De Beers’ enchanting tagline ‘A diamond is forever’ always struck a chord with me. For an aspiring marketer and entrepreneur De Beers satiates two of my deep-seated interests: jewellery and marketing. I am fascinated by its creative and elegant product line along with the befitting annual promotions. My journey as an entrepreneur in the industry began through an internship at Manak Jewellers Pvt Ltd- manufacturers of Cubic Zirconia (CZ) jewellery in India. Here, as an Assistant Manager, I contributed towards improving the operational efficiency and productivity of the company while ensuring that the products were procured, tracked and delivered as per order requisition and delivery schedule. Also, I proactively interacted with clients to get a first-hand understanding of their experience with the product, service, and design needs and preferences. The valuable exposure helped me in understanding product line and consumer behaviour and the associated managerial activities in running a business. In order to develop the managerial expertise and marketing acumen for the entrepreneurial journey that lies ahead, I seek to pursue MS in ___________________.

My successful internship at Manak Jewellers helped me gain employment at Raj Jewellers, a jewellery manufacturing company that designs, develops, and manufactures CZ jewelery in India. My responsibilities here included working on bespoke jewellery design unique to the existing product line at CZ jewelry. Creating design using CAD and CAM, interacting with experts on design selection and feasibility and conducting quality checks are some of the crucial activities that I managed with suitable assistance from a five member team. Most importantly I learned about inventory reconciliation, product placement and pricing, marketing strategies and promotion. I also pioneered the concept of issuing a certificate of purity to customers highlighting product quality, which helped in building trust and goodwill among customers and enhanced brand awareness. My efforts in building consumer trust and propagating the product line earned me the Best Employee Award for three months.

Buoyed by these enriching engagements I am inspired to pursue a master’s in _______________________________. After graduation, I wish to set up a Streetwear fashion brand, including clothing and jewellery. I have always been fascinated by the designs of some of the leading streetwear brands. I am hopeful that my determination and hard work coupled with the knowledge gained from the program will help me in fructifying my vision. I would also like to expand my family business of ____ by adding new products and identifying new markets. After gaining considerable industry experience, I hope to contribute to the ‘Make in India’ campaign by expanding my family business and exporting jewellery to different parts of the world. I also wish to start a venture capital fund with like-minded individuals to facilitate the funding of promising start-ups in India, who have a vision to contribute towards the growth and progress of the society.

My undergrad education strongly fuelled my career interest, as I developed deeper insights into management and marketing through topics like Marketing strategies and Management, Principal of management, Human Resource Management and Business Communications. To broaden my understanding of management, I signed up for courses like Social Media Marketing by Ogilvy on 42courses and Instagram, Facebook, and Snapchat marketing by Digital Marketing Institute on Coursera. These courses helped me understand the nuances of traditional and digital marketing. I even participated in a marketing event called Synchrony in Singapore, where we had to present a start-up idea and describe our marketing pitch, strategies and approaches to________. Additionally, I also attended a seminar by TiE Masterclass on digital marketing, which gave me insights on Consumer marketing and driving engagement, Personalized marketing, and creating engaging content. I also attended a seminar on Marketing by Debbie Stanford, CEO of NOVO cinemas based in Dubai.

Working on projects helped me gain a practical perspective of key marketing concepts. One of the team projects that I worked on involved developing an app : ‘Stranger sports.’ The objective here was to encourage people to play a sport of their choice in event of a lack of partners by helping them in finding suitable partners. As the concept was quite novel and my understanding of app development was limited, I leveraged my understanding of qualitative and quantitative marketing and conducted consumer research to promote the application. My efforts in brand promotion and positioning, and astute research skills helped in conveying the right message to the target audience. Given the lack of dedicated resources, I handled various aspects of brand promotion from budgeting the project cost, finding sponsors, planning expenses to conceptualizing and executing marketing strategies. As we were behind schedule in delivering the project, I conducted frequent brainstorming sessions and motivational talks that pepped up the team to work as a cohesive unit towards a common goal. Finally, through our concerted efforts and my innate ability to promote the concept in the most impactful way, we were able to execute a successful marketing campaign for this sports app. As a result our app received an overwhelming response in form of numerous enquiries from prospective customers thereby earning us the appreciation from the app company.

Subsequently, I worked on a project on ‘Gender Diversity and its Impact on the Growth of Organizations’ with the objective is to identify how gender diversity can improve organizational effectiveness. The project was quite challenging considering the norms that had to be followed while interviewing a woman in the Gulf region. Finally, with my persuasive skills and ability to connect with people I managed to interview a cross section of well placed women to gain their perspective on gender parity. Working in a _________ member team, we used different data analysis methods to drive our research. Finally using Spearman Correlation we were able to highlight factors that hindered women taking on leadership and managerial roles . The project when presented to our seniors and professors was well acclaimed. Working on this project made me realize the importance of establishing people connect and effective communication while marketing.

As a sports enthusiast, I believe that physical development is equally important in attaining intellectual growth and broader outlook towards life. As an astute team player I have represented my university in many Intra college tournaments for various sports as the Sports Head and Football captain for the university SP Jain School of Global Management in 2019-2020 and 2020-2021. I was also a part of the organizing committee for the Techstars Start-up event in Dubai, wherein I solicited sponsors and participants. I also participated in ‘Synchrony’ Singapore, a marketing event wherein I pitched a start-up idea. Apart from being a member of the Model UN team in Singapore for 2018, I have also volunteered for Saraswati Laxmichandji Trust. I assisted the administration in maintaining a log of the daily activities being carried out in constructing a school building for underprivileged kids. My key responsibilities involved reporting on the progress of work done, managing the project deliverables and maintaining the records of the overall construction activities. Given my affable nature, competitive spirit and friendly disposition, I am hopeful of making significant contributions during my time at the university.

As an aspiring management professional, I believe that integrating managerial strategies with business needs and evolving consumer sentiment is the ideal way to further business interests and entrepreneurship. Therefore, I am desirous of pursuing an MS _in management from PACE University, as the program duly aligns with my career aspirations. I look forward to studying subjects such as ____.____ and ____ to gain required entrepreneurial skills, and deeper understanding of the psychological, economic, and social aspects that influence business decisions at the strategic level. I am eager to work under the tutelage of Dr ______, whose research endeavours in the field of ________ have been truly inspirational.

I am confident that my determination, undergraduate experience, and analytical aptitude will help me live up to the rigors of graduate school. I hope the admissions committee will favourably consider my application and grant me a place in the Class of fall 2022.

During my vacation to Dubai and Singapore a few years back, I could not take my eyes off imposing structures such as the Burj Khalifa, Changi Airport, and Marina Bay Sands. I had a memorable time appreciating and drawing inspiration from these visually mesmerizing landmarks, created through resourceful planning and ingenious management of human and material resources. Further during my internship at Keystone as part of my Bachelor’s in Civil Engineering where I had the first-hand experience of man and material management.

My internship stint at Keystone, Vadodara, albeit short, served as a fertile learning ground. Deputed to oversee an ongoing residential project (with 72 units spread evenly across 4 towers), a junior site engineer and I supervised the construction of the basement and the retaining wall. The engagement proved beneficial from a technical and personal perspective, as I gained first-hand knowledge of the accountability, responsibility, and feedback evaluation that comes with working as a construction manager. A series of interactions with senior engineers, workers, and contractors honed my people-management skills as I could transform their ideas, opinions, and vision into tangible construction solutions. Apart from assessing steel drawings and floor plans, I also learned the importance of motivating and encouraging the labor force through diplomacy and people-handling skills to resolve labor unrest arising out of extended work hours and stricter deadlines. It not only galvanized the workers and resulted in higher productivity, but also inspired them to continuously innovate. Moreover, I learned the art of concrete mixing by carefully balancing concrete strength with its transient shelf life to avoid waste through optimal usage. In essence, the overall experience equipped me with the skills, wisdom, and foresight to align manpower with the organization’s goals and customers’ demands.

With a real-world taste of design and construction, I am now keen to gain a seminal understanding of how effective and innovative construction management techniques can enrich the quality of life for all the stakeholders concerned: management, labor, and citizens in need of sustainable and cost-effective habitation. Following graduate studies, my vision is to be a part of MNCs such as Larsen and Toubro, Arup, and Aecon to plan, oversee, and execute construction projects that can improve human habitation without perturbing the environment. I am particularly keen on exploring new management technologies such as 3D printing that can speed up execution time. My long-term goal is to establish a consultancy firm and cater to clients in need of innovative, sustainable, and cost-effective construction solutions.

My rigorous undergraduate curriculum comprising courses such as Construction Technology, Building Planning, and Design provided me with a blend of theoretical and practical insights into various aspects of construction management, including design, material selection, and management. These skills have subsequently enabled me to design floor plans for residential and public buildings. I equally enjoyed studying the commercial aspects of construction management such as tendering, contracts, and leases through subjects such as Estimation, Valuation, and Professional Practices. I now look forward to studying core concepts such as cement concrete technology, construction project management, and prestressed concrete as part of my final year studies. In the penultimate year of my undergraduate studies, I completed a fascinating course, “Introduction to Geographic Information Systems”, and I wish to delve deeper into this topic as it would provide me assorted career benefits, such as monitoring a Project’s status, scheduling, and optimum resource utilization.

In addition to classroom learning, I have been actively engaged in curricular projects to test and validate how concepts transform into project delivery at scale. One such project was the Electronic Plastic Waste Concrete. The objective was to reduce the dependency on the sand as a fine aggregate and assuage the impact of environmental degradation. We achieved it by collating electronic waste and partially replacing the fine aggregate without much change in its strength. Thus, we replaced 15%, 20%, and 25% of the fine aggregate with electronic plastic waste. The waste was collected from scrap dealers and electronic shops and was subsequently pulverized to the required size. The use of relevant IS codes enabled us to ascertain individual quantities of the materials.M20 strength concrete was prepared and poured into moulds of standard. These cubes were then cured in water, and the 7th and the 28th-day strength was determined with the help of standard testing methods. Another project that enhanced my surveying skills was the Contour Survey project of Pavagadh hills. I profiled the entire terrain and learned about the methodology and techniques involved in contour mapping.

As a fitness and sports enthusiast, I have never missed an opportunity to enhance my competitive outlook and team spirit by participating in extracurricular activities. My football skill and the ability to motivate team members have enabled me to victoriously represent my school in district-level championship tournaments, where, as my college team’s vice-captain, I played a leading role in winning the prestigious inter-faculty tournament.

When I look at the modern-day construction marvels, I realize that it is astute and sharp project management skills that integrate the ingenuity, innovativeness, and imagination of the builders to build habitable constructions with a lasting value. Therefore, I believe that pursuing an MS in ______ from ___ University shall empower me with the management skills and insights to establish the right synergy between moving parts and people, which is crucial for the construction of new habitations and infrastructure, that accomplish the needs and sensibilities of individuals and communities across the globe. I am eager to study courses such as Construction finance, Building Information Modelling (BIM), and Construction scheduling and estimating to diversify and expand my knowledge, and subsequently, make significant contributions in my chosen field. I am highly inspired by the work of Professor ______, whose research in _____ provides a unique perspective in modern-day construction management, and am excited to work under ____

I am cognizant of the university’s high standards of excellence, and with my hard work and dedication, I believe, I will be able to live up to these expectations. I am particularly keen on connecting with like-minded individuals and propagating the importance of sustainability in modern-day construction endeavors to mitigate the impact on the environment and ecology. If allowed to pursue graduate studies, I hope to promote the discipline of construction management among students and peers, and also share my passion for sports and mentoring by participating in various campus involvements at the university. I am hopeful that the admissions committee shall accord a favorable response to my application and grant me the opportunity to be a part of _____.

It was truly a moment of great glory for our team, when we presented our ambitious project, NIVARAN (Non-Invasive VitAl sign Respiratory ANalyzer), on the Sandesh news channel. We not only earned our college’s appreciation award for remarkable work during the lockdown and got selected in the top 30 teams for the “SAMADHAN India” Hackathon, organized by the Ministry of Human Resources Development, but also gained immense satisfaction in contributing to a noble cause. Moreover, we presented this device in the prestigious international hackathon, “Hack the crisis India”, achieving the sixth rank amongst 3000 applications and 15000+ students.

Our system aimed to diagnose COVID-19 in a fast and cost-effective manner. It would assess vital body signs such as Lung pressure, breathing rate, Oxygen saturation, Body temperature, and then suggest the COVID-19 stage, based upon graphs and the measured data. Additionally, it detected COVID-19 patients by measuring and displaying the lung pressure’s real-time graph. Our primary goal was to achieve higher accuracy and a quicker method to classify primary symptomatic COVID-19 patients. The device we created took less than five minutes to classify a person’s symptoms. We used a machine-learning algorithm to classify the symptoms and K-means clustering for accurate results. Our system is coded in python and we used Scikit-learn, Keras, and PyTorch. This project is now patented (Patent ID IN202021017788, published on June 6th, 2021) in the Indian Patent Office.

Concurrently along with NIVARAN, I also worked on another purposive project, titled PRAN (Protective Respiratory Auxiliary Node), which was a device to provide oxygen therapy to COVID-19 patients to restore their breathing cycle. The appliance measures the breathing rate and regulates the pressure. Moreover, it also measures the SpO2, breathing, lung pressure, and exaltation of CO2. Developed with combined efforts of our college’s biomedical department and Keepsake engineering Pvt. Ltd., this system was built using a Processor, Air compressor, and Solenoid valves. It was an extraordinary industry exposure for me, and it also bestowed an industry-provided workspace with the financial support of $1830 to the college’s “SSIP incubation centre” for the development of a prototype. We also had this project patented (Patent ID IN202021019725, published on May 21st, 2021).

Although the two projects mentioned above form the highlight of my work in the biomedical engineering realm so far, I have also worked on other remarkable projects previously. One was developing an algorithm to Enhancing Radiographic Dental Image Visualisation with Colourisation and Graphical User Interface. The algorithm was built using MATLAB, morphological operation, and Pseudo colouring. This project was a valuable learning experience, where I grasped nuances of medical processing, grayscale images, MATLAB, and worked with standardized datasets. These algorithms make the complex grayscale image’s comprehension much easier and provide the physician with a smooth user interface. We presented this venture at Gujarat Industrial Hackathon and published it as a research paper in the “Journal of Image Processing & Pattern Recognition Progress Journal.” Additionally, I also wrote a review paper under a professor’s guidance, Published in Taylor and Francis publication, where we reviewed the latest assistive devices for the blind, based upon machine learning and A.I.

My final year project titled eDRA (early Diagnosis of Rheumatoid Arthritis), was yet another learning experience. I lead a two-member group under Assistant professor Bhavesh H Parmar’s guidance, to explore improvisations on existing painful, time-consuming, and costly arthritis diagnosing methods. I familiarized myself working with concepts and software like thermal signal processing, Biomechanics, Human anatomy, and Python, and used them to create a device. We analyzed sensor captured thermal data from the joints and fed that data into the algorithm for classification. Based on this analysis, the device successfully predicted Arthritis’ current stage. We further developed the device mechanism, making it compatible with all joints in the human body. My key takeaways from this project were that I improved my skills in biomechanics and signal processing. We also patented this venture, with Patent ID IN 202021021772, published on August 13th, 2021.

I am currently working as Research Advisor at Brainiac Healthcare Pvt Ltd., a start-up providing healthcare solutions, and helping companies to research medical devices. Here, I mentor the company’s research team on achieving better accuracy, cost-effective ways, and assist in the products’ implementation. We are currently developing the patient CO2 monitor machine. It is a futuristic device that detects the CO2 exhalation status and predicts its future reading using the “Temporal Deep Learning” algorithm. The device alerts the user on any deviation from the threshold reading. Furthermore, I have joined the FindMyTest e-Learning platform, where I am a biomedical branch specialist, managing the biomedical team to develop a test series for GATE exams and helping the company form quality questions.

My undergraduate education has been the key to my success in all the above endeavours. The comprehensive syllabus with subjects like Human anatomy and physiology, advanced engineering mathematics, Control systems and Analysis, Biosensors, and transducer strengthened my basic concepts related to medical image processing, diagnosis instrument, Therapeutic Techniques & Instrumentation, Virtual Biomedical Instrumentation, and Biomedical Image Processing. My penchant for optimization led me to choose rehabilitation engineering as an elective subject, where I studied assistive technology, rehabilitation devices, and design devices that help a person to be socially active. My interest in medical image processing and artificial intelligence led me to take online courses like Programming for everybody (University of Michigan), Sequences, Time Series and Prediction (DeepLearning.ai), Introduction to TensorFlow for Artificial Intelligence, Machine Learning, and Deep Learning (DeepLearning.ai) on Coursera. These courses have helped me improve my Artificial Intelligence knowledge and utilize this technology in medical devices.

Extra-curricular activities have served as means to broaden my horizons beyond academics. I was chosen as a delegate in IMUN (International Model United Nations) 2021 conference at United Nations, where I delivered a speech on “Ensuring gender equality by alleviating discrimination against women”, and also received an award as “Special Moment” speaker. I am also a delegate at the Harvard Project for Asian and International Relations 2021 (HPAIR). Here, I exchange views on economic, healthcare issues relevant to the Asia-Pacific region with students worldwide.

Going forward, I want to pursue my Master’s degree to upgrade my knowledge in the Biomedical Engineering sphere. My immediate goal after completing my Master’s is to pursue a Ph.D. in medical image processing or in medical device innovation, where I can combine the medical imaging process with Artificial Intelligence. My long-term goal is to lead medical device research with respect to cost-effectiveness and accessibility. After gaining considerable industry experience, I wish to work as a Research and Development head with leading companies in medical devices manufacturing.

My inclination towards the Master’s program at Northeastern University stems from the strong and progressive curriculum, and ample research opportunities provided by this top-drawer institution, renowned for its facilities and state-of-the-art infrastructure. Given my goal to become a proficient and accomplished researcher in biomedicals, I strongly believe that the blended curriculum here, will provide the ideal springboard to achieve my career goals. I am particularly inspired by the work of Dr. Qianqian Fang in Bioimaging; it would be an honor to work with him. Besides, I look forward to actively participating in the affiliated clubs and associations’ activities, which would present a diverse and stimulating environment to help me grow scholastically and individually.

I bring to the table a firm grasp of theoretical concepts of medical image processing, diagnosis, and rehabilitation engineering and a wide range of relevant hands-on experiences. I am confident that my strong determination and passion for medical devices will aid me to excel in graduate school and beyond. I hope the Admissions Committee finds me a suitable fit for the course, and I eagerly look forward to being a part of the Spring 2022 intake.

I vividly remember how was I was completely awe-struck when Sunder Pichai introduced the AI abilities of Google Duplex in 2018, wherein the AI assistant handled a telephonic conversation to book a salon appointment independently. It demonstrated a “natural” flair in handling conversations with pauses and fillers such as hmm and huh. Who would have imagined that a few algorithms and commands could outpace human ingenuity and versatility one day – by making machines think, act, and speak like humans. The recent release of Google’s LaMDA, which can converse on almost everything, is a big step toward more human-like conversations. Impressed and intrigued by the vast potential of AI, I decided to embark on a journey to sharpen my skills and gain experience in such technologies by opting for an MS in computer science.

I gained a good insight into AI’s sentient capabilities in decoding human emotions while working on my 5th-semester project, “AI Therapist.” The goal was to recognize and analyze human emotions and, accordingly, recommend a suitable therapy to overcome the negative emotions of subjects. I trained CNN and BERT models for emotion recognition using image/video and text, respectively. Instead of converting the audio input to text and using the same BERT model, I converted audio signals into MFCCs, which became another CNN input. This project also featured a chatbot. After training the models, the designed prototype gave an accuracy of 89.92%.

The project’s outcome motivated me to understand NLP deeper through a self-initiated project: Exam Preparation Kit Using Natural Language Processing. The system allows students to speak out their answers, converts them into text, and punctuates and evaluates it to generate scores with detailed explanations. Based on the subject data, the system compiles questionnaires by factoring in students’ weak topics. The main challenge was evaluating students’ answers using sample answers. For this, I explored NLP concepts such as similarity measures and keyword extraction algorithms, to analyze and process the text better. I finally came across a sentence-BERT model that uses Siamese and triplet networks that fit our use-case perfectly and gave satisfactory results. The findings were documented in a research paper presented at the 12th ICCCNT 2021, which awaits publication in IEEE.

Alarmed by the rise in airplane crashes, I authored a paper titled “Airplane Crash Severity Prediction Using Machine Learning,” which was also presented at the 12th ICCCNT(full form)2021 and is awaiting publication in IEEE. For this, I developed several machine learning models, including a neural network and a stacked model using the stacking ensemble technique. These models could predict the severity of an airplane crash based on factors like location, weather, engine type, and flight purpose. Seeking to expand my research experience, I devised a proctoring system titled “Guided Vision Controlled Proctoring System for Distant Examination.” The objective was to detect malpractices during online exams employing novel techniques such as body tracking, gaze estimation, emotion recognition, and prohibited object detection. These invaluable experiences strengthened my desire to deepen my understanding of AI.

My undergraduate curriculum has laid a strong foundation to pursue a master’s program. I acquired an active comprehension of machine learning algorithms, neural networks, fuzzy set theory, and computer vision through the Machine Learning Lab, AI and Soft Computing, and Robotic Vision courses. Applied Mathematics, Discrete Structures and Graph Theory, and Digital Signal Processing introduced me to different machine learning algorithms and data processing techniques. I developed a deep understanding of data structures, algorithms, their uses and complexities, and code optimization through Advanced Data Structures, Design and Analysis of Algorithms, and Object-Oriented Programming. Database Management Systems, Web and Enterprise Technology Lab, and Software Engineering taught me how databases, frameworks, APIs, and libraries are integrated during full-stack development.

Keen on researching new technologies, I authored the research paper, “Asset Tracking System Using Blockchain,” published in IEEE Xplore. It highlights how a decentralized system could be devised and used to track product status through a given supply chain framework to ensure that products reach consumers without any tampering. I further supported my learning by developing Medical Record DApp, a safe and secure way of storing medical records. Since storing large documents on the blockchain is expensive and unfeasible, I integrated IPFS with the system to store and share documents securely. The project gave me hands-on exposure to Solidity smart contracts, Ethereum blockchain, Truffle, and Node.js in an industrial setting.

My transition into the professional environment was a valuable learning curve. The internship with JPMorgan Chase & Co. saw me working as part of its Asset and Wealth Management Department. Here, I witnessed how mission-critical applications relied on multiple services for their optimized development. It signaled an opportunity to develop and deploy a service virtualization system to simulate the external services required for the development process. I incorporated dynamic simulations through WireMock with Moneta Boot and Oracle database. This assignment improved my awareness of optimizing software development processes. I also delivered team presentations on topics such as “Getting Started with Blockchain” and “Developing Machine Learning Projects.”

Subsequently, working at Modern Monk Pvt. Ltd. as a Flutter and Node.js Developer, aligned with my fascination for deriving value from unstructured data. Here, I devised and deployed Modern Monk, a health management mobile application that could provide users with dietician consultations, diet plans, and exercise plans based on their needs, health, and wellbeing. Since operations were carried offline before the application was launched, user data was unstructured and incomplete. I processed and structured the data by running Python scripts and exported it to Cloud Firestore. I also developed an API for dieticians and trainers to connect with users.

Participating in extracurricular engagements helped me develop a better perspective toward life. I created a mobile application VRecycle, for my college solid waste management initiative. Using Flutter and Firebase, I created an interface that connected users and waste collectors. The application allowed users to book a waste pickup appointment at their desired location and time slot, which was then allocated to a suitable waste collector using a custom algorithm. I also organized various training sessions and placement drives as a Training and Placement Coordinator and conceived several technical and cultural events as the PR Head of the Computer Society of India. I regularly participated in beach clean-up drives held by the Afroz Shah Foundation and mentored freshman students under the Vishwas initiative.

The enriching exposure to AI constituents such as CV and NLP, inspired me to build a firm foundation in this domain. I believe a master’s program will enhance my ability to deliver more concrete and tangible solutions for addressing pressing real-world problems related to healthcare, education, etc. I envision serving pioneering technology organizations such as Google, Amazon, or Apple and contributing to their research in deep learning and reinforcement learning. In the long term, I aspire to establish a company that solves various social and corporate problems using AI alongside research to make pioneering discoveries in the field.

Whether it is decoding genetic markers or human communication, the application of disruptive technologies such as NLP and CV fascinate me. This fascination motivates me to pursue an MS in computer science with a specialization in AI from ____ University. I am specifically looking forward to courses on ___,___, and ___, to build upon my existing knowledge to redefine computational costs and processing time for complex operations such as processing unstructured data and comprehending languages. Prof. ____’s research on ____ appeals to me for its emphasis on ____. I am hopeful that the learning, research opportunities, and mentoring at ____ will enable me to design, build, and deliver predictive, intelligent, and sentient applications that can transform businesses and foster.

My intellectual abilities, problem-solving skills, and extracurricular contributions convince me of having the credentials and commitment to excel in the program. Given my affinity for knowledge sharing, I aspire to foster a culture of value sharing and mutual learning through various engagements at the university. I hope the admissions committee evaluates my application favorably and grants me the opportunity to be a part of the _____ class.