The phrase "and engineering to create" is correct and usable in written English.
It can be used in contexts where you are discussing the combination of engineering practices with creative processes to develop something new.
Example: "Our team focuses on design and engineering to create innovative solutions for modern challenges."
Alternatives: "and engineering for development" or "and engineering to produce".
Recent development in nanoscience and nanotechnology has opened up new frontiers in materials science and engineering to create new materials for energy generation and storage.
The fractional differential equations of various types plays important roles and tools not only in mathematics but also in physics, control systems, dynamical systems and engineering to create the mathematical modeling of many physical phenomena.
Varieties of them play important roles and serve as tools not only in mathematics, but also in physics, dynamical systems, control systems, and engineering to create the mathematical modeling of many physical phenomena.
New devices are emerging that utilize the convergent technologies of several different fields of science and engineering to create tissue that can mimic the structure and function of the natural world.
Known for combining biomimetics with architecture, Benjamin (in collaboration with bio-material specialists Ecovative) utilized advanced computation and engineering to create the 100% green building materials.
If we can use food processing, marketing and engineering to create the ideal Dr. Pepper, I believe we can also use these tools to help people eat healthy.
She leads data analytics, corporate strategy and data engineering to create and execute data-driven strategies.
Additionally, the use of synthetic biology and protein engineering to create designer PPR proteins to control gene expression in vivo is discussed.
Moving beyond natural nucleic acids requires organic chemistry to synthesize unnatural analogues and polymerase engineering to create enzymes that recognize artificial substrates.
For the education of methods, technologies and tools for the product creation a product lifecycle (PLC) approach is chosen which includes research fields such as Innovation Management, Engineering Methodologies, Production Management and Virtual Engineering to create a holistic practical learning framework based on a constructivism learning approach.
Strategies for creating new crops include the use of genomic resources for marker-assisted breeding [1] to incorporate a far wider range of genetic variation into elite breeding lines, and genetic engineering to create crops with enhanced agronomic properties.
