Shenkar School of Engineering & Design

What you'll study

Instruction and research emphasise polymer systems, polymer composites and functional surfaces with applied targets. Research topics conducted during the 2020–2021 academic year included:

• Use of natural and agricultural waste incorporated into polymer products.
• Advanced recycling methods for polymers aimed at circular‑economy outcomes.
• Functional polymer surfaces that repel liquids and solids for medical and aerospace use.
• Field treatments of carbon and other nanotubes for hybrid and nano‑composite systems.
• Reversible polymer coating systems (vitrimers).
• Smart fibers and textiles for wearable sensing, antimicrobial/antiviral functions and filtration/separation.
• Biodegradable biopolymer systems for medical and green packaging applications.
• Ballistic‑grade engineering polymers reinforced with carbon and other nanotubes.
• Composite polymer filaments for 3D printing of hybrid or armoured bodies for medical and engineering uses.
• Carbon fibers pre‑impregnated with polymer resins for lightweight aerospace systems.
• Printed polymer micro‑encapsulation for controlled release of medications and active liquids.
• Polymer‑thermoplastic hybrid nano‑composites for controlled release or prevention of additive leakage, and for anti‑microbial/anti‑corrosive functions.
• Multi‑phase polymeric membranes for selective diffusion/perfusion in biomedical settings.
• Advanced polymer systems as adhesion media in engineering and biomedical applications.

Entry requirements

The source text does not list formal admission criteria. The programme context indicates a research‑oriented master’s pathway with laboratory internships and thesis work; prospective applicants should expect requirements typical for taught research master’s degrees (relevant undergraduate degree and research interest) and to enquire directly with the department for specific prerequisites.

Career prospects

Graduates gain skills applicable to R&D roles across polymers and composites, including positions in medical materials, aerospace and lightweight structures, textiles and wearable technology, packaging and biodegradable materials, coatings and adhesives, additive manufacturing (3D printing) and defence‑related materials engineering. The department’s record of publications and conference presentations suggests strong preparation for research careers or continuation to doctoral study.

Scholarships & funding angle (general)

Research within the department is frequently supported by external grants and industry funding. During 2020–2021 many projects were financed by industry, the Ministry of Defense’s Administration for the Development of Weapons and Technological Infrastructure, the Israel Innovation Authority, the Ministry of Science and Technology and EU research funds; master’s students commonly participate in funded projects as part of their internship and thesis research.