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Modern medicine is in crisis – from concerns about unequal access and healthcare disparities to workforce shortages and demoralized clinicians to rising costs of care. Being a leader in this context requires a different knowledge base and set of skills than that offered by traditional premedical education. This summer course is designed to provide advanced high school students with new knowledge and skills from the humanities and social sciences to strengthen their preparation for pre-medical education and their future work in healthcare.

Instructors: Elizabeth A. Carpenter-Song, Ph.D. and Manish K. Mishra, M.D., M.P.H.

2-Week Course for Summer Scholars 2024

Dates Available: 

Session 1 - June 30 - July 12 2024

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Overview

Modern medicine is in crisis – from concerns about unequal access and healthcare disparities to
workforce shortages and demoralized clinicians to rising costs of care. Being a leader in this
context requires a different knowledge base and set of skills than that offered by traditional premedical
education. This summer course is designed to provide advanced high school students
with new knowledge and skills from the humanities and social sciences to strengthen their
preparation for pre-medical education and their future work in healthcare.


All healthcare disciplines are dependent on humanistic inquiry. This course introduces students
to foundational concepts and skills from diverse fields, including psychology, anthropology,
literature, music, and sports. The premise is to prepare future leaders in healthcare with the “new
essentials of medicine” to foster compassion, creativity, and resilience in clinical care, research
and scholarship, policy, and advocacy. This course is relevant for students interested in pursuing
a variety of college majors and future careers, including students pursuing clinical careers;
students engaging with healthcare and science as writers or advocates; and students in the
humanities and social sciences who are interested in exploring lived experiences of health,
illness, and medicine.


Over the course of two weeks, students will be guided by experts in medicine, public health,
medical anthropology, and the humanities to explore the following themes: (1) Becoming a
Doctor, (2) Centering Patient Experience, and (3) Building a Future of Compassionate Care.
This course will be highly interactive and will use a range of learning strategies. Students will
have opportunities to engage in seminar-style discussions of readings and films, panel
discussions with clinical and community leaders, small group work, and professor-led didactics.

Learning Outcomes

Theme 1: Becoming a Doctor
Students will be introduced to the processes and experiences involved in the socialization of
future physicians. Students will examine biomedicine as a cultural system and identify key
characteristics of biomedical culture. By the end of Theme 1, students will apply this conceptual
framework to critically examine unintended harms within biomedical culture for patients and
healthcare professionals.

Theme 2: Centering Patient Experience
Students will be introduced to the distinction between illness and disease as applied to a range of
serious and chronic illnesses and life course experiences. By the end of Theme 2, students will identify and examine shifts in personal and social experiences that occur in the context of illness
(e.g., bodily changes, shifting responsibilities, alterations in perception of time and space).

Theme 3: Building a Future of Compassionate Care
Students will build on the previous themes to identify meaningful and effective responses to key
challenges faced by patients and healthcare professionals in contemporary medicine. Students
will critically examine specific examples of approaches in global health and healthcare delivery
science aimed at patient advocacy and support of healthcare providers. By the end of Theme 3,
students will gain insight into their own roles and responsibilities as future leaders in medicine.

Pre-requisite

It is required to have a device such as a laptop or tablet, that can access the internet for in-class readings, and assignments.

Instructor Biographies

Elizabeth A. Carpenter-Song, Ph.D. is a Research Associate Professor in the Department of Anthropology at Dartmouth College and Co-Director of the Dartmouth Healthcare Foundations program. As a medical and psychological anthropologist, Prof. Carpenter-Song’s work aims to contribute to flows of knowledge and practice between anthropology and medicine. She studied anthropology at Dartmouth College (A.B., 2001) before pursuing graduate studies in anthropology at Case Western Reserve University (Ph.D., 2007) and postdoctoral training in the Department of Global Health and Social Medicine at Harvard Medical School through a National Institute of Mental Health Fellowship (2007-08).

By working at the intersection of anthropology and medicine, Prof. Carpenter-Song aims to apply anthropological approaches in the service of improving the lives of people marginalized by mental illness, stigma, poverty, and social exclusion. Through ethnographic methods, she engages closely with individuals, families, and communities to learn about lived experiences of illness, suffering, and how people navigate through complex landscapes of care. In this work, she centers issues of health equity by critically examining the high-stakes consequences that occur when systems of care fail those they are intended to help.

Manish K. Mishra, MD, MPH, is a Lecturer and the interim director of student affairs and the director of professional education at The Dartmouth Institute for Health Policy and Clinical Practice at the Geisel School of Medicine at Dartmouth.

He is also the director of the new Dartmouth Foundations in Health Care initiative that links the study of arts and humanities into pre-health education for undergraduate students. His research roles include the development of shared decision-making tools, the creation of novel patient communication platforms in medical education, studying the role of ACO models in health care reform, and working on systems redesign in global mental health care. He is a course director in a variety of courses at the medical school, public health school, and leads several human rights initiatives with students.

He earned his MD from Dartmouth Medical School in 2005 and an MPH from The Dartmouth Institute in 2009. He served as a resident physician in the Department of Surgery, Department of Preventive Medicine, and Department of Psychiatry—all at Dartmouth-Hitchcock Medical Center. He has completed fellowship training in geriatric psychiatry and addiction psychiatry. Prior to medical school, he studied Sanskrit and religion in the Department of Sanskrit and Indian Studies at Harvard University.

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This two-week experiential course is ideal for high school students interested in building business skills and becoming conversant in the language of business. Built around a real-life company valuation project, the course is for students interested in learning and applying concepts from key areas such as economics, finance, marketing, strategy, and accounting.

Instructor: Patroklos Karantinos

2-Week Course for Summer Scholars 2024

Dates Available: 

Session 1 - June 30 - July 12 2024,

Session 2 - July 14 - July 26 2024,

Session 3 - July 28 - August 9 2024

Apply Now

Overview

This two-week experiential course is ideal for high school students interested in building business skills and becoming conversant in the language of business. Built around a real-life company valuation project, the course is for students interested in learning and applying concepts from key areas such as economics, finance, marketing, strategy, and accounting.

In addition to instruction and discussion of real-life case studies, the hands-on valuation project is at epicenter of the course. The project work takes place in smaller teams, thus modeling the teamwork aspect of the modern workplace, and providing the students the opportunity to build or enhance collaboration and leadership skills.

Through the valuation project, we will explore how companies think about clients and customers, how they make money and finance themselves, how they think about competition, innovation, and new projects, and how those decisions affect their value. The project culminates with a presentation of project findings and analyses.

And we will also consider how some of the concepts and methodologies used in business apply to our daily lives and decision-making.

Learning Outcomes

Upon completing this course, students will:

  1. Have a solid grasp of concepts in areas such as economics, finance, strategy, and accounting.
  2. Be conversant in the ways businesses evaluate and make decisions about new projects.
  3. Understand the effects of compounding, (financial) leverage, and risk on expected returns.
  4. Be able to apply financial analysis methodologies to issues of personal finance.
  5. Be able to discuss the differences between breakthrough and disruptive innovation and identify relevant opportunities.
  6. Have experience practicing teamwork and collaboration on a real-life problem.
  7. Feel more confident about creating and delivering persuasive presentations.
  8. Have a view of potential career areas in business.

Pre-requisite

It is recommended, but not required that scholars bring a device that can access the internet such as a laptop or tablet, and have access to spreadsheet software such as Excel or Google Docs.

Instructor Biography

Patroklos grew up in Greece, where he received undergraduate and graduate degrees in finance. He spent five years in corporate finance and M&A advisory, during which he became a CFA charterholder. In 2012, he graduated with an MBA from The Tuck School of Business at Dartmouth. After Tuck, Patroklos worked for eight years in higher education – including five years at the Tuck School of Business - focusing on institutional strategy and growth, and in public sector consulting. Outside of work, he enjoys doodling. For more information about Patroklos, find him on LinkedIn.

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This two-week Bootcamp is designed to introduce high school students to this critical and burgeoning field. Our program emphasizes the dual importance of quantitative analysis and qualitative interpretation in understanding and leveraging data.

Instructors: Carly Bobak, PhD, and Christian Darabos, PhD

2-Week Course for Summer Scholars 2024

Dates Available: 

Session 1 - June 30 - July 12 2024,

Session 3 - July 28 - August 9 2024

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OVERVIEW

"The world cannot be understood without numbers. But the world cannot be understood with numbers alone." - Hans Rosling, Factfulness (2018)

Data Science, a multidisciplinary field blending data inference, algorithm development, and technology, stands at the forefront of transforming raw data into meaningful insights and innovations. At its core, data science involves extracting knowledge and insights from structured and unstructured data using methods rooted in statistics, machine learning, and data analysis. This field is pivotal in today's information age, driving decision-making in industries ranging from healthcare to finance and influencing societal advancements at an unprecedented scale.

This two-week Data Science Bootcamp is designed to introduce high school students to this critical and burgeoning field. Our program emphasizes the dual importance of quantitative analysis and qualitative interpretation in understanding and leveraging data. Beginning with Python programming fundamentals, a cornerstone in the data science toolkit, the curriculum advances through vital concepts such as data structures, manipulation, and exploratory data analysis (EDA). A special focus on Natural Language Processing (NLP) underscores the interdisciplinary nature of data science, integrating computational methods with linguistic insights.

The bootcamp's structure intertwines theoretical understanding with practical application, ensuring that students learn the mechanics of data science and   develop a critical, data-driven mindset. From engaging in hands-on projects to delving into real-world datasets, participants will acquire the skills to convert data into compelling stories and actionable intelligence. This program is not just a technical journey; it's a gateway into the expansive world of data science, where machine learning, artificial intelligence, and big data are pivotal tools in shaping our future.

In this immersive Data Science Bootcamp, students will embark on an enriching educational journey marked by a blend of individual challenges and collaborative exploration.

Real-World Application: Each day, students will engage in meticulously designed exercises that reflect real-world research scenarios. These activities are crafted to reinforce core data science concepts and demonstrate their practical application in various fields.

Core Concept Mastery: From understanding the nuances of Python programming to grasping complex data structures, students will systematically master the fundamental pillars of data science. This structured approach ensures a comprehensive grasp of essential topics.

Guided Group Project: Participants will have the unique opportunity to contribute to a group data science project. This project serves as a capstone experience, allowing students to apply their learning in a collaborative, realistic setting.

Expert Instruction: Leading the sessions are doctoral data scientists who bring a wealth of knowledge and real-world experience. Their hands-on instruction is not just about imparting technical know-how; it's about mentoring future data scientists in the art and science of extracting meaning from data.

Collaborative Learning Environment: The bootcamp fosters a supportive and interactive learning environment. Students will learn not only   from experts but also from each other through group discussions, project collaborations, and peer-to-peer interactions.

This blend of theoretical learning, practical exercises, and expert guidance is designed to provide students with a holistic understanding of data science and its impactful applications in the modern world.

LEARNING OUTCOMES

Upon completing this course, students will:

  1. Proficiency in Python for Data Science: Students will gain hands-on experience in Python, focusing on its application in data science. This includes understanding data structures, libraries like Pandas and NumPy, and utilizing Python for data manipulation and analysis.
  2. Fundamentals of Data Analysis and Visualization: Participants will learn to perform exploratory data analysis (EDA), interpret data through statistical methods, and create meaningful visualizations using tools like Matplotlib and Seaborn. This outcome ensures students can derive insights from data and effectively communicate them.
  3. Introduction to Natural Language Processing (NLP): Students will be introduced to the basics of NLP, learning to process and analyze text data. Skills acquired will include text manipulation, sentiment analysis, and creating visual representations like word clouds.
  4. Execution of Data Science: Throughout this course, students will consistently work towards exercises on a dataset that align with each day’s topic. These exercises serve as a daily treasure hunt revealing more and more about the data set as each day passes. In totality, all exercises serve as a project where students will have the opportunity to reflect on their discoveries at the end of the course. 
  5. Critical Thinking and Problem-Solving in Data Science: Participants will develop critical thinking skills specific to data science, learning to approach problems analytically, question assumptions, and interpret results within context. This outcome is essential for applying data science skills in real-world scenarios.

PREREQUISITES

  • High school-level STEM knowledge, especially mathematics
  • Proficient English communication skills, both written and verbal
  • A large-screen WIFI capable device with a full keyboard such as:
    • a laptop computer (Windows PC, Mac, or Linux)
    • a large-screen tablet with an external keyboard and mouse/trackpad

Biographies

Carly Bobak, PhD, serves as a Biomedical Informatics Scientist within the Research Computing and Data Services team at Dartmouth College's Information, Technology, and Consulting department. With her PhD in Quantitative Biomedical Sciences from Dartmouth, Dr. Bobak plays a pivotal role in bridging data science with biomedical research. Her responsibilities include collaborating with faculty across various disciplines, addressing their data science needs, and leading workshops in areas like basic programming, data visualization, and generalized AI.

In addition to her role in research computing, Dr. Bobak contributes to academia as an instructor for Dartmouth's QBS program, teaching courses such as Data Wrangling and previously Foundations of Data Science. Her active research interests match her expertise and passion for teaching in developing diagnostic biomarkers for tuberculosis through innovative multi-cohort, multi-omics approaches. This blend of educational, research, and practical application positions Dr. Bobak as a key figure in advancing data science within Dartmouth's academic and research communities.

Christian Darabos, Ph.D., is the Senior Director for Research Computing and Data Services at Dartmouth College. He holds a double PhD degree in Business Information Systems and Molecular Biotechnologies from Switzerland and Italy. Christian leads a team of over 20+ IT professionals, software engineers, domain experts (STEM, GenAI/AI/ML, Data Science, GIS), and facilitators who provide comprehensive support and services covering the campus' research community computational needs. This includes high-performance and cloud computing, data storage, grant support, software licensing, security and privacy compliance for sensitive data computing and storage, and custom software solutions developments.
Christian also serves as a faculty lecturer in the Quantitative Biomedical Sciences program at the Geisel School of Medicine, where he teaches a graduate-level course and co-leads computational seminar series on Reproducible Research. His current research interests include data science, biomedical informatics, machine learning, generative AI, reproducible research best practices, and automation.

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The Summer Scholars Entrepreneurship camp will be an immersive, hands-on program that builds on Dartmouth’s strong liberal arts foundation to expose students to the Art of Entrepreneurship. Students will be guided through the new venture journey - from opportunity recognition to solution creation and business model formulation - across many different types and scales of businesses.

Program Lead: Dartmouth College's Magnuson Center for Entrepreneurship

2-Week Course for Summer Scholars 2024

Dates Available: 

Session 1 - June 30 - July 12 2024,

Session 2 - July 14 - July 26 2024,

Session 3 - July 28 - August 9 2024

Apply Now

Overview

The Summer Scholars Entrepreneurship camp will be an immersive, hands-on program that builds on Dartmouth’s strong liberal arts foundation to expose students to the Art of Entrepreneurship. Students will be guided through the new venture journey - from opportunity recognition to solution creation and business model formulation - across many different types and scales of businesses. Borrowing from their current real-life experiences, students will learn the shared elements that underpin all entrepreneurial endeavors whether applied to social media influencers, local retail businesses, non-profit enterprises, or venture-scale startups.

Unlike alternatives, which pull only from traditional business teachings, Summer Scholars will bring a unique cross-section of perspectives from across the arts and sciences to teach students how innovation can be sparked by integrating existing ideas in new ways.

The first week of the program will be instructional content, supported by case discussions and guest speakers, and the second week will focus on applying the learnings - including a rapid-business challenge and culminating pitch contest.

The instructional content will mimic that of a traditional investor pitch deck, allowing students to continually integrate their learning along a clear storyline.

Objectives

By the end of the course, students will:

  1. Possess a deeper understanding of how to develop a “lens” for opportunity recognition in their daily lives and continued pursuits
  2. Possess a foundational understanding and framework to develop and evaluate entrepreneurial ideas and their viability
  3. Understand the most critical concepts which are necessary to operate a business and solicit the appropriate investment and support
  4. Be able to articulate and understand the importance of “failing well” and appreciate that entrepreneurship is a continual process rather than a destination
  5. Developed deep connections with their peers in recognizing the necessity of a strong support network when pursuing entrepreneurial endeavors

Draft Instructional Content Schedule

Days 1-5 - Creativity Bootcamp

  1. Introduction to the “Entrepreneurial Mindset”, intelligent failure, and the business model canvas
  2. Problem and opportunity recognition
  3. Solution formation
  4. Customer identification and ideal customer profile development
  5. Business model research and matching
  6. Go-to-market strategies and application
  7. Competitive research and assessment
  8. Funding, fundraising and business structures
  9. Solution formation revisited
  10. Mastering the pitch

Day 6-9 - Fast-track to Failing Well

  1. Field exercise on customer research and testing
  2. Two-day “start-up sprint” that culminates in a pitch contest

Post-camp community

Borrowing from successful startup accelerator and incubator programs, Summer Scholars will create an alumni network and online forum for students who complete the program. Students will be encouraged to share updates on their entrepreneurial journeys, and seek collaboration and support from fellow summer scholars across cohorts. Over time, this will serve as a significant differentiator for the program and the value students can derive from it.

PRE-REQUISITE

Scholars are encouraged, but not required, to bring a device that can access the internet (mobile devices, laptops, tablets, etc.)

INSTRUCTOR BIOGRAPHY

The Magnuson Center for Entrepreneurship will be hosting a cohort of instructors.

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