March 15, 2023

USCIS
Attn: I-140
P.O. Box 660128
Dallas, TX 75266

Re: EB-2 Immigrant Petition for Permanent Residency with a request for a National
Interest Waiver

Petitioner/Beneficiary: Dr. Adedoja Oluwaseye Samson

Nature of submission: ORIGINAL SUBMISSION
Type of Petition: I-140, EB-2 National Interest Waiver
Classification Sought: Immigration and Nationality Act 203(b)(2)(B)

Dear USCIS Officer:

I, Dr. Adedoja, petition for an immigrant visa as a member of the professions holding an
advanced degree. I humbly request a national interest waiver of the labor certification
requirement based on my track record and potential contribution to space instrumentation,
energy, and the environment.

My unique contributions and continued focus on implementing quality research in space

instrumentation, energy analysis, and environmental studies are essential in the development of
high-precision technologies for space exploration, a proposition of low-cost energy alternatives
for rural communities, and the protection of the water distribution system from the negative
consequences of consumption of contaminated water on the public health. These critical areas
where I have developed expertise are of substantial merit and national importance to the United
States of America.

My diverse and robust academic background, years of experience in the field, and track
record have made me a valuable resource proffering solutions to issues related to instrumentation
in the space sector, renewable energy adoption, and development of models to identify sources of

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contamination in the water distribution networks. These areas of expertise are globally essential
and significant to the US as a world leader. In my case, the benefit of waiving labor certification
will be in the national interest as I will be a valuable resource to the United States in maintaining
its leadership status worldwide.

I am submitting this petition and the attached documents as evidence to demonstrate the
level and significance of my expertise and outstanding track record and to confirm that I am a
respected researcher who has and will continue to significantly impact my areas of
specialization.

SUMMARY

I am submitting this petition as an advanced degree professional under 8 C.F.R. Section

204.5(k). I am eligible for EB-2 classification as a member of the professions holding an
advanced degree pursuant to section 203(b)(2) of the Immigration and Nationality Act, 8 U.S.C.
§1153(b)(2) because I hold a Doctorate in Electrical Engineering from Tshwane University of
Technology, South Africa [Please refer to Exhibit 1.1]. I also have a Master‘s degree in
Mechanical Engineering from the University of Nigeria, Nsukka, Nigeria [please see
Exhibit 1.2], and a Bachelor’s degree in Mechanical Engineering from the University of Ilorin,
Nigeria [please see Exhibit 1.3]. Currently the Assistant Chief Engineer/Head of
Engineering & Technical Support at the Centre for Atmospheric Research, National
Space Research & Development Agency (NASRDA), Kogi State University Campus,
Anyigba, Nigeria [Exhibit 1.9].

With this petition letter, I also submit other documentation and evidence to establish that
a waiver of the labor certification in my case is in the US’s interest pursuant to the Matter of
Dhanasar, 26 I&N Dec. 864, Int. Dec. 3882 (AAO 2016).

1. I have been awarded a Doctor of Engineering degree in Electrical Engineering and

therefore possess an advanced degree.
2. I am well positioned to continue to advance my endeavor and area of expertise. My
unique academic background and experience, combined with excellent achievements
working in the field, will help to advance research in renewable energy adoption, the

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 development of robust water contaminant identification models, and the development of
instrumentation standards for space technologies in the US. Therefore, I am well-
positioned to advance the proposed endeavor due to the following:

 my education, experience, expertise, and record of success in the field;

 my research contributions of publishing 20 publications with 217 citations to
date;(https://scholar.google.com/scholar?
hl=en&as_sdt=0%2C5&q=adedoja+oluwaseye+samson&oq=adedoja+o) and
 the demonstrated interest of others in my works

3. I propose to continue to advance research in space instrumentation, Net Zero

Carbon energy system, and the environment as it relates to protection of water
distribution systems. I have experience in multiple areas of expertise of substantial merit
and national importance to the US and the globe. One of the most critical environmental
challenges in the 21st century is the protection of a water distribution network that
supplies clean water to consumers in the world. The drinking water system is a physical,
cultural, social, political, and economic resource crucial to human health and well-being.
The provision of drinking water is a human right and significant to the existence of all
humans. Hence, the water distribution system is one of the critical infrastructures that
must be physically and technically protected due to its significance to society. Identifying
contamination sources in a water distribution network is essential, considering the
negative consequences of consuming contaminated water on public health and the
socioeconomic implications on society. This requires the optimal placement of sensors
that detect contaminants and communicate with the utilities to alert contamination.

According to the Whitehouse, space capabilities help modern civilization manage

resources; protect people, property, and the environment from extreme weather events;
and address the climate crisis [Exhibit 1.4]. Satellites collect information to monitor our
changing planet and to protect our lands, oceans, and atmosphere. These space
technologies and systems require robust instrumentation for proper functioning.
Furthermore, as the United States drives to achieve a carbon-free electricity sector by
2035; and equitably transition America to net-zero greenhouse gas emissions economy-

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 wide by no later than 2050, research into alternatives for the adoption of renewable
energy in the US is essential and of importance.

On these premises, the US government in February 2022 included communication and

network technologies, space technologies and systems, and renewable energy generation
and storage on the critical and emerging technologies list. Research investments in these
areas would improve the US economy. I have developed expertise in these essential areas
of research.

4. On the balance, it would be beneficial to the United States to waive the requirements
of labor certification: for me as evidenced by my track record in space instrumentation,
energy, and environmental research, which is important to the United States as evident in
the critical and emerging technologies document compiled by the National Science and
Technology Council, USA [Exhibit 1.5].

This letter provides a guide through all submitted evidence - I will provide references
directly from the content of the letters of recommendation from experts in the field. The evidence
are attached to this letter in the following order:

 Proofs of my advanced degrees, including a Doctor of Engineering degree in Electrical

Engineering and a master’s degree in mechanical engineering, as detailed in my resume.
[See Exhibits 1.1 – 1.3; Exhibits 1.6 -1.7]
 Recommendation letters written by prominent experts (together with resumes of the
authors) from well-recognized institutions [See Exhibits 2.3- 2.10].
 Articles showing the importance and impact of space instrumentation, energy, and
environmental research (water distribution network) on modern civilization [See
Exhibits 3.1 – 3.20]
 Evidence of my membership in professional engineering organizations. [See
Exhibits 4.1 – 4.6]
 My passport. [See Exhibit 5.1].

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The content of this petition letter is divided into chapters to address all required criteria.

1. Advanced Degree Professional

2. Substantial Merit and National Importance
3. Well Positioned to Advance Proposed Endeavor
4. On the balance, it would be Beneficial to the Waive Requirement of Labor
Certification
5. Conclusion

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1. ADVANCED DEGREE PROFESSIONAL
With reference to 8 C.F.R Sections 204.5(k)(1)-(4), it is expected that an individual
filling for classification as an alien who is a member of the professions holding an advanced
degree must submit a petition accompanied by:

1. An official academic record showing that the alien has a United States advanced degree
or foreign equivalent degree.
2. An official academic record showing that the alien has a United States baccalaureate and
evidence from former employer(s) showing that the alien has at least five years of
progressive post-baccalaureate experience in the specialty; or
3. An individual labor certification from the Department of Labor or proof of entitlement to
a waiver of the requirement pursuant to 8 C.F.R. Section 204.5(k)(4)(ii).

Based on the points above, I present the following points in support of my petition:

1.1 I Meet the Standard for Advanced Degree Professional

 I, Dr. Adedoja, am eligible for this benefit because I hold a Doctor of

Engineering Degree in Electrical Engineering from the Tshwane
University of Technology, Pretoria, South Africa [See Exhibit 1.1]. The
Tshwane University of Technology, according to the Times Higher
Education ranking, is the 2nd best University of Technology in South
Africa. https://www.timeshighereducation.com/world-university-
rankings/2023/world
ranking#!/page/0/length/25/locations/ZAF/sort_by/rank/sort_order/asc/
cols/stats [Exhibit 1.13]
 I also earned master’s and bachelor’s degrees in mechanical engineering
from the University of Ilorin and the University of Nigeria, Nsukka,
respectively [See Exhibits 1.2 and 1.3]. I graduated among the top 5% of
students during my undergraduate program [Exhibit1.14] and my master’s
at a level of distinction.

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  Additionally, I am a registered Engineer with the Council for the
Regulation of Engineering in Nigeria, making me eligible to practice
engineering in Nigeria [See Exhibit 1.12]. I am a member of various
professional associations in Engineering.
 As evidence of these educational and professional achievements, I am
submitting copies of my official transcripts and certificates [Exhibits 1.1-
1.3; Exhibits 1.6-1.8].
 I am currently employed (on leave) as an Assistant Chief
Engineer/Head Engineering & Technical Support Division of the
Centre for Atmospheric Research, National Space Research &
Development Agency, Kogi State University Campus, Anyigba,
Nigeria [Exhibits 1.9 & 1.11]
 I am using my leave period to serve as a Post-Doctoral Research
Fellow at the Faculty of Engineering and the Built Environment,
Tshwane University of Technology, South Africa. [Exhibit 1.10 &
1.11]
 The submitted evidence proves that I am a member of the professions
holding an advanced degree, which satisfies this requirement.

2. SUBSTANTIAL MERIT AND NATIONAL IMPORTANCE

A. I am a well-experienced Engineer with a thorough understanding of test methods, digital

and analog circuit design computers, and various instruments' design, development, and
application. I have overseen and still oversee technicians during the prototype fabrication
and testing phases and provided constructive and timely performance evaluations to
ensure that the daily workflow of my division is optimal. As a space instrumentation
engineer, the summary of my duties at the National Space Research & Development
Agency my achievements include:
 I have established myself as a leader in space instrumentation through
groundbreaking patents [Exhibits 2.1 & 2.2] and journal outputs
[Exhibits 3.1- 3.5], all of which provide actionable insight for other
researchers in the areas of space instrumentation globally.

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  Prof Rabiu, a Professor of Space Physics and an international space
scientist, a former Director of the Centre for Atmospheric Research of
the Nigerian Space Agency and the present Director of the United
Nations- African Regional Centre for Space Science and Technology
Education-English (UN-ARCSSTE-E) states that “Dr. Adedoja is a
world-class researcher with extensive knowledge and hands-on expertise
in space instrumentation; his expertise would benefit the US in her space
programs.” [See Exhibit 2.3]
B. I have also conducted several research in energy efficiency, conservation, and energy
adoption. At this level of my career, I have the technical, problem-solving, creative,
analytical, communication, and leadership skills necessary to serve as a Net Zero Carbon
Energy System researcher dedicated to supporting the United States and her citizen in
attaining 100% clean electricity by 2035 and net-zero emissions by 2050. Since the
subject of energy adoption is broad and includes other disciplines, I have collaborated
with various researchers (both at home and abroad) in multidisciplinary research.
 My expertise in the energy transition is evident in the number of research
outcomes currently being used by researchers globally to prepare
solutions to various energy-related challenges [Exhibits 3.1; 3.6 – 3.12].
Based on the google scholar database, my research outcomes related to
the Net Zero Carbon energy system have been cited 96 times by
researchers globally.
 Dr. Babatunde, an energy transition researcher with over 1000 citations
with more than 80 papers in top international peer-reviewed scientific
Journals, commented about my research activities. Dr. Babatunde wrote,
“My interactions with Dr. Adedoja on various energy adoption-related
research over the years show that he is excellent in providing technical
expertise and support in the development of energy conservation
initiatives associated with energy distribution systems for residential,
commercial, and industrial sectors. As an energy efficiency engineer, he
focused on finding efficient, clean, and innovative ways to supply
energy. With sound mathematics, scientific rules, and methods to solve

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 problems, Dr. Oluwaseye is capable of analysing needs and product
requirements to create designs. He can design, develop, and evaluate
energy-related projects or programs to reduce energy costs and improve
efficiency. Moreover, Dr. Oluwaseye has excellent verbal and written
communication skills.” [See Exhibit 2.10].
C. Traditionally, water systems research has focused on water security and wastewater
treatment. While these remain vibrant areas for study, access to water is increasingly
affecting many industrial sectors: manufacturing, transportation, agriculture, mining, and
energy production. Water quality engineering is a critical area of research because
providing access to clean water is a pervasive societal challenge and has been identified
as one of the 14 Grand Challenges of Engineering. With regards to water distribution
networks protection and water quality, through my doctoral degree program.
 I have developed creative, problem-solving, and leadership-oriented
expertise applied to improve water utility protection,
pollution/contaminant control, and water distribution systems to solve
environmental problems involving human access to potable water.
 As such, I have developed novel models presently being used to identify
contamination sources in the water distribution networks [Exhibits 3.13,
3.15, and 3.16]. I have also conducted several investigations on optimal
sensor placement for water quality monitoring in water distribution
systems [Exhibits 3.14, 3.17- 3.19].
 Prof Hamam, an Emeritus professor, commented on my expertise in this
regard and wrote “these are ground-breaking novel models developed to
solve the water utility problem, one of the critical challenges in the 21 st
century, which shows diligence and expertise in the field. Adedoja’s
research area of interest is crucial to achieving goal number 6 (clean
water and sanitation) of the Sustainable Development Goals (SDGs). He
has also researched space instrumentation, energy, and environmental
studies. His research areas are essential to the global community and
would benefit the United States of America as a world leader” [Exhibit
2.5]

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  Prof Sadiku, a Professor at the Tshwane University of Technology,
South Africa, stated that “Adedoja has demonstrated his ability to work
closely and liaise effectively with external stakeholders, collaborators,
and network-wide, more comprehensive research and development
community in the water, energy, and environmental sectors. Adedoja
intends to create and build a robust water and energy cum climate change
research group in the US, which will be of great benefit to the US and
the world. He is optimistic that approving his petition will offer him
significant flexibility to network, collaborate, create, and build extensive
partnerships and business opportunities worldwide.” [Exhibit 2.6]
D. One of the important things I propose to do while in the USA is to improve on my
previous research content.
 Using the 3 areas of interest of NASA, I would develop instrumentation
models around advanced vehicle technologies, efficient airline
operations, and sustainable aviation fuels [Exhibits 2.14 & 2.15].
 I would develop novel energy models, propose relevant policies and
regulations, market design, and identify social and management aspects
involved in addressing the challenges of energy transitions in the US.
 With regards to water quality, I propose to extend my previous works by
offering a hybrid formulation of the water distribution network by
utilizing emerging approaches and technologies for optimal sensor
placement on the water distribution system while deploying parallel
computing to find effective solutions to the proposed models.

2.1 Background to the importance of my research expertise to the US

In this section, I provide a background as to why my expertise is important to the United States
and why it will substantially benefit the United States. My expertise is multi-disciplinary in
nature, it includes research in space instrumentation, water contamination identification and
mitigation, and clean energy transition.

Space Instrumentation and climate change monitoring

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 Space technologies have led to several inventions that benefit the environment and save
energy. Satellite-based systems are reducing vehicles’ carbon dioxide emissions, remote-
sensing technology is making wind turbines more efficient, and information from weather
satellites is helping solar cells to produce more energy. Today, hundreds of miles above
the Earth’s surface, a huge network of satellites collects data on our planet’s climate
system. These satellites provide accurate measurements of the temperature of our oceans,
land, and atmosphere. Much work goes into designing, building, testing, and calibrating a
satellite instrument to make this possible. This makes space instrumentation critical and
very important. If instruments are not properly calibrated, they may result in an error in
the data received on earth. Error in data may not lead to human casualties but also to
financial losses globally.

In the past, I have contributed to space instrumentation by designing and patenting a

hybrid automatic atmospheric parameter monitor and a Space Weather Observation
Magnetometer [Exhibits 2.1 & 2.2]. In line with this, during my stay in the US, I intend
to conduct world-leading research into Space Science and Instrumentation. The activities
will span basic research into Space Science and the investigation and development of
new space and weather monitoring technologies.

Water contamination in the US

The U.S. Environmental Protection Agency (EPA) regulates drinking water quality in
public water systems and sets limits for germs and chemicals in the water. However,
unsafe harmful germs and chemicals sometimes contaminate public drinking water,
resulting in illness, and sometimes loss of lives. The germs and chemicals can get in the
water at its sources (for example, groundwater or water from lakes or rivers) or while
water is traveling through the water distribution network (either at node junctions or
through pipe leakages) after the water treatment plant has already removed germs and
chemicals from source water. EPA requires water utilities to test for and address many
germs and chemicals in their drinking water systems. Water utilities must tell customers
about testing for contaminants and whether they found any unsafe levels of chemicals or
germs in the water. As such, millions of people in the U.S. drink water that fails to meet

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 federal health standards, including violating limits for dangerous contaminants [Exhibit
2.11].

Since 2019, more than 320 toxic substances have been detected in U.S. drinking water
systems, according to a new analysis by the Environmental Working Group (EWG), a
nonprofit environmental advocacy organization [Exhibit 2.12]. Those harmful chemicals
are linked to cancer, adverse birth and reproduction outcomes, impaired brain
development, and a revolving door of other deleterious health impacts. They may
sometimes result in the loss of lives. The findings, part of the 2021 update to EWG's
national Tap Water Database, underpin the call for more rigorous federal drinking water
standards and the urgency to improve water infrastructure. Contaminant detection models
would help reinforce the water infrastructure so that it can detect contamination early
enough to avoid consumption at the demand side of the water network.

Clean energy transition in the US

Responding to the acute threats of climate change is one of the most critical and difficult
challenges facing the United States. Levels of heat-trapping carbon dioxide in the
atmosphere are higher than in millions of years, triggering progressively increasing
temperatures and sea levels and aggravating the catastrophic consequences of hurricanes,
wildfires, and other extreme events. Along with the governments of other major
greenhouse-gas-emitting countries, the Biden-Harris Administration has affirmed the
United States‘ plan to speedily decrease greenhouse gas emissions to prevent the worst
consequences of climate change [Exhibit 2.13]. As such, the United States is devoted to
halting the climate predicament by implementing cost-cutting clean energy technologies
at home and abroad.

Because three-quarters of human-caused U.S. greenhouse gas emissions are because of

burning fossil fuels for energy, the most significant move in lowering emissions is
moving from carbon-intensive to clean energy sources by pursuing a clean energy
transition. To ensure a clean energy transition in just 10 years, renewable energy’s share
of US electricity generation has doubled—from 10% in 2010 to 20% in 2020. The

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 overwhelming majority of that growth has been in solar and wind energy, which rose at
annual growth rates of 84% and 15% over the decade. Despite these impressive gains, the
pace will have to accelerate significantly for the United States to achieve clean energy
goals. At the end of 2020, the country had more than 100 gigawatts (GW) of solar and
122.5 GW of wind power capacity but will need to add as much as 70–100 GW each of
solar and wind per year to decarbonize the power sector between 2035 and 2050.

One major challenge presented by the transition is how to support best the communities
across the United States that depend on carbon-intensive industries for jobs and tax
revenue. My research in clean energy transition would help the United States accelerate
the attainment of clean energy for the power sector for 2035 and 2050, respectively, and
also support communities that depend on fossil fuels for energy. I have developed
research models to improve the adoption of clean energy worldwide; these models can be
adapted to the United States scenarios to achieve a clean energy transition.

My work as a multidisciplinary researcher in water contaminant identification, clean energy

transition, and space instrumentation will undoubtedly be of tremendous national importance and
substantial benefit to the United States. The water research would provide cutting-edge research
on quickly detecting contaminants in the water distribution networks, which are susceptible to
accidental and intentional attacks due to the complexity of the infrastructure. Quantifying the
contaminant distribution across the water network and quickly identifying the source of
contamination is important for decision-makers to initiate immediate control strategies (e.g.,
prompt isolation of the affected water networks) to minimize the consequences that may ensure
and for the protection of society. As a contribution to the energy transition in the US, I will
perform long-term, in-depth numerical and qualitative analysis, including energy sector
simulation, cost-benefit analysis, financial modeling, and policy analysis of low-carbon energy
systems. My work will create robust models of the power sector and energy economics while
identifying analytical gaps, limitations, and opportunities in the US energy space.

3. WELL POSITIONED TO ADVANCE PROPOSED ENDEAVOR

a. My application for the National Interest Waiver (EB2 NIW) is based on my possession
of multiple degrees and advanced professional qualifications as follows.

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  Bachelor of Engineering in Mechanical Engineering [Exhibits 1.3 & 1.8].
 Master of Engineering degree in Mechanical Engineering [Exhibits 1.2 & 1.7].
 Doctor of Engineering degree in Electrical Engineering [Exhibits 1.1 & 1.6].

My bachelor’s and master’s degree has provided a foundation for my interest in space
instrumentation and clean energy transition, while my doctoral degree in Electrical
Engineering provides a universal view into tackling the challenges of identifying sources of
contamination in the water distribution network and the optimal placement of sensors in such
networks. My qualifications listed above have been obtained from accredited universities and
professional bodies. My experiences through internships and training at (Altteche
Technology Company Limited Shenzhen, Republic of China; Nanjing Institute of
Astronomical Optics and Technology (NIAOT), Republic of China; National Astronomical
Observatory, Chinese Academic of Science (CAS), Urumqi, Republic of China) and Fuxin
Mingwei Electronics and Technology Limited, Fuxin, Liaoning Province, Republic of China,
postdoctoral fellowship (Tshwane University of Technology, Pretoria, South Africa), College
of Arts, Management and Technology, Aba, full-time employment at the Centre for Basic
Space Science (CBSS), Nsukka and the Centre for Atmospheric Research, National Space
Research & Development Agency in Nigeria and education solidified my love for solutions
to human problems through an interdisciplinary approach [Exhibits 1.9 & 1.10; Exhibits
5.3- 5.5, 5.5A, 5.5B & 5.5C].

With a blend of industry and academic experiences in space instrumentation, water

distribution network contamination identification, and net zero energy systems, I possess a
blend of outstanding technical skills in structural analysis and modeling of radio telescopes,
development of atmospheric research software and instrumentation, water distribution
network analysis, renewable energy, energy efficiency, and power systems engineering. I am
competent in using energy sizing tools that can handle the design of production, network
design, and territorial planning. Also, I can use AutoCAD, SolidWorks, Pro-Engineer,
ANSYS, Material Studio, Microsoft Office Packages (Word, Excel, PowerPoint, Visio),
HOMER, and MATLAB.

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 Dr. Gbobaniyi, a senior climate scientist and international development cooperation expert in
the research and development department of the Swedish Meteorological and Hydrological
Institute, wrote that, “There are numerous national benefits to understanding space
instrumentation’s role in climate change mitigation and adaptation in the United States (US).
Apart from capturing and predicting weather patterns, space technologies are also important
in accurately predicting the quantity of green energy harvested from renewable sources such
as wind turbines and solar photovoltaics. According to the new data released by the Federal
Energy Regulatory Commission (FERC), wind and solar provided 67% of new electricity
generating capacity in the first half of 2022. The importance of space instrumentation in the
transition to sustainable renewable energy is more relevant now than ever before. Dr.
Adedoja’s research incorporate these two areas, making him one of the few in this integrated
field. His expertise will contribute to developing space research in the US towards
sustainable access to clean and affordable energy, which is key to developing agriculture,
health, communications, education, transportation, infrastructure, and other sectors of the US
economy. I have no doubt that in an academic position, he would make significant
contributions to knowledge in his research field and mentor future researchers and engineers.
Should he choose the industry, he is the type of person who will see new opportunities and
create new solutions, based on his engineering acumen and entrepreneurial spirit. With the
above credentials and experience, I enthusiastically support Dr. Adedoja’s application for an
immigrant visa through the National Interest Waiver”. [See Exhibit 2.9]

b. While filing this petition, I have worked on various projects related to space
instrumentation and optimal sensor placement to identify and locate sources of
contamination in the water distribution system and energy transition. These projects all
have local, regional, continental, and global relevance. I have published 20 peer-
reviewed research outcomes (16 journals, 2 conferences, and 2 book chapters) [See
Exhibits 3.1 – 3.20]. I have also submitted the outcome of emerging research for review
in reputable journal outlets in my field of expertise [Exhibits 3.21 & 3.22].
c. My research outcomes, as indicated on Google Scholar, have been cited 217 times, with
my h-index and i10-index standing at 7 and 7, respectively (See Exhibit 5.6). Due to the
global significance of my work, my ResearchGate profile shows that my published
research outcomes have been read 6,819 times, recommended 44 times, and with a

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 cumulative research interest of 202.9 (See Exhibit 5.7). Furthermore, based on the
information available on the ResearchGate site on 10 th of March 2023, my Research
Interest Score of 202.9 is higher than 76% of ResearchGate members. This indicates that
I am at the top of my peer with regard to contributions to research in my area of
expertise. Regarding demographics, my works have been read by Professors, Ph.D.
students, and post-doctoral researchers from top universities worldwide, including the
United States. Most of these readers come from Electrical, Environmental, Mechanical,
and Electronic Engineering backgrounds. I have thus been able to mentor people in my
area of expertise indirectly.
d. I have also won the following awards, grants, and scholarships, commendations of
service, some of which include:
 CSIR and NRF doctoral scholarship (2017-2021) [See Exhibits 5.8 & 5.9]
 Most downloaded paper in energy science and engineering
 Research grants from the Centre for Atmospheric Research, Anyigba [See
Exhibits 5.10 and 5.11].
 Commendations for exemplary service in the years 2014, 2015, and 2016,
respectively [See Exhibits 5.12- 5.14].
 Desk officer of the Atmospheric Research Software and Instrumentation
Development (ARSID) Project of the Centre for Atmospheric Research,
National Space Research and Development Agency, Nigeria [See Exhibit
5.15].
 Head, Engineering Unit, Centre for Atmospheric Research [See Exhibit
5.16].
 Award of excellence for developing low-cost air quality monitors [See
Exhibit 5.17].

Dr. Alam Nawax, Assistant Professor and scientist, wrote that, “I wish to strongly support Dr.
Adedoja’s petition for immigration to the United States in the EB2 National Interest Waiver
category. I am writing this letter to provide evidence that his research and development work is
in the national interest of the United States. I believe that Dr. Adedoja’s admission and ability to
work permanently in the United States will greatly benefit the fundamental research on

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renewable energy adoption, space instrumentation development, water utility protections, and
related environmental studies in the United States. Considering his qualifications, he has proven
himself to be an outstanding clean energy expert and water distribution system protection model
developer with more than ten years of active participation in solving various problems in the
energy sector of sub-Saharan Africa. Specifically, his research in renewable energy transition
spans mechanical engineering, electrical engineering, industrial engineering, environmental,
social sciences, and decision science and concentrations on sustainable development, renewable
energy systems, smart grid, and formulation of public policy to assist in enabling easy access to
electricity and development of resilience in the energization of poor communities. He has
promoted knowledge in Low Carbon Energy and Resources through scientific publications in
international journals” [See Exhibit 2.4]

In summary, I am an outstanding research engineer with a strong background and demonstrated

record of success in my field of expertise.

 I have worked on critical research projects and have authored highly cited papers in top
journals [Exhibits 3.1- 3.20].
 I have worked on important research projects that have led to patents currently being used
in the industry [Exhibits 2.1 and 2.2].
 I have been recognized as a leader in the field through my successful collaborations with
various institutions worldwide as a researcher and collaborator [Exhibits 1.9, 5.15 &
5.16].
 I have made substantial progress and completed successful research in my
area of expertise, and I have continued to work to advance my field [Exhibits 3.1-3.22].
 The submitted evidence proves that I am well positioned to advance the proposed
endeavor, and I, therefore, satisfy this requirement.

4. ON THE BALANCE, IT WOULD BE BENEFICIAL TO THE UNITED STATES TO

WAIVE REQUIREMENTS OF LABOR CERTIFICATION

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Based on the information I have supplied, my advanced and extraordinary technical skills and
my area of expertise are of national and universal interest and therefore have substantial merits.
In this petition, it is my opinion that I have given information about my advanced degrees
(master’s and doctoral) and my outstanding and unique qualities as a multidisciplinary researcher
in the aspect of space instrumentation, environmental engineering, and clean energy transition.
These are essential to modern civilization's sustainability and the global economy's sustenance.
My previous and current experiences, combined with my variety of skills, have demonstrated
that I have exceptional abilities to contribute to the development of the US and have also
indicated that I am ahead of my peers in my area of expertise.

I am a postdoctoral research fellow with skill sets that are applicable to the electricity sector,
built space instrumentation, environment, climate change mitigation sector, and academia. My
career as an Engineer, low-carbon energy researcher, space instrumentation researcher, and
mentor has been productive, with substantial accomplishments. As a researcher, I have mentored
junior colleagues in various aspects of engineering and administration. I have also given
scientific presentations on various emerging themes in my field [Exhibits 5.18-5.30]. As a
volunteer, I have reviewed research proposals in science, technology, engineering, and
mathematics (STEM) related fields, a very important quality of national interest to the United
States [See Exhibit 2.10]. I have also volunteered and sensitized on the effects of climate change
and the need to reduce greenhouse gas emissions [Exhibit 5.39]. I am also a reviewer, and I have
reviewed several research outputs for several top reputable journals, including Energy Report,
Environment, Development and Sustainability (ENVI), Euro-Mediterranean Journal for
Environmental Integration, Environmental Monitoring and Assessment, e-Prime Journal of
Electrical Engineering, Electronics & Energy, and Urban Water Journal [Exhibits 5.32- 5.38].
Using my extraordinary mentoring and leadership abilities, I have taught and mentored people on
STEM subjects that are of paramount importance and national interest to the United States due to
emerging themes in Energy security, computer science, and engineering and automobile. My
area of expertise is pivotal to clean energy transformation, which has been identified as a central
pillar of our economic recovery efforts in the US [Exhibit 5.2].

Prof. Khalaf of School of Science and Engineering Technology, Durham College, Canada, wrote
that “Adedoja is a multi-disciplinary research engineer equipped with deep understanding to

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conduct ground-breaking research in environmental and engineering fields. Through his multi-
disciplinary research expertise, he will make a significant contribution to developing new
instruments, climate mitigation, net zero energy transition, and technically develop an approach
to reducing the consequences that may emanate from consuming contaminated water, which is of
global national interest, including the United state of America. His research area of interest is of
significant global importance.” [See Exhibit 2.8]

Prof. Oluyamo of the Federal University of Technology, Akure, wrote, “based on the
experiences that Dr. Adedoja has gathered over the years, I am sure that he is an important asset
to the decarbonization of the energy sector because of his capacity to generate energy efficiency
improvements models in public, private and commercial buildings through a range of methods
including practical solutions, education, and the promotion of renewable energy sources. Dr.
Adedoja has significantly contributed to energy efficiency and conservation research
advancements. His outstanding abilities and expertise will greatly assist US energy efficiency
and conservation programs. Undoubtedly, he will continue to impact reducing carbon footprint
in the US and worldwide significantly. He will certainly contribute substantially to the
decarbonization of American society and help sustain the USA as the leading light in the
advocacy for a greener planet.” [See Exhibit 2.7]

5. CONCLUSION.

Using this petition, I have presented the importance, goal, and national and global
significance of my past and present projects and experiences. These experiences and projects
count towards actualizing the various sustainable development goals such as access to
affordable, reliable, sustainable, and modern energy for all, Climate action, responsible
consumption and production, and Industry, innovation, and infrastructure. To implement this
novel research, it is essential to have strong communication, leadership, moderation, time
management, problem-solving, computational, data modeling, critical reasoning, and technical
report writing skills to communicate the research outcomes. I have been able to acquire these
skills. I have developed expertise in software packages such as MATLAB, HOMER, AIMMS,
Excel, RETScreen, and AutoCAD. I have mentored both undergraduate and graduate students to
achieve their dreams, and in the industry, I have mentored colleagues and interns in the field.

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Hence, I have always been an essential and indispensable resource and team member anywhere I
find myself. Over the years, I have been able to acquire exceptional qualities (technical and non-
technical) which are very rare and challenging, if not impossible, to be articulated in a labor
certification process.

Based on the petition and evidence I have presented, I pray that my application is favorably
considered and that you please approve my petition and request for a National Interest Waiver-
the category – A member of the profession holding an advanced degree or an alien of exceptional
ability- National Interest Waiver [Section 203 (b) (2)].

I greatly appreciate your kind attention to my case. Thank you for your time and kind
consideration of my request.

Yours faithfully,

Name: Dr. Oluwaseye Samson Adedoja (D.Eng.)

Address: Centre for Atmospheric Research, National Space Research and Development Agency
(NASRDA), Kogi State University Campus, Anyigba, Nigeria.
Phone: +234 805 733 7617
E-mail: princeturn205@yahoo.com

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