1. HOLLOWTON AND WOODSEEDS
GROUP

2. EXECUTIVE SUMMARY
Hollowton and Woodseeds Group has always been
one of the leading pioneers in the field of tourism and
consultancy. Now we look to expand into making
settlements. With some of the best Structural
Engineers we aim to build a settlement which, in its
sturdy and powerful stature, maintains the essence of
humanity.
We at Hollowton and Woodseeds do not believe in
chance.

3. 2.1

7. 3.1
The lcation chosen is n the adjascent map.
The reason for residential area is it being a plaain shall not suffer much because of
eathquakes, away from coast so that tsunami and th asaline ice doesn’t effect it much.
Industrial and agricultural area is next to the river for cooling and irrigation purposes.

8. FOOD
PLAN TILL 2104
CULTIVATION
The Rutas Plains, especially the area around the river has got rich alluvial soil and plenty of water. We shall exploit these
conditions for the next fifteen years or so.
crop Requireme Yield(GSg/ Area Total
nt(GSg/per GSm2/pers (GSm2/per area(GSm2
son/day) on) son) )
Wheat 4500 3.1 1440 82800
Rice 2500 3.5 720 914000
Corn 1000 5.8 180 603500
Vegetables 13740 13.2 1040 159800
Beverage 100-200 15.2 9.8 12500
Soya bean 6340 8.3 760 43700
1. Storage of excess grains: Vacuum chambers
2. Irrigation : Canals from the river, seasonal rainfall and river flooding.
3. Biotechnology and genetic engineering of crops is expected to soar the production manifold. Moreover these crops
are pest-resistant, so we shall not need pesticides and suffer its adverse consequences.
4. Growth and Harvesting, Packaging, Storage and processing- it’s all Automated, monitored from time to time.
5. Food shall be transported to residential establishments via carrier aircrafts.
6. A requisite, healthy amount of food is provided to all residents, who can also buy more food if they choose to.

9. The open grasslands that are a part of the central
plains may be used as a cattle rearing area to rear
animals like cow, buffalo, sheep, goat and
poultry.
In the South-western part of Ruthas, the confluence of
the Ocean Currents Alguhas and West Wind Drift is a
promising site for fishery. We propose a temporary
fishery establishment on the water, that would be
extensively automated. Food companies over the
world are invited to buy it’s shares.

10. FOOD
AFTER 2104
In the fifteen years leading to the eruption of the super-volcano Parabull, we will
have completed the construction of a closed agricultural establishment.
We shall predominantly use aeroponics and hydroponics . We shall also use new
technologies such as growing plants in an agar-nutrient medium, in shelfs. We might
have to genetically modify some crops.
The Fisheries shall go on as before, however we expect the yield to drop due to the
unavailability of sunlight for the fish.

11. Power
NET GENERATION CAPACITY=
1. Wind Mills: fixed and
floating, especially in the
southern mountains facing
the westerly winds.
2.Tidal Energy: along the
6. Biotechnology-if Ocean Currents and along
possible the river.
5. Solar Panels on our
buildings: very sensitive,
low threshold frequency-
3. Fusion: on the island
should be folded inside
probably
whenever external
environment becomes
threatening.
4. Fuel cells and wiring-
efficiently transport energy

12. Harnessing the power of the tides
Fixed-type tidal power generation:
A floating-type tidal
power generation:

13. Communication
• Internal communication-
1.Wired communication- Wired area network is provided using optical
fibres.
2.Wireless communication- Main transmitting station will be put up in
each area and wireless network is provided.
3.Wireless telephonic communication will be provided using post 3G
technologies.
4. e-papers will be used for TV broadcasting, mobile phones etc.
5.For extremely confidential communication quantum cryptography
will be used.
6.The data transfer rate can be achieved up to 10Tbps.
7. Wired is preferred over wireless for internal communication.

14. Communication
E-papers
Foldable and
convenient, they
cover every form of
Headquarters in the mountains
communication and
amidst a safe valley regulates all
entertainment: TV,
communication in Rutas.
Newspaper, puzzles,
mobile phone,
radio, mp3 player, Information Security is a major concern for us, especially from
internet, etc. any GRCC spies or random terrorists. We develop e-policing in
the region, who would protect the Communication system in
Rutas from any Virus, as well as monitor the movement and
electronic communication of Rutas people via integrated chips
that are a part of every person in Rutas. For

15. • External communication
1.Satellite communication will be the major part of this.
2.The communication with external air craft and ships will
be done by normal radio frequency communication.
3.Geostationary satellites placed around earth in
triangular form will be used as it is more efficient.
4. Satellites uses 2 types of antenna low gain for close
distance and high gain for long distance
communication.
5. Ultra high frequency communication is also used.

16. Transportation
Transport to and within Rutas
In 2088, our major fuel is HYDROGEN (that means we have already found a
very efficient way of producing it)
High speed Aircrafts- runway n airport
Supersonic Ships- ports n docks
Jet packs- hydrogen fuelling stations
Industrial Residential
Jet
Pack
Fishery

17. Transportation
Bicycles
• This is one of the most important mode of
transportation inside the colony.
• The dimensions of bicycle are 12 GSm in
length and 9 GSm in height,
• Cycles will be useful for maintaining health of
human being and it is eco friendly too,hence
use of bicycles is emphasized.
Cabs and emergency transportation
• Cabs will be available for local transport.
• Ambulances and fire brigades will be
provided foe emergency situations.

18. Maglev Trains-
• Magnetic levitating trains will be the
major mode of transport for going
outside colony .
• The main advantage of it is that
permanent magnets are used .
• They are energy efficient.
• Initial construction cost is high but
maintenance is not that costly.
• They save the time of journey
because of enormous speeds.

19. 3.2
WATER TREATMENT
• Phase I is carried at the
source.
• Phase II represents the water
pipeline going west to the
industries.
• Phase III represents two water
pipelines directed towards the
residential complex.
Nano Pre-Filtration (NANO PF)
Filtration will be through nanopores (holes of size 20nm) using silicon wafers at the source,
to block passage of bacteria and virii into
the water pipelines. Such small sized pores will provide much sought for relief from the
potential threat of bio-weapon attacks from terrorists.
We guarantee water security, the likes of which haven't been seen before.

20. REVERSE OSMOSIS
pH Corrector:
pH sensors detect deviations from the
acceptable pH range of 6.5-9.5 for
drinking water and nullify it using
alkalies such as lime.
Transport of Water:
Water from the source is diverted in two directions:
•Residential complex
•Industrial complex
Red Spot : Residential complex
Yellow region : Industrial complex
Green Line : Underground Water
Pipeline

21. Atmosphere and weather control
Standards Controlling measures.
Temperature 18-25 0C
Humidity 40-55%
Air composition
Oxygen (21% of Generation-hydrolysis, oxygen generator system, urine
atmosphere) Regeneration-OGS plants, urine
Nitrogen(78% of Generation –Ammonia, urine.
atmosphere)
Traces of other gases(<1%) We can use from outside atmosphere and isolate them.
Carbon dioxide removal • Adsorption Compressor to isolate
• OGS and Lithium Hydroxide beds for Removal
•Else compressing and liquefying and using for other
purposes.

22. Seasonal Cycle •We can maintain seasonal cycle by controlling the
temperature, humidity and pressure.
•Air breezes and winds are also produced to provide
pleasant atmosphere.
Carbon monoxide removal •Converting CO to using oxidation catalyst, then
removing formed CO2
Particulate matter • Using high efficiency filters and activated charcoal
adsorbers
Water vapour Respiration, Plant transpiration, humidity control system
Climate control systems • Condensing heat exchanger- Air is pulled by fan.
Temperature is controlled by air flow through CHE.
•For further humidity control we use dehumidifiers.
•Force air zone heating will be used for central heat
distribution allowing more discrete application of heat
and increased energy efficiency.
Artificial sunlight It provides same radiation spectrum as the sun
Contigency plan •Oxygen candles
• Back up storage tanks

23. Day night cycle
• Artificial sunlight will be provided.
• Day night cycle will be controlled using those
lights
• Even the dome will be given an impression of
the sky even during night to have feeling
actual day-night.
• Star maps will also be on the artificial sky for
astronomy lovers.

24. Waste Management
household
agriculture industry
1. Sewage: recycled within
the residential 1. Wastes shall be
structure. 1. Remnants of the treated and
2. Bio-degradable waste: crop: fertilizers or
decaying detoxified- broken
animal feed down to useful
food/plant/animal
matter-processed and 2. Excess water goes for substances. Most of
used as fertilizers. recycling it can be recycled.
3. Non bio-degradable: 3. Animal dung- an Harmless
paper, polymers, glass, excellent fertilizer. substances may be
metal- all recycled. released into the
**Aircrafts arrive
environment
periodically to collect
the garbage to the outside.
recycling factory.

25. 4.1
• Housing-
• Education- IIT-I, SERC, Primary, sec., high
school. H&W university. 1 main library.
• Entertainment & Parks and recreation
• Medical- Every Living colony and industrial
area has medical unit, main hospital in central
hub.

26. 4.2 Demographics and population selection
ABC Married Single men Single Children Physiological effects
(median, adults(29,2 (24, 24) Women (23, (12,11)
average) 8) 24) •SO2 causes irritation in
eyes, nose, lungs.
Scientists 3900 5050 5150 900
•Headache, dizziness,
nausea.
Investors 1500 350 250 900
•Confusion, visual
The total population comprises of 30% married adults, 30 % single men, disturbances,
30% single woman, 10 percent children Disorientation
• neuropsychiatry
GRIN-H&W grant proposal impairment
Cabinet
Intelligence evaluation (in interest
interview
Scale - test of future generations)
Mensa’s selection:
# Requirements for the demographics to be met, uniform distribution of research topics. There are more
than 1,700 families with two or more Mensa members. This suggest a genetic trait.

27. Psychological effects Some of the remedies
• Stress, depression • Control of emission of harmful gases.
• Solipsism ( Fear of isolation) • Meditation, Power yoga
• Lipism syndrome ( a state of mind in which a • Regular exercise and proper diet, Regular medical
person feels that everything is a dream) services.
• Insomnia • Provision of counselors for controlling psychological
effects.
•Claustrophobia( Fear of closed spaces) • Providing healthy and safe environment.
•Stranger anxiety, irritability( Because of • Promoting social activities and recreational facilities.
exposure to new area and different types of
people
Area distribution
Area in GSN (no. of units)- Single Couple Family
>
Mensas 10000(2250) 15000(1050) 20000 (900)
Investors 11100 (300) 23000 (750)

28. 4.3
Categories of work Tools required No of
people
• Agriculture- Robots, computers, fertilizers, irrigation tools, 100
threshers
• Finance and Business Computers, 1500
development
•Communication Computers, networks, broadcasting devices 400
•Education Computers, robots, e books, laptops 800
•Hospitality Computers, vehicles 200
•Maintenance Robots ,electronics instrument., structural 500
software, ash resistant suits
•Medical services Robots, surgical tools and machines, computers, 500
medicines.
•Research and development Supercomputers, simulation software, chemicals, 14000

29. 4.4
Sr Name of Charcteristics
No colony 1
7 2
1 Pampas The plush grasslands
2 Area 51 Science fiction was never Central
6 3
far, you get to live it here.
3 Las Vegas Casino, moolah, 5 4
exhilaration.
4 Cyber city Tech is the way.
5 Mini NZ We bring “our” home to you
6 Sun n’ Sand
7 Mighty highs A taste of bygone, delve in
history.
Area 51 Pampas
Elevator

30. 4.5
Mental stimulation Recreational Activity Physical fitness
Yoga, Tai-chi, open areas. Amphitheatre Multipurpose sports complex
Seminars and Discussions at the Fine dining, 7 themed hotels Monster Truck Madness, cycle as a
University mode of transport.
Club activities within or among Cultural activity. Monthly get Treks through the mountains,
colonies together natural parks.

31. 4.6
During construction phase:
HRD Members of H&W shall assume office
After construction:
Food GRIN and H&W, shall discuss it over, then shall select the
Processing appropriate
Defense and
Governor security Defense mechanism:
General Highly purified water, detectors of the border of the island, ninja
Industry bots- to work as infantry and artillery combined
Science and Chip insertion:
technology A microchip shall be inserted in every resident, which will help
External us monitor the health(BP, sugar and cholestol level, exposure
affairs to radiation), it shall act as their pass and help us locate them.
Bio counterterrorism- in order to counter attack terrorism, we will make a make a virus,
which will attack the gene responsible for pH level. Which shall cause lysosome to engulf the
cell, and as virus multiplies, the whole body might crumble.

32. 4.7 Increasing life span
1. Balanced and healthy diet –Low calorie and potein.
2. Regular exercise, yoga.
3. Injecting gene in the zygote –(Methuselah gene). The first generation living there shall not have
any benefits but the upcoming one’s life span shall increase by 100%. The gene in inserted into
the zygote, which affects longetivity..
4. Providing open space environment, clean and healthy air.
5. Less to no exposure to radiation.
Structural Provisions Non-Structural Provisions
•The Structure is reinforced with crystalline •The highly efficient selection procedure of the
concrete and steel. The seven residential colonies Mensas ensures the brightest minds in Rutas.
are thus reinforced. This reduces the risks of human error.
•Earthquake resistant structures. •The location of the systems controls nullifies
all risks of terrorist attacks leading to complete
•Resistance and isolation from the volcanic destruction.
winters.
•Highly efficient energy production which will
•Acid rain resistant structure (steel) protects last 150 years.
structure from sulphuric acid in volcanic ash.

33. 4.8
Structural Provisions Non-Structural Provisions
•The Structure is reinforced with crystalline concrete and steel. •The highly efficient selection procedure of the Mensas
The seven residential colonies are thus reinforced. ensures the brightest minds in Rutas. This reduces the
risks of human error.
•Earthquake resistant structures.
•The location of the systems controls nullifies all risks of
•Resistance and isolation from the volcanic winters. terrorist attacks leading to complete destruction.
•Acid rain resistant structure (steel) protects structure from •Highly efficient energy production which will last 150
sulphuric acid in volcanic ash. years.
4.9
•Executive Until the completion of the settlement, the board of directors acts
as the executive committee. Upon completion of the settlement,
GRIN initiates members into the executive committee.
•Legislative The legislature followed is that of the GRIN Penal Code.
•Judicial The Rutas Court of Justice (RCoJ) is the ultimate judicial body.
•The Rutas Police Force consists of 30 highly trained officials.
•15 patrol teams are in charge of the colonies.
•Automated systems are installed to keep a check on cyber-crime.

34. Autonomous System - Overview
Robots
Growing crops (FARMBOT)
Maintaining trees (PECKBOT)
Enemy detection and preemptive strike system
Fighting , bombers ( remote UAV )
Mining (SHAFTBOT)
Human traveler assistor (outside the dome) (PACKBOT)
Filter cleaning and water treatment(WSEALBOT)
House , sky & road cleaning (SWEEBOT)
Ash clearing (HANGBLOWBOT)
Dry ice dumping (PERBOT)
Fishing (FISHBOT)
Industry working and maintenance fire fighting ( remote controlled ) (INPRBOT)
Building and maintaining maglev tracks and pipeline (MEPBOTS)
Law enforcement ( remote controlled if armed ) (POLBOT)
Metal production industry
Chemical industry
Research facility assistors (DEXBOTS)
Quantum computers
Doctor assistors (medical ) (DOCBOT)
Earthquake rescue assistors (HGOBOT)

35. More Robots
Building constructions and maintenance (EGRBOT)
Industry maintenance tending to environment around if any ( feeding the few
surviving animals and locals , looking after trees)
Bobots for making machinery
Nanoscopic drug delivery robots to fight off infectious diseases
Maglev trains
Sevage systems
Automation of the identification and id of individual resident

36. Growing crops
Robots that can inject germinating seeds to the spungy matrix used for solid support in
agriculture , put those sponges in a proper place and once crops are fully grown harvest
them , take them to the processing facility
They have a projecting body to store seeds and the matrix material with mechanisms to
inject a seed into the matrix
Maintaining trees
Robots with one arm having rotating chian saws to cut off branches if necessary and
other arm strong enough to single handedly carry the logs or wood pieces to required
places , also the robot needs to be able to reach high places
Dimensions: 2.5m X 0.7m X 0.7m
Enemy detection and preemptive strike system
A series of 13 to 15 radar systems to the north east and north west of the colony with
at least ranges of 300 kms on land and patrolling aircrafts that scout far beyond the
island , upon detecting any enemy the are intercepted with the fighters

37. Fighting , bombers ( remote UAV )
Forward swept wings have 20% improvement efficiency and maneuverability by
greatly reducing wing tip vortices. They are currently being researched to overcome
the problems which is the inherent aerodynamic stability problems but with powerful
computers supported by gyroscopes and composite materials it is possible to make
them stable and feasible
Flying wing design was existent even from the WW2 and today the B-2 bomber Is
using this design. This design is more efficient and maneuverable compared to
conventional designs because it lacks the bulky fuselage and tail which only cause drag
and no lift but even this design is inherently unstable aerodynamically but again this
can also be stabilized
Combining the 2 designs makes the fighters much more efficient , faster ,
maneuverable

38. General military makeup
All military robots r remote controlled to eliminate the risk of friendly fire if the comps ever
messup in pattern recognition
Forward swept flying winged fighters for repelling enemy aircraft and bomber raids and possibly
even ship raids
Forward swept flying wing bombers for delivering nuclear , chemical , biological , bunker buster
or regular explosive warheads and also possible delivering torpedos against ships
Hovercrafts act as suiecide fast bombers over land or water against enemy troops or ships
Manned submarines with the best available sonar to detect and destroy any enemy sub
Land based artillery installations using railgun or coil gun principles to shoot projectiles over 800
kms powered by flywheels
Maglev train network can be used to transpoart the suiecide robots and standard unmanned
tanks (sut)
Sut: usual tanks but just unmanned
Nuclear emp generators to decimate any enemy weapon operated by electricity
Pain rays , sonic pain waves , laser indused plasma electrifiers , electrifiers and other chemical
means of harmless crowd controle
Last resort of nuclear fusion warheads with icbm’s and biological weapons
The tanks are just like most other tanks in today’s world except instead of using diesel or other
hydrocarbon fuels for movement and gunpowder for destruction it uses stored liquid hydrogen
for both
This will give it 3 times more firepower and speed for the same mass

39. Fishing
Automated boats that makes trips between ships and shores , laying net traps for fishes and
after a while retrieves them back to the shore
The dimensions are : 3m X 1m X 1m
Industry working and maintenance fire fighting ( remote controlled )
Automation is mostly made by machines in industry
Very few robots r used to carry heavy loads and do other firefighting and hazard rescue
The same can be used in fire fighting scenarios
The robots are like the ones used for construction
Building and maintaining maglev tracks and pipeline
Building and construction robot can be modified to lay maglev tracks and to maintain them
Maglev trains usually consist of laminated thin square conductors there for the basic structure
of the robot can remain the same
For building pipelines the robots don’t need the suction arms instead use pipe benders and
other cutters and drillers
law enforcement ( remote controlled if armed )
Robot with tracks and strong armor and armed with a high velocity and high rate of fire rifle and
cameras that can see IR
Dimensions : 2m X 0.8m X 0.6m

40. Metal production industry
Robots are not necessary in iron and steel industry just among the mining robots some might remain back and
transport the ore to the beginning place of the process to extract the metals
The metallurgic process is completely automated
Earthquake rescue assistors
Whenever there is any damage to any infrastructure due to an earthquake immediately sensors send alerts to
every point in the colony to call rescue workers and robots
Robots which are sturdy and small , can go through small spaces resulted from rubble fallen by earthquakes
and find survivors using life sign detection equipment like IR vision and sound sensing
They are rectangular with large length and bredth but low height , supported on tracks wheels and carry the
necessary sensors
Dimensions : 0.5m X 0.4m X 0.15m
Chemical industry
Mostly chemicals that r the most important like nh3 , h2so4 , etc are produced by the best known processes ,
automated to the highest possible degree
This applies to any other processes
Research facility assistors
Research facilities should include a particle accelerator , further research facilities for cold fusion and other
particle physics research options along with further research into already existing quantum computers
In branches of chemistry research should be made on the further dev elopement of material science
New efficient ways to produce chemicals , produce hydrozen in a very efficient way , improve efficiency of fuel
cells , better air purification methods , ways to mass produce long carbon nano tubes and other essential areas
In biology the facilities should have good genetics research facility and find ways to further improve life span
and also to grow plants and animals more efficiently
The facilities should have state of the art research facilities and very powerful quantum computers for
computations and simulations

41. Quantum computers
They are stored in the mountainous regions and are extremely powerful they are able to do
infinite number of parallel operations simultaneously
Doctor assistors (medical )
Has all the medical instruments that is needed for examination built into it like stethoscopes ,
infrared vision , thermometers , blood pressure measuring , blood and dna analysis , ultrasound
scanner , etc
Dimensions are close to that of humans
1.8m X 0.6m X 0.3m
Building constructions and maintenance
Robots which can carry glass / steel plates using suction mechanism to required parts of
structure for maintenance or construction and also have reserve of concrete or any other
binding material that’s needed , rivets , some hydrogen that can be burned for heat , have some
electric welding and plasma cutting tools , most probably able to fly around with high
precession using the same jetpack mechanism that people use
The basic structure of the above can be modified for any construction maintenance activities
Dimensions are 2m X 0.4m X 0.4m
Industry maintenance
Automation is mostly made by machines in industry
Very few robots r used to carry heavy loads and do other firefighting and hazard rescue
The same can be used in fire fighting scenarios
The robots are like the ones used for construction
Tending to environment around if any
feeding the few surviving animals and locals , looking after trees)

42. Robots for making machinery
After the production of metals and other substances from ores they r actually converted to
goods that r required by humans the same kind of automation that has been followed in today’s
automobile industry and other cases can be followed for manufacturing some standard things
Nanoscopic drug delivery robots to fight off infectious diseases
Small bots whose sizes r comparable to those of bacteria’s or viruses delivers drugs to specific
cells and kills specific organisms in the blood
Dimensions : cylinder (length X radius): 3mm X 1mm (mm = micrometer) to 120nm X 50nm
(nm=nanometer)
Automation of the identification and id of individual resident
Every individual who is the member of the community will have a tag embedded in his body this
will serve to monitor his body health status and also to identify him anywhere inside the colony
This can also prevent unauthorized access to the residents of the coloney
If any person without the id enters any area of the colony which is not for tourism then an alarm
is set off and POLBOTS are alerted

43. SCHEDULING
PHASES DESCRIPTION TIMELINE
Pre Business Development Assesment of landforms and area. Setting up January 2089
temporary housing for the workers.
Phase I Demarcation of land identified for March 2089
construction of colonies and industries.
Farming lands are worked on.
Phase II Phase I Completed. Residential colonies February 2092
complete. Farmland well developed for
cultivation. Industries under way.
Phase III Phase II completed. Industries developed. June 2093
First group of mensas arrive at the
settlement.
Phase IV Successful running of the settlement for a July 2094
year. Discussions with GRIN for them to take
over the administrations.

44. COSTS
Requireme Quantity Price Total Requireme Quantity Price Total
nts (GS units) Expenditur nts (GS units) Expenditur
e (INR) e (INR)
Steel 3.6x1013 INR 25 / kg 900 billion ICBM 10 ICBM INR 2500 25 billion
GSKg million per
Concrete 43.2x109 INR 5/ 282 billion piece
GS cu.m 0.764GS Maglev 10 Maglevs INR 66.53 665.3
cu.m Trains billion per billion
Nuclear 1 plant INR 330 330 billion piece
Fusion billion Houses & 4900 INR 1 4.9 billion
Reactor Design houses million per
Defense 400 tanks, INR 310 883.5 house
450 anti million per billion
Domestic 5400 INR 50,000 0.27 billion
aircraft piece
Robots robots per robot
missiles,
2000 Education Funds for 5 INR 20 100 billion
fighter jets years billion per
Submarines 15 nuclear INR 2500 37.5 billion year
submarines million per Industries Funds for 5 INR 200 1000
piece years billion per billion
Nuclear 30 Nuclear INR 2500 75 billion year
Warheads Warheads million per
piece
TOTAL COST – INR 4303.47 billion

45. BUSINESS DEVELOPMENT
Banking and Commerce
Atleast for a decade to start with, Rutas will not have a Reserve Bank on its own and will be a
part of and follow the monetary policy of the Reserve Banks of GRIN. However, a Central
Banking facility will be set up for liquidation of cash amongst its residents. A single structure
will be constructed in the Central Hub of the Residential Area and each Community Complex
will be provided with an ATM. This will be called The Rutas National Bank.

46. Tourism
The Milford Sound is a fjord in the South West of New Zealand’s South Island and is acclaimed
as New Zealand’s most famous tourist destination. It attracts upto 1 million visitors per year.
H & W is venturing into creating a Model “Milford Sound” along Rutas Mountain range.
Other locations for development of tourism will be identified by the Cabinet in due course.
Milford Sound
Objective : To make tourism a forerunner in the industrial share.
Mission : Our target markets are those tourists who are frequent travelers to NZ (our base) as
we intend to create similar structures and settlements at Rutas which we expect to result in
more “investors”.
Keys To Success : The wide diversity in land and water forms at Rutas provide a large
spectrum for Tourist locations and our Keys to Success will depend on identifying and exploiting
them.

47. Manufacturing Plants
Along the Industrial Belt of Rutas, an area will be allocated for production of Robots and
Supercomputers – The Rutas Automation and Computation Unit (TRACU). Our first set of
Robots (mentioned in Automation) and the “Large Computing Facility”, however, shall be
imported from outside. We shall be outsourcing certain technical projects in this business
venture.
Mission : The company's mission is to be successful by effectively utilizing the philosophies of
high quality, advanced techniques, and customer service.
Keys to Success : Significant investments in research and development and engineering with
the aim to focus on precisely controlled equipment.

48. Indian Institute of Technology, Rutas
A considerable section of our Mensas Population, who will be carrying out research in
Engineering and Pure and Applied Science, will be affilliated to the IIT, Rutas. There will
also be advanced undergraduate courses – mainly in engineering and pure science as in any
other IITs. Initially, our IIT will be nurtured by the already established IIT Indore in terms
of Admininstration, Student Affairs etc. IIT, Rutas will be set up in the Central Hub of the
residential area. There would also be other insituitions including a SERC.
Export of fisheries
The meeting of the Hot and Cold currents at the southern tip of Rutas is geographically
favored place for the industry and we will be looking forward to export our excess to
foreign countries. However, the turnout is reduced to decrease due to effects of a
speculated volcanic eruption near Indonessia.

49. We thank GRIN for giving us this
wonderful opportunity to venture into
new territories.

50. HOLLOWTON & WOODSEEDS
• ALISHA
• PALLAVI
• SHREYA
• ARAVIND
• SANDESH
• SOURAJIT
• GUHAN
• SARTHAK