*Project topics on mathematics** deal with abstract science of quantity, space, and number. It is worth noting that mathematics can either be pure or applied, where the applied disciplines include engineering and physics. Project topics on mathematics utilize geometry, equations, functions, and their relationships to express the mathematical aspects of different phenomena concerning life. The topics represent major branches of mathematics that include geometry, arithmetic, calculus, and algebra. Some subdivisions require axioms-based proofs to put a case of validity to aspects being dealt with. Operations of numbers, generalizations, interrelations, combinations, and abstractions of space configurations are all elements of project topics on mathematics. It is worth noting that the structure, transformations, and measurements of these aspects form important components of the mathematical project topics. The abstract nature of mathematics determines its key features, which are important for the students that are working on project topics on the subject. It is always necessary to understand the basics of a topic in order to apply it in solving real-life problems. This article discusses some of the* *key features of mathematical project topics.*

### Real-life Problem Solving.

These topics focus on applying mathematical concepts to address real-life concerns. This implies that the skills, numbers, and mathematics do not operate in space and isolation. Instead, these concepts are connected to relevant daily situations that need solutions. It is worth noting that the principles of pure or basic mathematics are the anchor points of the mathematical concepts applied to solve real-life problems affecting human beings. Mathematical concepts are used by professionals in different fields like medicine and accounting. Pharmacists also use mathematics to doze drugs and doctors use it to prescribe the scale of treatment needed by people of different ages. Similarly, accountants apply concepts of mathematics to develop and maintain their books of accounts. The above submissions validate the assertion about mathematical project topics being relevant in solving real-life problems.

### Appropriate Use of Technology.

Mathematical operations are technology-linked these days. Computers and calculators are examples of gadgets that are capable of doing mathematical operations through use of appropriate commands. This shows that the mathematical project topics have a provision for the use of such machines to ease mathematical work as well as embracing the technological dynamism in the field of academia. On the other hand, mathematics done on paper also has a provision for use of appropriate technology. This aspect manifests majorly in geometric operations. Particular designs of pencils, erasers, and sharpeners are recommended for use in order to come up with quality drawings and constructs.

### Emphasis on Communication.

Projects are supposed to culminate into development and creation of finance or wealth. Such objectives can be met if the owner of the project is capable of selling the project idea to the world. This submission explains why project topics on mathematics emphasize on the need for students to acquire and/or build on their effective communication skills. The topics also provide an opportunity for students to express their mathematical thinking and ideas that could help in fixing problems in their surroundings. This would enable them to engage with fellow mathematics professionals on their fresh ideas that are likely to bear fruit in the end.