123 Main Street

City, State

Phone: 555.555.5555

E-mail: jd1@school.edu

W o rk E x pe r i e n ce

2 0 13 -P r e s e n t , F o u n de r

R a p m ixx x

F o u n d e r o f b u s i ne s s t ha t m i xe s s o n g s f o r h i p - h o p a r t i s t s .

E du ca t i o n

2013-2017, BS Computer Science, Rice University

Relevant Courses

COMP 215 - Gained additional experience in principles of programming and

program design including: encapsulation, abstraction,

test-driven development, and functional and object-oriented programming with the

Java programming language.

COMP 140 - Solved real-world problems in audio, video and text processing,

physical robotics, control and simulation of complex

systems in nature, and swarm intelligence. Modeled computational artifacts

operating in the world; designed algorithmic

solutions in Python. Experimentally tested and evaluated performance of

computational systems.

MATH 208 - Learned about many topics of discrete mathematics including symbolic

logic, set theory, relations, functions, proofs by

induction, recurrence relations, and counting techniques.

CS 2410 - Learned about arrays, classes and data abstraction, object-oriented

software development, pointers, dynamic data

structures, linked structures, elementary and searching and sorting algorithms,

recursion, and algorithm complexity

analysis in C++.

ELEC 220 - This course provides an overview of fundamental topics in computer

engineering, including bits, CMOS logic, computer

arithmetic, state machines, instruction-sets, assembly language, linkage conventions,

storage hierarchies, interrupts,

I/O, and systems issues. Did work in C and assembly.

John Doe

Wo r k E x p e r i e nc e / P ro j e c t s

B u s i n e s s Na m e

Fo u nd e r o f b u s i n e s s

2 0 1 3 -

M u s i c S t r e a m er ( J a v a , An dr o id a pp l i c a t i on )

60% c o mp l e t e

Sc r e e n s ho t s :

S e a r c h E n g i n e ( J a v a )

90% c o mp l e t e

Us e d R E GE X , jU n i t , a nd im p l e me nt ed L DA t o c o mp l e t e

T i c T a c T o e (C ++ )

50% c o mp l e t e , bu t f u n c t i o na l

L ink :

E d u c a t i o n

University U, Computer Science

2013-2017

Relevant Courses:

Course (Languages/Technologies used)

Comp Engineering (C, Assembly) - Description

Intro to Computer Science (Java) - Description

Algorithms & Data Structures (Java) - Description

Software Engineering (Python) - Description

Computer Systems (C, UNIX, SVN)- Description

Parallel Computing (Java, SVN) - Description

(School

Logo)