(EEE)
Department of Electrical and Electronic Engineering
Faculty of Engineering (FE)
American International University- Bangladesh(AIUB)
CAPSTONE PROJECT LIFELONG LEARNING REPORT
Title: “Electric Vehicle – Challenges and Opportunities”
Group ID:
SL#
Student ID
Student Name
DATE OF SUBMISSION: 7 September, 2023
Name of the Supervisor
Summer Semester 2022-2023,
September, 2023
Seminar on
"Electric Vehicle – Challenges and Opportunities"
Introduction:
The Capstone Project on Lifelong Learning focuses on the Dr. Anwarul Abedin Lecture Series
held at the American International University-Bangladesh (AIUB) on August 17, 2023. This
seminar, titled "Electric Vehicle – Challenges and Opportunities," was organized to honor the
university's visionary Founder Chairman, Dr. Anwarul Abedin. The event featured Prof. Akhtar
Kalam, Deputy Chair - Academic Board at the Engineering Institute of Technology (EIT),
Melbourne, Australia, as the keynote speaker. Prof. Kalam's lecture explored the potential
impact of Electric Vehicles (EVs) on modern society, the barriers to their widespread adoption,
and future research prospects in this field. This report provides a comprehensive overview of
the seminar, highlighting its key takeaways and insights.
Event Details:
Date: August 17, 2023 (Thursday)
Time: 11:00 AM
Venue: AIUB Auditorium
Speaker Profile:
Prof. Akhtar Kalam is a renowned expert in electrical engineering and serves as the Deputy
Chair - Academic Board at EIT, Melbourne, Australia. He brings extensive knowledge and
experience to the field of electric vehicles and sustainable technologies.
Seminar Highlights:
The seminar, titled "Electric Vehicle – Challenges and Opportunities," proved to be a
compelling gathering of insights and revelations. Prof. Akhtar Kalam, our esteemed speaker,
initiated the event by shedding light on the driving forces behind research in electric vehicles.
He astutely connected these motivations to the formidable challenges faced by contemporary
society, embracing environmental sustainability, the relentless ascent of energy costs, and the
burgeoning global population. This holistic understanding laid the foundation for a profound
exploration of the electric vehicle landscape.
As Prof. Kalam navigated through the seminar, he skillfully delineated the core differentiators
between electric vehicles and their traditional gasoline counterparts. This categorization
showcased the diverse range of electric vehicles, from plug-in hybrids to fully electric models,
each with its unique features and innovations. Attendees left the seminar equipped with a
comprehensive understanding of the varied and dynamic electric vehicle ecosystem.
The dialogue then shifted to the critical factors influencing consumers' decisions when
considering electric vehicles. Prof. Kalam's engaging discussion involved attendees in
contemplating vehicle pricing dynamics, a crucial element in the adoption of electric vehicles.
The ongoing operating costs, comparing fuel expenses with electricity bills, were dissected to
reveal the long-term economic viability of electric vehicles. Environmental considerations, the
pressing need for sustainable transportation solutions, resonated deeply with the audience. The
vital aspect of driving range and the accessibility of charging infrastructure were illuminated as
practical concerns in the electric vehicle adoption process.
A particularly noteworthy revelation emerged during the seminar—the long-term cost
efficiency of electric vehicles. Prof. Kalam's data-driven presentation demonstrated that despite
their initial higher purchase price, electric vehicles ultimately offer greater cost-effectiveness
over time due to their lower per-unit distance expenses compared to conventional vehicles. This
insight holds the potential to sway consumer preferences towards electric vehicles and
accelerate their adoption.
The seminar also showcased Australia's pioneering Vehicle to Grid (V2G) program, an
innovative system where electric vehicles serve as energy reservoirs, not only consuming
energy but also contributing excess energy back to the grid. Prof. Kalam's exploration of this
program sparked enthusiasm among attendees and highlighted the immense potential of electric
vehicles to revolutionize energy grids worldwide. Moreover, he introduced the concept of
Vehicle to Everything (V2X), which encompasses a broader spectrum of interactions between
electric vehicles and their surroundings, opening doors to unprecedented applications.
To conclude the seminar on an inspirational note, Mr. Rolf Baum, International Recruitment
Manager at EIT, delivered an impassioned call to action. He urged students to actively seek
collaboration with industry partners, emphasizing the symbiotic relationship between academia
and the private sector. This collaborative synergy, he stressed, offers not only personal and
professional growth opportunities but also the potential to create a positive social impact within
Bangladesh and beyond.
The seminar's highlights, spanning motivations for research, distinctions in electric vehicle
categories, consumer considerations, cost-efficiency insights, and the potential for
transformative energy grids, collectively formed a rich tapestry of knowledge. This tapestry left
an indelible mark on attendees, reinforcing the importance of lifelong learning and the necessity
of staying at the forefront of cutting-edge technological advancements. The seminar served as a
reminder that the journey of learning is a continuous pursuit, where each experience adds a new
layer of understanding and inspiration.
(EEE)
Department of Electrical and Electronic Engineering
Faculty of Engineering (FE)
American International University- Bangladesh(AIUB)
CAPSTONE PROJECT LIFELONG LEARNING REPORT
Title: “Making Future Engineers through Research & Industry
Engagement”
Group ID:
SL#
Student ID
Student Name
DATE OF SUBMISSION: 7 September, 2023
Name of the Supervisor
Summer Semester 2022-2023,
March, 2023
Seminar on
“Making Future Engineers through Research & Industry
Engagement’’
Date: August 10, 2023
Venue: Multipurpose Hall, Building-D, American International University-Bangladesh (AIUB)
Time: 11:00 AM
Introduction:
The Department of Industrial & Production Engineering (IPE), Faculty of Engineering at AIUB, in
collaboration with the AIUB Community of Engineering Students (ACES), organized a seminar titled
"Making Future Engineers through Research & Industry Engagement" on August 10, 2023. This
seminar aimed to shed light on the pivotal role of research in cultivating innovation, problem-solving
skills, and critical thinking abilities, ultimately fostering inclusive and sustainable industrialization.
Key Speaker:
The seminar featured a distinguished speaker, Dr. Sabuj Mallik, Head of Engineering Discipline at
the University of Derby, UK. Dr. Mallik commenced his presentation by sharing real-world examples
of industrial projects, including the redesign of a bag sealing machine, an energy management project
related to electric rail, and collaborative efforts with industry in curriculum development.
Seminar Highlights:
The seminar, titled "Making Future Engineers through Research & Industry Engagement," provided a
fascinating exploration of the dynamic interplay between academia and industry, profoundly
influencing the trajectory of future engineers. Dr. Sabuj Mallik, a distinguished speaker hailing from
the University of Derby, UK, commenced the seminar by illuminating the remarkable potential of
research through real-world industrial projects. His vivid examples showcased how seemingly modest
endeavors, such as the redesign of a bag sealing machine, can yield substantial gains in efficiency and
productivity. This revelation underscored the central role of innovation in driving advancements
within the industrial landscape.
A captivating discourse unfolded around the realm of energy management in electric rail systems. Dr.
Mallik expertly elucidated the intricacies of regenerative braking, a groundbreaking concept where
energy is harnessed during braking, resulting in enhanced energy efficiency. Furthermore, he delved
into the integration of renewable energy sources, such as wind and solar photovoltaic (PV) systems,
into the operations of electric rail systems. This visionary approach painted a picture of sustainable
transportation, where research and innovation spearhead the transition towards eco-friendly modes of
travel.
The seminar resonated with a resounding message regarding the importance of curriculum
development and close collaboration with industry partners. Dr. Mallik underscored the imperative
for universities to adapt their educational programs to align with the ever-evolving demands of the
workforce. By forging partnerships with key industrial stakeholders, academic institutions can ensure
that their graduates emerge as agile and adept problem solvers, ready to bridge the gap between
theoretical knowledge and practical application.
The pivotal role of energy storage systems (ESS) in the quest for sustainable energy solutions came
into sharp focus during the seminar. Dr. Mallik shed light on a range of technologies, including
flywheels, batteries, and supercapacitors, all of which play a pivotal role in capturing and storing
excess energy generated from renewable sources. These energy storage systems stand as linchpins,
ensuring the stability and reliability of energy supply, thus rendering renewable energy more
accessible and viable for a greener future.
A visionary concept unveiled during the seminar was the Nuclear Skills Academy, which showcased
the immense potential for collaboration between academia and the nuclear industry. This mutually
beneficial alliance not only augments the skill set of future engineers but also contributes to the safety
and efficiency of nuclear facilities. It exemplified the boundless opportunities for research and
industry engagement within the dynamic field of engineering.
The interactive question-and-answer session that followed Dr. Mallik's presentation served as a
vibrant platform for participants to delve deeper into the topics discussed. It engendered a dynamic
exchange of ideas, fostering an atmosphere of intellectual curiosity and collaborative exploration.
This session stood as a testament to the seminar's core ethos: the pursuit of knowledge and the zeal
for research and industry collaboration that pervades the engineering community.
In summation, the seminar shone a luminous spotlight on the profound influence of research,
innovation, and industry engagement in sculpting the engineers of the future. Dr. Sabuj Mallik's
erudition and illustrative examples resonated deeply with the audience, reinforcing the critical
importance of experiential learning and hands-on engagement. The event stood as a powerful
testament to AIUB's unwavering commitment to nurturing a new generation of engineers, wellequipped to navigate the multifaceted challenges and abundant opportunities within an ever-evolving
industrial landscape.