
  • Industry 4.0 Digital technologies
Dr. Nirit Gavish Industrial Engineering and Management
  • Human-Computer Interaction
  • Human Factors
  • Virtual Reality
  • Augmented Reality
  • Decision Support Systems
  • Cognitive Training
  • Human-System Integration
Prof. Zeev Volkovich Software Engineering
  • Machine and deep learning 
  • NLP 
  • Data classification and clustering 
  • Probability Theory 
  • GAN 
Dr. Naomi Unkelos Shpigel Software Engineering
  • Requirements engineering 
  • Augmented reality 
  • Internet of Things 
  • Motivation and engagement in software engineering
Dr. Yariv Marmor Industrial Engineering and Management
  • Healthcare Management 
  • Data Science 
  • Simulation 
  • Optimization