Stimuli-responsive smart-biomaterial-based approaches have been identified as a promising tool for nerve regeneration and neural tissue engineering. Understanding the stimuli-responsive behavior of the smart materials, along with the fundamentals of cellular interactions, is the key to future strategies for neural tissue engineering. Advances in the development and application of smart biomaterials and 3-D scaffold fabrication techniques as well as cellular reprogramming and transdifferentiation technologies make it possible to combine stem cells, cellular engineering, drug/gene delivery systems, nanotechnology and biomaterial-based therapies to develop experimental and clinical strategies for neural tissue engineering. The application of smart biomaterials in these technologies is likely to contribute synergistically to the improvement of therapeutic strategies for clinical translation. This review chapter focuses on the use of strategies combining stimuli-responsive smart biomaterials with other technologies in neural tissue engineering. A specific emphasis on temperature, pH, enzyme, photo-triggered, self-assembling and electrical stimuli-sensitive mono or multi-responsive smart biomaterials in neural tissue engineering is presented. A summary of the clinical potential and applications of smart materials in neural tissue engineering is also presented at the end to illustrate how smart materials can be effective in combination with these technologies to enhance neural regeneration.