Engineering Ethics and Innovations

This report discusses the history, recent innovations, and achievements of Intel in the field of engineering ethics and innovations. It explores the impact of cross-cultural policies on sales and includes interview questions for the organization. The report focuses on Intel's recent innovation of Unmanned Aerial Vehicles (UAVs) and their role in the market. The organization's cross-cultural policies and the role of engineers as innovators are also discussed.

Running head: ENGINEERING ETHICS AND INNOVATIONS
Engineering Ethics and Innovations
[Name of the Student]
[Name of the University]
[Author note]

1ENGINEERING ETHICS AND INNOVATIONS
Executive summary:
The entire report is associated with clearly describing a chosen company “Intel” along with the
past history of this organisation along with the major achievements of the organisation as well,
besides this the report has also been associated with discussing about the recent innovations of
the organisation as well which have been employed by the organisation Intel. Besides all this, in
this report, the cross-cultural policies of the organisation have also been presented related to the
opinion related to the impact of the innovations upon the increased sales of the organisation.
Besides this, in this report, some interview questions have also been prepared to ask the
organisation, and these questions are to send to the organisation so as to get a reply from the
management of the organisation. The organisation which has been selected for this report is Intel.
Intel Grammatically refers to the intelligence and innovations. The organisation Intel is a Multi-
national organisation based in America and is one of the key manufacturers of the semiconductor
devices which are mostly used by the personal computers, the organisation started its journey in
the year of 1968 on July 18th. The organisation was founded by Gordan Moore and Robert
Noyce. Intel has also been associated with the introduction of the SRAMs along with the
DRAMs in the market of technology. However, by the usage of some of the sources such as the
official websites of the organisation and other scholarly articles, most of the answers to the
questions prepared have been received. Lastly, the conclusion, along with the opinion related to
the innovation Unmanned Ariel vehicle or the UAV by Intel has been discussed.

2ENGINEERING ETHICS AND INNOVATIONS
Table of Contents
Introduction:....................................................................................................................................3
History of Intel:................................................................................................................................4
Recent Innovation Engineering achievements of Intel:...................................................................6
Products of Intel:..............................................................................................................7
Recent Innovation of Intel: UAVs or Unmanned Aerial Vehicle:..................................................8
Diffusion and Entrepreneurship with the Innovation: UAVs from Intel:......................................11
Evaluation of the Organisations cross-cultural Policies: World Wide sale of Drones:.................16
Cross-cultural policies:..................................................................................................17
Engineers functioning as innovators:.............................................................................18
Recommendations:........................................................................................................................18
Challenges faced and lesson learnt:...............................................................................................19
Interview Questions:......................................................................................................................19
Conclusion:....................................................................................................................................20
References:....................................................................................................................................21

3ENGINEERING ETHICS AND INNOVATIONS
Introduction:
The organisation which has been selected for this report is Intel. Intel Grammatically
refers to intelligence and innovations. The organisation Intel is a Multi-national organisation
based in America and is one of the key manufacturers of the semiconductor devices which are
mostly used by the personal computers, the organisation started its journey in the year of 1968 on
July 18th. The organisation was founded by Gordan Moore and Robert Noyce (Intel.in, 2019).
Intel has also been associated with the introduction of the SRAMs along with the DRAMs in the
market of technology. However, the organisation has now been capable of gaining a Top position
amongst the topmost merchants using selling a different kind of semiconductive products. In the
market of evolving technologies, computers are seen to be associated with playing a very vital
role in terms of communication and network technologies. This particular situation, in turn, has
been associated with helping the organisation a lot in getting evolved in terms of bigger sales and
reputation (Baeza, Valencia & Baeza, 2018). Besides this, the statistical survey which was
conducted in the year of 2016 has been associated with stating the fact that the value of the net
assets of the organisation was around US$113.3 billion and along with this the employee count
was also seen to be around 106,000. Until the year of 1980, the key business which Intel had
included the production of the SRAMs and the DRAMs.
The key invention which was seen to be associated with changing the entire graph of the
organisation in a unanimous manner was the invention of personal computers. After the
introduction of the personal computers, Intel was seen to have become one of the major suppliers
of the semiconductor, which were used by the personal computers Intel.in, 2019). Besides the
usage of the semiconductors in the personal computers manufactured by Intel had been
associated with putting forward of a strong competition against the other companies such as the

4ENGINEERING ETHICS AND INNOVATIONS
AMD or Advanced Micro Devices and Microsoft. Some of the major customers of the
organisation Intel were associated with including the Dell which contributed around 20%,
Lenovo which was associated with contributing around 15% and lastly HP which was associated
with contributing around 10% of the total revenues which the organisation Intel gained. The
secret factor behind the success of the organisation was identified, and this included the
company’s initiative of making continuous updates in the products in a parallel manner with
respect to the current technologies (intel.in, 2019). Besides this, one of the existing employees of
the organisation had been associated with stating the fact that “there should not be a single
person who would be deserving all the credits related to success”. In addition to this, the
employee also highlighted the fact that the success can be achieved using a collaboration along
with a valuable innovation of the employees assisted by programmed management.
History of Intel:
As discussed earlier the company had been associated with a long journey in the year of
1968 on 18th July and had been capable of becoming one of the prominent organisation being
associated with the supplying of semi-conductor devices to the entire world. Followed by this
when the personal computer was introduced, Intel had been capable of becoming the major
suppliers associated with supplying semiconductors for the different devices which were used by
the Personal computers and this included the processors along with the other important parts
(intel.in, 2019). The first product which was launched by Intel was the 3102 Schottky TTL
bipolar 64-bit Random Access Memory or the SRAM which was considered to be having a
speed that was double the Schottky which were used previously before the introduction of the
SRAM. The first product of the organisation Intel included the shift Register memory along with
the Randon access memory integrated circuits and this product acted as the one which had been

5ENGINEERING ETHICS AND INNOVATIONS
associated with helping the organisation Intel to grow as a market leader despite the fierce
competition which was put forward because of the DRAM, SRAM, and ROM markets
throughout the 1970s. The organisation Intel had also been associated with the production of the
1024 bit ROM along with MOSFETs. From the year 1970, the business conducted by Intel has
started to increase in a rapid rate as they have been associated with the implementation of the
new manufacturing procedures along with being associated with increasing the production scale
as well. In the year of 1983, at the dawn of the personal computer era, Intel's profits came under
increased pressure from Japanese memory-chip manufacturers, and then-president Andy Grove
focused the company on microprocessors. Grove has been associated with describing this
transition in the book known as the “Only the Paranoid Survive”. One of the key element of his
plan included the notion which was followed by considering of the radical related to becoming
the single source for successors to the popular 8086 microprocessor (Pestana et al., 2019).
Followed by this the organisation Intel have later been associated with the introduction of the
Microcomputers and have been associated with putting forward of an increased competition
amongst many of the other semiconductor companies.
In the year of 1984, Intel has been associated with starting “The Intel Scientific Computer
Division” which was seen to be dependent upon the Intel microprocessors which were connected
in the hypercube topologies. However, in later days when the demands related to
microprocessors have decreased, and sales started to drop from the year of 2001. However,
despite this decreased sales in the year of 2005, the organisation have been associated with
concentrating upon the core processors and the company is seen to have been associated with
receiving a positive review related to the processors with respect to the “Nehalam Architecture”.
Followed by this in the later days, the momentum of the organisation had seen to have changes

6ENGINEERING ETHICS AND INNOVATIONS
and the sales have also seen to have increased in a good manner (Bondi et al., 2018). In the year
of 2006, Intel had been associated with selling its XScale business to the Marvell Technology
Group by an amount of $600 million. However, in the year of 2008, Intel has been associated
with starting the shipping of the solid-state drivers. In the year of 2011, Intel was seen to have
started the manufacturing of the microprocessors in their new manufacturing unit. Around 75%
of the products of Intel are manufactured in the United States, and almost 75% of the customers
are seen to existing overseas. In the same year of 2011 Intel has started to pilot project in
collaboration with the ZTE corporation to produce mobile phones, Because of the PC declining
rules of 2006, Intel has been associated with cutting around 12000 jobs. During the 1990s the
organisation Intel had been associated with making huge investments upon the new designs of
the microprocessors helping in the development along with helping in having a rapid growth of
the computer industry (Rajagopalan & Krishna, 2018). Besides this, the huge investments made
by the Intel has also been associated with helping the organisation in becoming the most
dominant supplier of microprocessors for the PCs and was also become well-known because of
the aggressive and the anti-competitive tactics adopted by the organisation for defending its
position in the market. This particularly included the defence against the Advance Micro Devices
along with being associated with struggling against the organisation Microsoft so as to have
control over the direction of the PC industry.
Recent Innovation Engineering achievements of Intel:
In the last five years, Intel has been associated with achieving a lot more and have been
associated with serving as a reliable tool which is being used by the engineers as well as by other
technology lovers (intel.in, 2019). This, in turn, has been associated with taking forward the
human technology to a different role. Some of the achievements of Intel have been listed below:

7ENGINEERING ETHICS AND INNOVATIONS
 LinkedIn employers in demand award 2015.
 Intel scored top marks in corporate equality index 2016.
 Candidates’ choice winner award.
 Intel named one of the sustainable corporations in the world.
 Intel recognised as nation’s top green power purchaser by EPA.
 Intel named a best for Vets employer by military times 2015.
Products of Intel:
Intel has been associated with producing numerous innovative products which have seen
to have evolved the technology as well as the company’s graph into further level. Some of the
innovative and the successful products which were introduced by Intel have been listed below:
1. Bluetooth chipsets
2. Flash Memory
3. Solid state drives
4. Central processing units (CPUs)
5. Motherboard chipsets
6. Microprocessors
7. Network interface controllers
8. Mobile phones
9. Unmanned aerial vehicle (UAV)

8ENGINEERING ETHICS AND INNOVATIONS
As per the requirements, in this report, a particular product is to be selected and used as a
reference, and the product which is selected is the UAVs. A brief research upon that products is
also provided along with the innovations which were introduced by Intel and used in the UAVs
designing and sales increasing.
Recent Innovation of Intel: UAVs or Unmanned Aerial Vehicle:
UAVs or the Unmanned Aerial vehicles are also known as the Drones, and this
technology might be associated with acting as a future ruler in the field of technology. UAVs are
considered to be sub-product of the UAS or the Unmanned Aircraft System, where the UAV is
seen to be associated with including a Controller along with communication between these two
which are associated with acting as the components (Arenella et al., 2017). The UAVs are
generally seen to be operated by a controller, and these controllers are generally operated by
humans or by computers. Drones are also seen to be associated with turning out into a global
fascination. The UAVs are generally seen to be applicable in the military as well as in the
commercial, aerospace as well as in scientific applications. In today’s world, the UAVs are seen
to be widely used by different security officers as well to know about the locations of the
terrorists. In addition to thi, the UAVs are also seen to be very useful in different fields such as
agriculture, aerial photography’s, delivering of products, racing drones, exploration of minerals
along with production and journalism as well (Sanchez-Iborra, 2016). UAVs are generally not
associated with containing any human pilot and are seen to be flying in the air using the usage of
the aerodynamic force which is produced because of the rotation of the propellers present in the
UAVs.
Some of the major components of the UAVs have been listed below:

9ENGINEERING ETHICS AND INNOVATIONS
1. Body:
The Body of UAVs is generally associated with including the surface of the quadcopter
or the UAVs where all the mechanical components of the UAVs are installed along with
including the locations where the wheels or the propellers are fixed.
2. Power Supply System:
The UAVs or the Unmanned aerial vehicles are associated with including the Lithium-
Polymer batteries, which are seen to be associated with acting as the power supply of the
UAVs (intel.in, 2019). In addition to this, the UAVs are also associated with the usage of
the aeroplane engines, which acts as the power supply system of the UAVs.
3. Computing:
The computing section of the UAVs is generally associated with the usage of the modern
technological devices, which includes the microcontrollers along with the SOCs and the
SBCs.
4. Sensors:
The sensors which are generally seen to be used by the UAVs are generally seen to be
existing outside and are generally used for the purpose of measuring the distances, and in
addition to this, the non-cooperative sensors are generally sued for the purpose of
detecting the targets (intel.in, 2019).
5. Actuators:
The actuators are seen to be present inside the motors, and this mainly includes the
brushless DC motors along with the propellers, servo motors, weapons, speakers, LEDs
and many more.
6. Software:

10ENGINEERING ETHICS AND INNOVATIONS
The UAVs are associated with the usage of the software which is known as an autopilot,
for example, the Raspberry pis, Beagle boards.
7. LOOP Principles:
The loop principles of the UAVs are associated with including the open loop as well as
closed loops (intel.in, 2019). The open loops do not incorporate with the feedbacks which
are received from the sensors data and in addition to this the closed loop are associated
with getting incorporated with the feedback received from the sensor data and both of
them the PID is seen to be common.
8. Future Developments in the UAVs:
Experts who are associated with dealing with the UAVs are associated with trying their
best in the process of designing the Micro UAVs which are seen to have been inspired by
the birds. This can be of the size of the flies so as to make them capable of acting as spies
so as to know about the plans of the enemies as well as for detecting of the enemy
activities (intel.in, 2019).

11ENGINEERING ETHICS AND INNOVATIONS
Below is the figure which depicts the physical structure of the UAV:
Fig 1: Physical Structure of UAVs
Source: (intel.in, 2019)
Diffusion and Entrepreneurship with the Innovation: UAVs from Intel:
Intel has been associated with the introduction of a prominent device which is associated
with propelling the technology in the forward direction. Intel is one of the existing Tech Giant
has been associated with the introduction of a drone known as the “Aero” which was introduced
in the annual conference held in the year of 2016 (Ndu). However, the organisation Intel have
been associated with practically launching the Aero100 in the month of December in Sydney.
Some of the main features of the drone technology includes providing assistance to the software
developers who are seen to be having the will of creating along with testing their application
upon the drones, in addition to this the technology Aero100 is also seen be having an installed
real sense camera along with an Atom processor (intel.in, 2019). Besides this, the drones are
seen to be preloaded with an Airmap application. The Aero is seen to be integrated with the Intel
RealSense R200 Camera along with the stereo Vision 3D imaging as well as depth sensing
which in turn is associated with offering the developers with a tool associated with helping in the

12ENGINEERING ETHICS AND INNOVATIONS
development of advanced algorithms for the collision avoidance, localisation as well as for many
other processes. This drone is built around the Intel Aero Compute Board which is a quad-core
Intel Atom processor helping in having a very powerful compute; the platform is associated with
offering powerful on-board processing capabilities as well for the demands related to the in-
flight application.
Additionally, the existence of the reconfigurable I, which is implemented by means of an
on-board Intel MAX 10 FPGA is associated with providing design flexibility (Alsharoa et al.,
2019. Besides this, it also has Wi-Fi Connectivity along with an option for LTE modem using the
M.2 interface. This application is associated with navigating the UAVs along with restricting the
routes of the drones.
In addition to “Aero”, the organisation had also been associated with releasing some
other drones which include the Typhoon H, and this is a hex copter which is seen to be working
by making use of the real sense systems. The drones are generally seen to be designed with the
Intel Falcon8+ system, which was seen to be having a complete flight system redundancies
(Penserini et al., 2017). The Intel Falcon 8+ drone is designed in such a way that it is associated
with providing a consistent as well as stable flights in the face of the external influences such as
the weak GPS signals and high winds along with providing of resistance against the disturbances
against the magnetic fields. Lightweight with the best weight to payload ratio is provided for
having an efficient flight. Besides this, it is also associated with allowing the users to collect
incredibly accurate as well as high-quality, geo-referenced, actionable data while being operated
in an environment which is very challenging. The Intel Falcon 8+ drone is one of the
professional as well as unmanned aerial vehicle having a patented V-shaped design and is
associated with featuring the best-in-class safety as well as advanced performance which is

13ENGINEERING ETHICS AND INNOVATIONS
considered to be ideal for the inspections as well as for close mapping (Kyrkou et al., 2019).
Besides this the Intel Falcon 8+is associated with the usage of the Intel Cockpit controller which
acts as the major control and this associated with featuring an innovative joystick design for
having a single-hand control over the flight.
By having a professional payload option, the Intel Falcon 8+ drone is capable of
providing a detailed data about the orthography as well as 3D reconstruction, assisted with
millimetre accuracy for the ground sample distance. Besides this the unique and the patented V-
shaped design of this drone is associated with helping in making sure of the fact that the
unobstructed data is associated with capturing and enabling of more than 180 degrees view from
the top towards the bottom for a range of perspectives by means of using a single camera in
single flight (Fombuena, 2017). In terms of the data privacy, the drone Falcon 8+ systems can be
configured as a closed system by the usage of isolated as well as onboard data storage which is
not associated with transmitting the data over the public internet.
Besides all this, the Intel Falcon 8+ drone is designed for having a superior safety by
making use of the industry leading electronics along with hardware systems redundancy. Besides
this, the AscTec* Trinity Control Unit of the drone is associated with providing of three
redundant IMUs so as to have quick as well as reliable data fusion which in turn is associated
with verifying and controlling the position along with the altitude and orientation of the drones.
This is done for having better responsiveness as well as stability at the time of flights. This is
also seen to be associated with featuring some additional redundancies which are needed for
communication as well as for the batteries, rotors and the motors as well (Saeed et al., 2017).
This particular type of drone is rugged for commercial jobs however are very compact having
ultimate mobility (Eriksson et al., 2019). The Intel Falcon 8+ is seen to be featuring a high

14ENGINEERING ETHICS AND INNOVATIONS
quality industrial design so as to be used professionally, the payloads ate easily exchangeable in
the fields and the Powerpack Batteries of Intel is mainly designed for portability whenever the
drones are associated with taking airline flights.
Firstly the company had been associated with releasing a drone known as the Intel
Shooting Star, which was seen to be very much useful while conducting the light shows. The
drone was designed in such a way that the light shows which were conducted were associated
with providing a thrilling experience along with entertainment for the spectators in the night sky
(Palossi et al., 2018). One of the engineers from Intel whom we have contacted by means of a
call has been associated with saying that the company has collaborated with the FAA for the
purpose of receiving a part of the 107 wavier. The reason that drones are very important for
delivering the best compute along with communication as well as sensors and software
technologies for the entire drone technology. The drone is also seen to have been designed with
an increased capability of identifying the various obstacles.
Another major drone which was released by Intel included the Intel Sirius Pro UAV. The
Intel Sirius Pro drone is one of the fixed-wing UAV, which is mainly designed for the flying
around a large area (Wang et al., 2018). Besides this, the drone is also capable of taking flights in
a fully automated way over the various inaccessible terrains without needing any set ground
control points which in turn is responsible for a significant reduction in time as well as cost and
human risk. The drone Intel Sirius Pro UAV is associated with the usage of the MAVinci
Desktop software which is associated with integrating all the functions that are needed for the
purpose of delivering the most accurate results. This is associated with featuring an entirely
automatic flight plan splitting along with the making of specialised flight plans so as to be used
for a different type of cases in order to have a maximized efficiency within a fully 3D

15ENGINEERING ETHICS AND INNOVATIONS
environment (CHEN et al., 2018). Besides this it would also be associated with the generation of
an ideal flight pattern over a specific selected area where the data gets collected and are handled.
Besides this, the exporting of the images are also done very easily for post-processing into the
orthophotos and 3D models as well.
In addition to this, the MAVinci Desktop Software is associated with enabling of quick as
well as easy planning of the flights offline or in the fields. It is also very easy to select the area
along with setting the ground sample distance. The software is associated with automatic
production of an optimised flight plan along with being associated with calculating the changes
in the elevation, duration of the flight and the legal air space.
The software is also associated with enabling of the automatic following of the terrain,
along with the real-time flight data and telemetry visualisation along with ensuring a 100%
coverage of the survey areas. The drone is also seen to be compatible with the different kind of
payloads which are capable of capturing a precise data for having a wide range of commercial
applications (Vásárhelyi et al., 2018). By having easy as well as quick flight planning along with
the hand launched and automatic spot landing the drone is associated with making the process of
surveying very easy as well as safe and simple. This, in turn, is associated with delivering of
high-quality data which are collected, processed and converted in an easy way.
Intel is associated with providing of a network of global support consisting of well-trained global
support teams which are associated with providing of a quick technical support as well as pilot
training for the Intel Sirius Pro drone (intel.in, 2019). Despite of not being a drone expert or
being a first-time adopter, it would be easy to use the drones because of the existence of Intel’s
trusted service assistance network.

16ENGINEERING ETHICS AND INNOVATIONS
The drone Intel Sirius Pro system is associated with eth capturing of almost more than
2000 high quality images in just a single flight. The standard camera which is used by the Intel
Sirius Pro includes the camera Sony A6300 which is generally used for standard surveying as
well as for city mapping (Grünblatt, Guérin-Lassous & Simonin, 2019). Besides this camera, the
drone Intel Sirius is also seen to be compatible with the camera Sony RX1R II as well as with the
multispectral MicaSense RedEdge.
In the coming days, the organisation Intel is also associated with making plans for using
the Movidious technology in the process of designing the drones. One of the key features of this
technology is that the users are capable of knowing about the location of the target along with
being associated with taking of snaps of the targets in a secret manner.
Evaluation of the Organisations cross-cultural Policies: World Wide sale of
Drones:
Several times it has been proved that drone is a great innovation which has always been
appreciated. In a similar way, in past few decades, the drone market is seen to be evolving in a
continuous manner, and the company has been seen to be associated with making more economy
by means of providing high quality products (Guillen-Perez et al., 2016). The sales conducted in
the past as well as in the future has been illustrated in the figure provided below:

17ENGINEERING ETHICS AND INNOVATIONS
However, there exist no such official reports published by Intel Company which is
associated with stating the sales of the drones. Despite of this there still exists some private
sources which are seen to have been associated with releasing the statistical business values of
the drones and according to the reports the company is seen to have earned an amount of around
$7 million by selling the drones (Wee, Lee, & Shim, 2018). In addition to all this, the sales are
seen to have been evolving at a rapid rate, and proponents are associated with expecting the fact
that in the future the number of drone release is going to increase in the future.
Cross-cultural policies:
The success of the company is seen to be lying in the cross-cultural policies related to
engagement. These particular policies are mainly associated with including the diversity, which
is seen to be existing between the gender and all the other employees.

18ENGINEERING ETHICS AND INNOVATIONS
Engineers functioning as innovators:
In addition to this, the innovative engineers are associated with working in a collaborative
way so as to help the organisation in becoming the tech giant in the engineering industry (Wang
et al., 2019). Followed by this the organisation Intel had been associated with the adaptation of
the “TIC-TOC” program in all the innovative ideas in all the innovative ideas which the
organisation is having. In accordance with this method, whenever a new product is launched,
then there would be a raise in the market value in case if the product is implicated with the
quality.
Recommendations:
The entire report is associated with putting forward of a clear example which in turn is
associated with answering the question “why is Intel named as the tech giant in the industry of
engineering”. In addition to this, the sources are also associated with presenting the fact that Intel
is entirely associated with concentrating upon the implementation of the new innovations along
with the development of their products in accordance to the evolution of the technology and the
needs of the users. The company has been associated with surveying the market and is very good
in its operations, which has helped the organisation in achieving a good position by means of
manufacturing the semiconductors in the year of 1980. However, the company itself has been
associated with developing themselves from the manufacturing of the semiconductors to the
manufacturing of the micro-processors for the purpose of designing the personal computers. The
manufacturing of the UAVs or drones by Intel is seen to be associated with continuous
development and the organisation is also seen to be updating themselves in a continuous manner
in terms of the technologies and the collaborations by means of many efficient companies for the

19ENGINEERING ETHICS AND INNOVATIONS
purpose of delivering products of high quality for the users and for making their innovations
useful in many ways.
Challenges faced, and lesson learnt:
The first thing which is learnt from the Intel company primarily includes the fact that the
engineers should necessarily have a clear idea of the various kind of problems which are faced
along with being sure of the fact that that the engineer should necessarily understand the
problems. And should think of clearing that particular problem by means of using innovations.
Besides this, it is also important that the organisation should keep on updating themselves in
terms of their products in accordance to the new technical implementations for the purpose of
gaining the trust of the customers as well as for raising the trust. Besides this the way in which
the company is associated with taking decisions whenever the market levels are going low at the
early 2000s is seen to be very inspirational. The company was seen to be coming back by means
of implementing the new microprocessors in an innovative way.
Interview Questions:
1. How the company has been associated with managing itself so as to survive along with
managing itself so as to remain in the top position since last 5 decades with this extremely
competitive environment?
2. What was the reason lying behind the decision of initiating the process of designing the
UAVs?
3. What is the organisations perception related to “UAVs in future”?

20ENGINEERING ETHICS AND INNOVATIONS
4. Weather it necessary for the Innovative engineer to take care of the public safety as well as
comfort? If yes, why?
5. In case if we decide to start a new tech company in future, then how can we keep a balance
between the innovation and environmental safety in a simultaneous manner?
6. What are the goals that the organisation is having for future related to innovation and public
safety?
Conclusion:
We have been associated with sending an email to the organisation consisting of all the
questions mentioned above in a collaborative way. However it is very unfortunate that the
organisation has not relied yet and for that reason we have been associated with collecting
information from the internet as well as from some other journal articles for the purpose of
having a clear and brief content regarding the organisation Intel. The UAVs launched by the
organisation is also seen to be associated with facing certain drawbacks such as they are not
protected for any kind of hurdles and besides this they are also associated with facing problems
due to battery issues. For example when the quad copter is flying and in case if the battery is
entirely drained then eventually the drone would be falling down. In addition to this the quad
copters are also seen to be not resistant against water. For this reason it very necessary to address
the above stated problems and should be corrected necessarily in the future. This can be done by
implementing the various kind of innovative technologies. Very recently the organisation
Amazon has also been associated with making plans for starting the drone delivery system and
for that reason they have also signed a contract with the organisation Intel.

21ENGINEERING ETHICS AND INNOVATIONS

22ENGINEERING ETHICS AND INNOVATIONS
References:
Alsharoa, A., Ghazzai, H., Kadri, A., & Kamal, A. E. (2019). Spatial and Temporal Management
of Cellular HetNets with Multiple Solar Powered Drones. IEEE Transactions on Mobile
Computing.
Arenella, A., Greco, A., Saggese, A., & Vento, M. (2017, July). Real time fault detection in
photovoltaic cells by cameras on drones. In International Conference Image Analysis and
Recognition (pp. 617-625). Springer, Cham.
Baeza, J., Valencia, D., & Baeza, A. (2018, July). Use of Drones for Remote Management of the
Close Measure of Radioactivity Sources. In IGARSS 2018-2018 IEEE International
Geoscience and Remote Sensing Symposium(pp. 7914-7917). IEEE.
Bondi, E., Fang, F., Hamilton, M., Kar, D., Dmello, D., Choi, J., ... & Nevatia, R. (2018, April).
Spot poachers in action: Augmenting conservation drones with automatic detection in
near real time. In Thirty-Second AAAI Conference on Artificial Intelligence.
CHEN, Y. K., WANG, Y. C., CHEN, X. Y., & HAN, J. X. (2018). Research on the Flight Path
of the Drones Based on the 0-1 Linear Programming Model for the Light Show. DEStech
Transactions on Engineering and Technology Research, (icmeit).
Eriksson, S., Unander-Scharin, Å., Trichon, V., Unander-Scharin, C., Kjellström, H., & Höök, K.
(2019, April). Dancing With Drones: Crafting Novel Artistic Expressions Through
Intercorporeality. In Proceedings of the 2019 CHI Conference on Human Factors in
Computing Systems (p. 617). ACM.

23ENGINEERING ETHICS AND INNOVATIONS
Fombuena, A. (2017). Unmanned aerial vehicles and spatial thinking: Boarding education with
geotechnology and drones. IEEE Geoscience and Remote Sensing Magazine, 5(3), 8-18.
Grünblatt, R., Guérin-Lassous, I., & Simonin, O. (2019, June). Study of the Intel WiFi Rate
Adaptation Algorithm.
Guillen-Perez, A., Sanchez-Iborra, R., Cano, M. D., Sanchez-Aarnoutse, J. C., & Garcia-Haro, J.
(2016, November). WiFi networks on drones. In 2016 ITU Kaleidoscope: ICTs for a
Sustainable World (ITU WT) (pp. 1-8). IEEE.
intel.in. (2019). Intel | Data Center Solutions, IoT, and PC Innovation. Retrieved from
https://www.intel.in/content/www/in/en/homepage.html?
cid=sem&source=sa360&campid=2019_q2_gmc_in_mbcbu_mbcbu3_bp_text-
link_brand_exact_cd_intel-
brand_3001703264&ad_group=intel_in_brand_intel&intel_term=intel&sa360id=43700039714911
716&gclid=EAIaIQobChMI6LuMjuKx4gIVlRePCh3t5Av5EAAYASAAEgKWhPD_BwE&gclsrc=aw.
ds
intel.in. (2019). The Airborne Revolution in Drone Innovation. Retrieved from
https://www.intel.in/content/www/in/en/technology-innovation/aerial-technology-overview.html
Kyrkou, C., Timotheou, S., Kolios, P., Theocharides, T., & Panayiotou, C. (2019). Drones:
Augmenting Our Quality of Life. IEEE Potentials, 38(1), 30-36.
Palossi, D., Loquercio, A., Conti, F., Flamand, E., Scaramuzza, D., & Benini, L. (2018,
October). Ultra low power deep-learning-powered autonomous nano drones.
In IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2018).
ETH Zurich.

24ENGINEERING ETHICS AND INNOVATIONS
Parks, L. (2016). Drones, vertical mediation, and the targeted class. Feminist Studies, 42(1), 227-
235.
Penserini, L., Tonucci, E., Ippoliti, G., & Di Labbio, J. (2017, August). Development framework
for DRONEs as smart autonomous systems. In 2017 8th International Conference on
Information, Intelligence, Systems & Applications (IISA)(pp. 1-6). IEEE.
Pestana, J., Maurer, M., Muschick, D., Hofer, M., & Fraundorfer, F. (2019). Overview obstacle
maps for obstacle‐aware navigation of autonomous drones. Journal of field robotics.
Rajagopalan, R. P., & Krishna, R. (2018). Drones: Guidelines, regulations, and policy gaps in
India. Observer Research Foundation.
Saeed, A., Abdelkader, A., Khan, M., Neishaboori, A., Harras, K. A., & Mohamed, A. (2017,
April). Argus: realistic target coverage by drones. In Proceedings of the 16th ACM/IEEE
International Conference on Information Processing in Sensor Networks (pp. 155-166).
ACM.
Sanchez-Iborra, R. (2016). WiFi Networks on Drones.
Santamarina-Campos, V., & Segarra-Oña, M. (Eds.). (2018). Drones and the Creative Industry:
Innovative Strategies for European SMEs. Springer.
Vásárhelyi, G., Virágh, C., Somorjai, G., Nepusz, T., Eiben, A. E., & Vicsek, T. (2018).
Optimized flocking of autonomous drones in confined environments. Science
Robotics, 3(20), eaat3536.
Wang, J., Feng, Z., Chen, Z., George, S., Bala, M., Pillai, P., ... & Satyanarayanan, M. (2019).
Edge-based Live Video Analytics for Drones. IEEE Internet Computing.

25ENGINEERING ETHICS AND INNOVATIONS
Wang, J., Feng, Z., Chen, Z., George, S., Bala, M., Pillai, P., ... & Satyanarayanan, M. (2018,
October). Bandwidth-efficient live video analytics for drones via edge computing.
In 2018 IEEE/ACM Symposium on Edge Computing (SEC)(pp. 159-173). IEEE.
Wee, I., Lee, D., & Shim, D. H. (2018, October). Button Filtering for Converting Image to
Coordinates of Swarming Drones. In 2018 18th International Conference on Control,
Automation and Systems (ICCAS) (pp. 850-855). IEEE.