How to Design 4-bit Multi-Mode Counter (Up, Down, Fibonacci) Using SN74LS191N?

The 4-bit Fibbonaci counter is a counter which counts as 0,1,1,2,3,5,8,13,0,1,1,2,3,5,....
Implement a multiple mode counter which can count up (MODE=00),count down (MODE =01) and Fibbonaci count up (MODE =10 ).
MODE is a 2 bit DIP switch.
RESET push button reset the counter.

Components provided:
DIP switch
LEDs
SN74LS191N sync. 4-bit up/down counter with mode control
HD74LS283P 4 bit bib=nary adder
HD74LS48P BCD to 7 segment decoder
DM74LS157N quad 2 to 1 line data selector/multiplexer
HD74LS194AP 4-bit universal bi-directional shift register

How to start this project? Schematics diagram,need guidance. Any other additional components needed?
Not a must to use all the components provided.
I need help esp. schematics diagram for connection in the breadboard?

Is this your school assignment? If so you will learn much designing the solution.

Hint: make a table on paper with the output of the various components, and next to it a tabel with the desired output in binary, (0000, 0001, 0001, 0010 etc.) then determine what logic you need to change the first into the second and start puzzling.

If you don't know the ouput of the components you just google for the component with the word datasheet behind it.
You need at least some resistors (between 220-1000 Ohm) for the LEDs to work, and perhaps pull up/down resistors 1000-10000 Ohm for the dip switches.