Comprehensive Cancer Research Training Program

March 29-30, 2021 Virtual Event The Comprehensive Cancer Research Training Program is an annual immersive course that invites graduate and postdoctoral students, residents, clinical fellows and research fellows to take part in a free, unique, comprehensive introduction to the vanguard of current cancer research. This ambitious curriculum features daily plenary sessions on general topics followed by half-day sessions on two scientific themes, each featuring three to four presentations. Numerous nationally and internationally renowned Stanford faculty present didactic lectures and discussions on current topics of basic, translational and clinical cancer research. Course Overview The Comprehensive Cancer Research Training Program (CCRTP) course has been held since September 2007.

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Aljurf M, Majhail NS, Koh MBC, et al., editors. The Comprehensive Cancer Center: Development, Integration, and Implementation [Internet]. Cham (CH): Springer; 2022. doi: 10.1007/978-3-030-82052-7_17

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The Comprehensive Cancer Center: Development, Integration, and Implementation [Internet].

Chapter 17 education and training.

Hemant S. Murthy , Rami Manochakian , and Mohamed A. Kharfan-Dabaja .

Affiliations

Published online: October 29, 2021.

At the heart of every comprehensive cancer center is education and training. The prominence of a cancer center is often correlated to the strength of their educational and training programs. Education is responsible for training the next generation of clinicians, advanced practice providers, nurses, other supporting staff, and researchers. This chapter provides the framework of education and training, specific to different disciplines, within a comprehensive cancer center. In addition, it discusses education beyond training, such as maintaining educational standards, and developing new programs that embrace the continuous advances in cancer care.

  • Introduction

One of the main missions of any comprehensive cancer center is to provide opportunities for training and education to improve prevention and treatment outcomes of cancer patients. Management of cancer in today’s era is multidisciplinary, with patient care teams comprised of multispecialty physicians, advanced practice providers (APPs), nurses, therapists, and other health-care staff across different fields. Each team member holds a specific role in cancer care and has a different approach to the management of patients ultimately leading to more comprehensive care.

Given the many components and specialties that comprise a comprehensive cancer center, the educational programs are often specialized and tailored to multiple disciplines. The ultimate goal of establishing education and training programs within a comprehensive cancer center is not only to have them available to their staff, but rather to garner the ability to disseminate education to health-care providers, cancer patients, and the public at large.

  • Training of Health-Care Professionals

Within a cancer center, there is a variety of specialties which provide expertise in oncology. These specialties possess their own individual training programs that help train and develop future physicians, scientists, APPs, and nurses specialized within oncology. Training programs may include but are not limited to biomedical and basic science research, postdoctoral programs, clinical residency and/or fellowship programs, all geared towards research and treatment of cancer.

Hematology/Medical Oncology

Hematologists and medical oncologists comprise the largest block of cancer specialists in a comprehensive cancer center. Their standard training is called “Hematology/Oncology fellowship”, which in the USA follows completion of 3 years of internal medicine residency, but that is not always the case in other countries. A hematology/oncology fellowship typically requires 3 years, although some programs offer the opportunity for a 2-year fellowship in either hematology or medical oncology. The goal of fellowship training programs is to enable trainees to gain a broad knowledge of clinical and research cancer sciences, and to develop the needed clinical skills and expertise to become competent and proficient hematologists and/or oncologists. At least half of the fellowship curriculum is spent in clinical training with a combination of inpatient and outpatient experiences, focusing on different malignancies including solid tumors, benign hematology, malignant hematology, and hematopoietic cell transplantation (HCT) or other cellular therapies. Many programs offer dedicated research time that can be spent in basic science or in clinical/observational investigation, depending on the trainees’ interest and it is usually under the guidance and tutelage of a research mentor. Trainees present their research projects at national scientific meetings and ultimately publish the findings in peer-reviewed journals.

Apart from clinical training and research, another major component of a fellowship program is the didactic and experiential learning lectures and activities, which are embedded within the context of health-care delivery system. It also provides trainees with access to comprehensive education resources provided by major national hematology and oncology societies, namely, the American Society of Clinical Oncology (ASCO), the American Society of Hematology (ASH), and others. Some centers offer an additional 1 year of subspecialty cancer training after completion of the 3 years fellowship, like fellowships in leukemia, blood and marrow transplantation , thoracic malignancies and others, or in drug development and early cancer therapeutics trials.

Pediatric Hematology/Medical Oncology

A pediatric hematology/oncology fellowship curriculum also requires 3 years and mirrors that of the medical oncology/hematology fellowship.

Radiation Oncology

One field that differs slightly in this training model is radiation oncology. In the USA, radiation oncology is a 5 year residency program for which candidates may apply for and join directly out of medical school. The first year is generally a transitional year of a medical internship followed by 4 years of radiation oncology training. Radiation oncology residency training prepares for treatment of both adult and pediatric populations and most of the training occurs in the outpatient setting. Time for research is also embedded in many radiation oncology programs.

Other Oncology Specialties

Oncology specialty training also includes surgical oncology and gynecology oncology . Similar to medical and pediatric oncology programs, eligible trainees must have completed residencies in their respective fields before pursuing oncology specialty training. The length of residency and fellowship training may vary. We refer the reader to the Accreditation Council of Graduate Medical Education oncology specialty training programs for additional details ( https://www.acgme.org ).

Pharmacists with specific expertise in oncology often go through additional training, including attaining board certification in oncology pharmacy (BCOP) [ 1 ]. BCOP is a credential for pharmacists whose practice involve understanding the complexity of drug therapies use for preventing and treating cancer, manage cancer-related and drug-related adverse events, or clinical situations not encountered in other diseases. To obtain BCOP, they are required to graduate from an accredited pharmacy program, followed by completion of a 2 year pharmacy residency program, which includes 1 year dedicated to oncology pharmacy training followed by passing score on standardized board certification examination.

Basic Science/Laboratory Researcher

The Cancer Biology Training Consortium (CABTRAC) was created in 2005 in order to help develop and facilitate training recommendations for future cancer researchers, especially graduate and postgraduate researchers [ 2 ]. The goal of CABTRAC was to establish guidelines for trainees focused on education in the experimental science of cancer biology, research training in the experimental science of cancer biology, and career development of trainees towards independent cancer biologists [ 3 ]. Trainees are expected to be exposed to topics including basic science of cancer biology: dysregulation of signal transduction pathways, oncogenes and tumor suppressor genes, control of cell proliferation , cell cycle, and cell death, carcinogenesis, DNA damage, and repair, tumor angiogenesis, invasion, and metastases, tumor microenvironment, cancer genetics and epigenetics, cancer immunology, translational science (molecular diagnosis and prognosis, molecular imaging, systems biology and bioinformatics, therapeutic strategies including targeted and cytotoxic therapies, immunotherapy, hormone therapy, small molecules), and chemoprevention. Educational exposure to biostatistics, informatics, data interpretation, cancer disparities, and basic experimental design is also deemed essential to the training of cancer biology scientists.

  • Continued Medical Education (CME)

Training and education in a comprehensive cancer center are not restricted to trainees within a structured training program. Continued education of all cancer care team members is essential, given the always changing understanding of cancer biology and emergence of new therapies, technologies, and innovations. The goals of CME as it pertains to members of a cancer center are twofold: to enhance their knowledge and skills pertaining to their own individual practices and specialties and acquiring knowledge from other specialties (also known as cross-training). Some examples of cross-training include incorporating novel concepts that can be investigated across multiple diseases, or awareness of clinical scenarios that may allow lab or translational researchers to gain better insight into the cancer.

Grand Rounds

Cancer center grand rounds are regularly scheduled seminar series through which invited speakers present insights and expertise on cancer treatment and/or new innovations in cancer research. Speakers typically include cancer center members or outside invited speakers. Grand rounds can serve multiple purposes within a cancer center. It can provide members with updates in patient care and management and could be a CME source. Additionally, grand rounds, through presentation of new innovations and research findings, can also spawn collaboration and promote cross-training among specialists from different disciplines within oncology, potentially stimulating new research.

Board Certification

Many oncology specialties have board certification requirements as dictated by their respective specialty organizations. In addition, certification is often contingent on passing specialty board examinations. Maintaining board certification also requires maintaining standards including participation in educational programs, continued professional development, and satisfactorily passing board examinations. Maintenance of such standards by cancer center members is important to ensure continued training and education, remaining current with advances in oncology, and ultimately improving delivery of care to cancer patients.

Development of New Cancer-Specific Programs

Continued advancement in oncology therapeutics can sometimes be limited by expansion of these therapies to centers with limited resources. New programs are developed in order to provide education on emerging or complex therapies such as phase 1 clinical research units, HCT, and other cellular therapies.

Building specialized cancer-specific programs may be burdensome, particularly in low- to middle-income countries. Accordingly, partnering with more established cancer institutions with requisite expertise can prove beneficial. One successful example of this was the partnership of the Global BMT program of the University of Illinois at Chicago (UIC) [ 4 ] and its partnership with developing a bone marrow transplant program in Kathmandu, Nepal [ 5 ]. The steps involved included training relevant staff in Nepal and allowing for Nepalese providers to receive training at UIC, exchange of standard operating procedures, overseeing construction of HCT unit in a Nepalese hospital, and continued teleconferences between UIC and Nepal. Another example includes enhancing cancer care in low-income limited resource countries such as Guatemala, Vietnam, and Rwanda [ 6 ]. Through partnership with established cancer centers and with significant investment, improvements, and development of infrastructure, training of relevant professionals, implementing new cancer screening programs, and developing cancer-specific health policy have improved cancer care in these regions. These serve as examples of the benefits of partnering with established cancer centers with requisite experience to facilitate the development of new cancer-specific programs.

Cancer is a major public health problem worldwide. Recent advances in the understanding of the biologic and molecular aspect of cancer, and emergence of new and more effective targeted therapies highlight the importance of continuous education of health-care providers and supporting staff. The ultimate goal is to deliver effective treatment in a safe manner. Unfortunately, there is a gap in the ability to make these therapies and new technologies available to all cancer patients worldwide. Education and training addresses one major aspect of this problem by developing partnerships between cancer centers in the developing world and established centers in developing countries to facilitate exchange of knowledge. Regrettably, the high cost of these therapies and technologies is a serious limitation to deliver these treatments to cancer patients in the developing world.

  • Conflicts of Interests

HSM: no conflicts of interest to disclose

RM: Discloses advisory board/consultancy for AstraZeneca, Guardant Health, Novocure and Takeda

MAK-D: Discloses consultancy for Pharmacyclics and Daiichi Sankyo

Open Access This chapter is licensed under the terms of the Creative Commons Attribution 4.0 International License ( http://creativecommons.org/licenses/by/4.0/ ), which permits use, sharing, adaptation, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license and indicate if changes were made.

The images or other third party material in this chapter are included in the chapter's Creative Commons license, unless indicated otherwise in a credit line to the material. If material is not included in the chapter's Creative Commons license and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder.

  • Cite this Page Murthy HS, Manochakian R, Kharfan-Dabaja MA. Education and Training. 2021 Oct 29. In: Aljurf M, Majhail NS, Koh MBC, et al., editors. The Comprehensive Cancer Center: Development, Integration, and Implementation [Internet]. Cham (CH): Springer; 2022. Chapter 17. doi: 10.1007/978-3-030-82052-7_17
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CPRIT Comprehensive Cancer Training Program

About the cprit training program.

The overall goal of the CPRIT Comprehensive Cancer Training Program is to facilitate the training of the next generation of outstanding cancer biology researchers to help ensure a diverse pool of highly trained scientists are available to meet the state's and nation's basic, clinical and translational cancer needs.

The program is open to undergraduate, graduate Ph.D., postdoctoral and clinical fellow trainees.

The program is led by:

Jeffrey M. Rosen, Ph.D., C.C., Bell Professor, Department of Molecular and Cellular Biology and Medicine

Graduate students will have opportunities to attend lectures on career development as a component of the Baylor Core Curriculum, and postdoctoral fellows will participate in a Baylor Postdoctoral Career Development Course. All trainees will receive appropriate training in the Responsible Conduct of Research, which includes both didactic lectures as well as small group discussion and problem sessions. All trainees will participate in a yearly DLDCCC Symposium with either a poster or oral presentation.

Unique Aspects of the Program

Several unique aspects of this training program are:

  • The highly successful Summer Medical and Research Training (SMART) Program, which recruits undergraduates for a nationally recognized summer research program.*
  • The Cancer Biology Track within the interdepartmental Integrative Molecular and Biomedical Sciences Graduate Program.
  • The interdepartmental Translational Biology and Molecular Medicine Graduate Program, which provides a novel complementary approach to train individuals in translational biology and promote collaborations between clinical and basic science faculty.
  • The Medical Research Pathway and an M.D./M.S. dual degree.
  • The NIH recognized M.D./Ph.D. Medical Scientist Training Program.
  • A Clinical Postdoctoral Training Program in adult and pediatric hematology/oncology, cell and gene therapy, and in breast cancer.

*More information about the SMART Program can be found on the SMART Program website .

Trainees will have the opportunity to take a series of cancer-focused didactic courses including:

  • Molecular Carcinogenesis
  • Bioinformatic and Genomic Analysis
  • Biostatistics for Translational Researchers

Baylor College of Medicine and the Texas Medical Center provide an outstanding training environment because of the proximity of two NCI Cancer Centers, two medical schools, Rice University, and both public and private hospitals.

Baylor College of Medicine is a major center of the NCI-funded The Cancer Genome Atlas, and our trainees will have research opportunities related to the vast data sets generated by that project.

View our directory of current cancer center members or apply to become a member.

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USC Norris Comprehensive Cancer Center

An NCI-designated Comprehensive Cancer Center

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Cancer Research Training and Education Coordination Programs

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MED-445: Oncology in the Modern Era 

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St. George Cancer Interest Group

NCCC Grand Rounds

*U54 Center for Cancer Health Equity

NCI funded 

R25: Summer Oncology  Fellowship 

*Medical Oncology Research Fellowship 

Italics: URM-Focused

* New/renewed since 2017

Cancer Biology and Genomics PhD Program

*Data Science Fellowship

*Clinical Trials Workshop 

Cancer STEM Education Partnership (C-SEPP)

The goal of this program, led by W. Martin Kast, PhD , is to stimulate knowledge and interest in cancer research and care in elementary school students. The program is developed in collaboration with Dieuwertje (DJ) Kast, MS, MAT, EdD, at the USC Dornsife School’s Joint Educational Project, and co-investigators at the USC Rossier School of Education.  It consists of Next Generation Science Standard aligned, hands-on, and inquiry-based educational curricula for second to fifth grade students in elementary schools serving underrepresented minorities (URM).

The curricula are concentrated in fields of science, technology, engineering, and math (STEM) related to cancer, and will be evaluated through randomized control trials. When fully developed, it will reach more than 2,000 URM students and their teachers each year in seven Los Angeles elementary schools located in the catchment area of USC Norris. Subsequently, it will be disseminated nationwide to science teacher association networks, through both online classes and peer reviewed publications.  

SUN-SMART Health  Curriculum

The SunSmart program provides high-level health and science instruction in alignment with grade-level content standards to diverse high school students in LA County. Students receive a sun safety curriculum led by a professional health educator comprising hands-on, fun activities to motivate them to practice sun-safe behaviors. Lessons take place in the classroom for one hour a week for four consecutive weeks. The program is led by Myles Cockburn, PhD , and Kimberly Miller, PhD. To learn more about this program, check out their website: https://sunsmart.usc.edu/ .

Undergraduate and Graduate:

Convergence: intro to cancer.

This innovative course exposes students to the concept of convergence to gain an understanding of the important role of interdisciplinary science and to prepare them to work in a transdisciplinary cancer research environment. Overseen by Dr. Yves DeClerck , the class is taught by seven instructors from the Viterbi School of Engineering, Departments of Medicine and Preventive Medicine, and the Michelson Center for Convergent Biomedical Science.  For more information regarding this class, please contact [email protected] .

MED-445: Oncology in the Modern Era

This 2-unit course, directed by Diane DaSilva, PhD, provides USC undergraduate students with exposure to the real-life clinical side of health care. It introduces students to the spectrum of clinical and scientific issues surrounding contemporary cancer care – research, risk factors and prevention, molecular, diagnostics, genomic medicine, modern therapeutics, survivorship, community/patient engagement, and cancer health disparities. For more information regarding this class, please contact Diane DaSilva, PhD, at [email protected] .

This is one of four PhD programs at KSOM, and the only one that has a sole focus on cancer. This program, led by Josh Neman, PhD, has recruited 23 students since its creation in 2013. This curriculum includes courses in biomedical engineering in cancer and a course on cancer health disparities. The program currently has 25 students, 23 PhD and 2 MD, PhD candidates. To learn more information about the program, click HERE .

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St. George Cancer Interest Group 

The St. George Society interest group brings together 1 st and 2 nd year medical students with an interest in cancer. Activities are organized by an elected board to which Dr. Yves DeClerck provides advice. Among the activities organized are a cancer survivors panel discussion that address socio-economic issues such as financial toxicity and health disparities. Additional activities include:

  • Lunch panel talks: Students hear from USC Oncologists, Radiation Oncologists, Surgical Oncologists, and Pediatric Oncologists on a variety of topics, and have an opportunity to ask questions to cancer experts.
  • Dinner talks : Students enjoy intimate small group dinners at the USC Faculty Club and are given the opportunity to network and engage with pioneering USC oncologists.
  • Norris Cancer Center Grand Rounds : Students have the opportunity to come to a Grand Rounds talk to directly interact with experts in the field and discuss the latest cutting-edge research in oncology.
  • LAC + USC and Norris Tumor Boards: Students are given the opportunity to observe the collaboration of a variety of oncologists from various specialties as they debate current cases and how those cases were managed.
  • Medical Student Research and Shadowing Program: This program offers interested students research opportunities, mentorship opportunities, or shadowing experience.
  • Community Outreach: Students have the opportunity to engage with patients and survivors through various events, such as patient support group meetings and charity events.

If you would like more information about the St. George Society Interest Group or any of the services it offers, please send an email to [email protected] or click HERE .

Our NIH-supported, highly competitive Summer Oncology Research Fellowship (SORF) Program is designed for students in the summer between their 1st and 2nd years of medical school who are considering a biomedical career that involves cancer research. This research fellowship is held at Children’s Hospital Los Angeles (CHLA) and at USC Norris. SORF immerses top medical students in cutting-edge research experiences within a Team Science framework in oncology and related fields. Students are matched with mentoring teams according to interests and research experience.

Research projects are in pediatric, adolescent/young adult or adult oncology, in fields of clinical, translational, or laboratory research and/or new frontiers in bioinformatics, biomedical engineering, precision medicine, population-based research, survivorship, and other oncology-related fields. 

Students are immersed in their research project under experienced faculty mentors, visit centers of emerging sciences, participate in social activities, interact with faculty, trainees, and cancer survivors and engage in a dynamic interactive curriculum of selected topics in oncology, career development, research skills, research communication, and responsible conduct of research.

Students apply online. Following careful review, the SORF executive committee invites the top 10 to 20 percent of applicants to the program. Invited students indicate their top five project/mentor choices from a list provided and are paired with one. They then connect with their mentor, read background and conceptualize and submit a research proposal prior to arrival. Applicants with serious laboratory research interest are given special attention. Students from underrepresented minorities are encouraged to apply. Students receive a $600/week subsistence. Travel and housing assistance are available for qualifying students. Some students may also be supported for additional research weeks during the school year.

To learn more about this program, email [email protected]

Post-Doctoral​

Medical oncology research fellowship .

This initiative led by James Hu, MD, Yves DeClerk, MD , and Amir Goldkorn, MD , is supported by USC Norris and the Department of Medicine. It provides a special track for post-doctoral MD fellows in adult oncology and malignant hematology-oncology programs. The curriculum includes career development, oversight by a Scholarship Oversight Committee (SOC) that meets three times a year to evaluate progress, attendance at educational workshops, and course work. For more information relating to this research track, please contact James Hu, MD, at [email protected] .  

Data Science Fellowship 

The Hui Lui and Michael Cao Post-Doctoral Fellowship in Cancer Data Science is a new program, funded by a gift given to USC Norris in 2020, that will support up to two USC Norris mentored post-doctoral trainees to undertake research in novel data science approaches to cancer risk assessment, prevention, and/or treatment. Among the post-doctoral fellows funded in the first year, one will apply artificial intelligence leveraging gene expression data to improve classification of brain tumors, while the other will apply machine learning algorithms leveraging the electronic health record to identify aggressive prostate cancer subgroups for targeted screening.

Clinical Trials Workshop 

In collaboration with the Medical Director of the USC Norris Cancer Investigations Support Office (CISO), Anthony El-Khoueiry, MD, several new educational offerings support faculty and trainee career development as clinical trialists. Ad hoc individual or small group orientations also occur at other times as needed in response to new faculty recruitments. Notably, these orientations are supplemented by a Clinical Trials Workshop that offers structured training on the principles of clinical trials design and conduct for all USC Norris fellows and junior faculty. The workshop consists of ten weekly lectures and is a joint effort between CISO, the Cancer Research Training and Education Coordination Programs, and the Data Science Shared Resource.

  • an initial face to face review of the specific aims page and initial study design between the junior faculty member and two to three senior mentors (from different disciplines) with a track record of NIH funding and experience in the peer review process;
  • a detailed review of the entire application by one to two senior faculty members at least three months before the submission date; and
  • review by a grants editor with experience in grant writing and submission.

U54 Center for Cancer Health Equity

Under the leadership of   Dr. John Carpten   and Dr. Mariana Stern  at USC, we have teamed up with the University of Florida, and the Florida A&M University, a historically Black college, to work together in research, education, and community outreach via the Florida-California  Cancer Research, Education and Engagement Health Equity Center (CaRE 2) .  This center addresses cancer disparities with a focus on prostate and pancreatic cancer among African Americans and Latinos, though not limited to those cancers. The program trains URM faculty (and graduate and post-doctoral trainees) to conduct research on cancer health disparities and community outreach and engagement. Numerous USC Norris members participate in teaching. This program (2018-2023) will support the training of seven post-baccalaureate students, 15 PhD students, 15 post-doctoral fellows, and 15 early stage investigators.

For more information, contact Anne Taguchi, Center Administrator
, at  [email protected]

CRTEC-COE Community Education

The first bilingual Community Cancer Conference on Innovative Research and Precision Oncology Treatments was held at the USC Norris Comprehensive Cancer Center in Los Angeles on November 9th, 2019. The conference was organized by a collaboration between the Tower Cancer Research Foundation, The Lippin Family,  Lazarex Cancer Foundation , the USC Norris Office of Community Outreach and Engagement (COE), the Office of Training and Education, and the Florida-California Cancer Research, Education & Engagement  (CaRE 2 ) Health Equity Center .

A series of community partners supported the effort.  Dr. Caryn Lerman , Director of  USC Norris, made a welcome focusing on precision medicine and  under-represented  minorities in cancer research, followed by panels and  presentations from prominent professionals and cancer survivors.

During this inaugural conference, COE gave the first Annual Trojan Partnership Award; the first recipients of this distinction were the Tower Cancer Research Foundation and the Lippin Family for their contributions to supporting the underserved patient community in Los Angeles.  This conference will occur annually.  For more information, please contact Dr. Carolina Aristizabal at  [email protected].

National Cancer Institute, Division of Cancer Control & Population Sciences

  • Implementation Science

The Implementation Science (IS) team coordinates and supports training and educational activities in partnership with other academic institutions, professional organizations, and funding agencies aiming to increase the field’s capacity to conduct rigorous implementation research.

Implementation Science Webinars

The Implementation Science Webinars series is a free, monthly webinar series focused on advanced topics in dissemination and implementation (D&I) research.

Training Institute for Dissemination and Implementation Research in Cancer (TIDIRC)

Note: This program is currently on hiatus. Future cohorts will be announced via email. Sign up for the IS listserv .

A critical issue blocking improvement in the health of people across the cancer continuum is the gap between what we know can optimize health and cancer care and what is implemented in practice.

Dissemination and implementation (D&I) research seeks to address this gap by understanding how to deliver evidence-based strategies to improve health and prevent disease in clinical and public health practice. D&I research draws from a variety of behavioral and social science disciplines and employs approaches and methods that were not previously taught in most graduate degree programs.

Though this field of research has gained momentum in recent years, there is still a need to grow a cadre of new and established scientists who are prepared to:

address the complex process of bridging research and practice in a variety of real-world settings

conduct research that balances rigor with relevance and employs study designs and methods appropriate for the complex processes involved in D&I.

The Training Institute for Dissemination and Implementation Research in Cancer (TIDIRC) has been adapted from the broader Training Institute in Dissemination and Implementation Research in Health (TIDIRH). For a background on TIDIRH, see:

exit disclaimer

TIDIRC Course Options

Tidirc openaccess.

TIDIRC OpenAccess makes the training materials used in the TIDIRC Facilitated Course available to the public. This resource is intended to be an introduction to implementation science methods and approaches and is disease agnostic. When delivered as a facilitated training, the mentored component focuses on the cancer control continuum.

TIDIRC Facilitated Course

The National Cancer Institute (NCI) Division of Cancer Control and Population Sciences (DCCPS) hosts this training institute to provide participants with a thorough grounding in conducting D&I research with a specific focus on cancer, across the cancer control continuum.

Foundational Program

Training institute for dissemination and implementation research in health (tidirh).

Note: This program is no longer active.

The Training Institute for Dissemination and Implementation Research in Health (TIDIRH) was developed by the National Institutes of Health (NIH) to help build capacity in dissemination and implementation research. TIDIRH was held annually from 2011 through 2015 as a residential training program. From 2016 through 2020, TIDIRH has met in the Washington, D.C. area offered as a dual online and in-person training.

TIDIRH

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By signing up for this email you are agreeing to receive news and information from NCI DCCPS. Click here to visit NCI’s policies.

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  • Living and Working @ Iowa

Jobs@UIOWA

Cancer Education Programs Coordinator - Cancer Center

🔍 iowa city, iowa, united states.

Holden Comprehensive Cancer Center Office of Cancer Career Enhancement and Training (OCCET) is seeking an Academic or Clinical Program Management & Services Associate to provide administrative support for programs such as the Post-Baccalaureate Fellowship Program (ICARE), HCCC Research Seminar Series, Career Development Series, Clinical Trials Bootcamp, and Postdoc Skill Building Series as part of the Holden Comprehensive Cancer Center (HCCC). This position will also represent OCCET at recruitment conferences. The goal of the OCCET is to establish and foster infrastructure that coordinates and facilitates educational opportunities to enhance the careers of cancer researchers, clinicians, and community providers. This office is a central hub of resources for trainees and caregivers at every stage within the Holden Comprehensive Cancer Center. Key areas of responsibility include coordination of routine/non-routine and confidential tasks in support of the academic programs. Serve as point of contact for programs and provide information, guidance, and interpretation of UI academic policies and procedures. Coordinate enrollment, orientation, onboarding, courses, and events.   Contribute to the strategic goals of the programs by upholding academic integrity, promoting student engagement, and supporting student success.   May perform other duties as assigned.   This position requires a high level of discretion, confidentially, attention to detail and accuracy, and independent judgement.

  This position is eligible for a hybrid work arrangement of both on-campus (UIHC) and remote work within the state of Iowa upon completion of a training period, with the majority of work taking place on the U of I/UIHC campus.  Per policy, work arrangements will be reviewed annually, and must comply with the remote work program and related policies and employee travel policy when working at a remote location.

  Duties to include:

1. Recruit, Admit, and Retain Prospective and Current Students for Programs, Major Departments or Colleges:

  •           Serve as the first point of contact via e-mail, telephone, and/or written correspondence for the programs.
  •           Consult with and communicate admission policies and procedures to current and prospective post-baccalaureate trainees.
  •           Liaison with UI Graduate College, OVPR Office, and Admissions to facilitate all aspects to admit and retain post-baccalaureate trainees.
  •           Assist with planning and attend campus recruitment activities for the programs. Assist with planning and attend career development programs. Represent the programs at events.
  •           Coordinate recruitment activities for prospective students.   Serve as primary point of contact for interviewees, potential recruits, current and graduated learners, while maintaining confidentiality.
  •           Assist and advise student committees.
  •           Collect candidate admissions data from multiple sources; assist in developing and maintain detailed database.

2. Internal Communications:

  •           Identify key stakeholders within the cancer center's internal community, including staff, researchers, and healthcare professionals.
  •           Collaborate with departments and teams to gather and disseminate internal news, updates, staff recognition, press ganey information, and announcements.
  •           Maintain the intranet platform, ensuring it is up-to-date and user-friendly for all staff members.
  •           Support the planning and execution of internal events, such as staff meetings, training sessions, and employee recognition programs.
  •           Foster strong relationships with internal stakeholders to ensure effective communication and information sharing.

3. Enrollment Management:

  •           Assist in developing and implementing departmental courses in MAUI and ICON for the program. Submit course enrollment and grades through MAUI.
  •           Advise and inform post-bac program students. Monitor course enrollments and assist with scheduling and course selection.   Grant special permission for courses. Evaluate non-program students for appropriate enrollment in restricted program courses.
  •           Appoint incoming students for programs with all HR processes, complete I-9 and other required onboarding. Request computer and building access.   Edit and assemble orientation material and monitor for completion of compliances.   Liaison with faculty mentors, the HCCC, and instructors, and supporting programs. Facilitate orientation events.

4. Academic Standards and Curriculum Policies:

  •           Provide guidance and information to students regarding University of Iowa and program policies and procedures.  
  •           Interpret and inform post-baccaluareate students on registration, curriculum requirements, and exam scheduling. Remind students of deadlines.
  •           Maintain documentation and records.

5. Academic Program Management(Planning, Designing, Integrating, and Evaluating Curriculum):

  • Provide academic program coordination for the ICARE program and Career Development Series.
  • Provide administrative support for HCCC Research Seminar Series, Clinical Trial Bootcamp and Postdoc Skill Building Series.
  • Collaborate in design of appropriate curriculum to support evolving requirements and ensure compliance with all regulatory bodies.   Assist in identifying benchmarks and potential barriers for curriculum planning.
  • Assist in development of academic program materials.
  • Develop tools such as surveys and data reports to evaluate feedback for curriculum development and teaching.  
  • Consult with program directors concerning appropriate methods of instructions, format, and student evaluation.  
  • Plan and coordinate program events.
  • Maintain effective working relationships with faculty, students, and staff. 
  • Maintain contact with former students to track career and achievements. Monitor PubMed for publications and maintain database.

6. Budget Oversight and Management:

  • Plan and manage travel logistics and complex schedules for visiting seminar speakers, including arrangement for facilities, travel reimbursement, schedules involving calendar coordination, and catering.
  • Initiate awards and payments to students in Departmental Scholarships and Grants portal, including recruitment incentives, tuition, and mandatory and/or international fees.   Monitor U-Bills for payments by other departments.  
  • Purchase program supplies, academic materials, and promotional items, arrange travel, arrange events and catering.   Purchase and arrange recruitment travel.   Reimburse students and recruits for out-of-pocket expenses.   Reconcile p-card.
  • Create invoices, initiate billing transactions, and maintain financial reports.
  • Make recommendations on cost saving of supplies and recurring expenses.
  • Review and track program expenses using EFR and maintain budget spreadsheets.   Provide Program Director with financial updates.
  •         When trainees are matched with a mentor, notify mentor’s department of financial obligations including stipend, tuition, and fees. Initiate mentorship agreement for signatures.

7. Operational Support and Other Duties:

  • Exercise discretion and judgment in providing confidential information to appropriate parties.
  • Maintain compliances with knowledge of UI policies and procedures and other policies as applicable and assist in developing program policies and procedures based on external requirements.
  • Compose and coordinate program related communications including letters, emails, posters and mailings, requiring a high level of attention to detail, excellent organizational skills and effective written, verbal and interpersonal communication skills.
  •         Perform special projects and other tasks as assigned.

SUPERVISION RECEIVED:

Supervision provided by the Assistant Director for Career Enhancement 

SUPERVISION EXERCISED:

University of Iowa Hospitals & Clinics—recognized as one of the best hospitals in the United States—is Iowa's only comprehensive academic medical center and a regional referral center. Each day more than 12,000 employees, students, and volunteers work together to provide safe, quality health care and excellent service for our patients. Simply stated, our mission is: Changing Medicine. Changing Lives. ®  

Holden Comprehensive Cancer Center is Iowa’s only NCI-designated comprehensive cancer center. The NCI designation recognized our cancer center, and its research scientist, physicians, and other health care professionals, for their roles in advancing cancer research that impacts on our ability to prevent, detect and treat our patients with cancer. Not just a floor, or a building, or even confined to a single college. Holden Comprehensive Cancer Center coordinates all cancer-related research, education, and patient care by faculty from 41 departments and six colleges, as well as UI Hospitals and Clinics and UI Children’s Hospital.

Percent of Time: 100%

Pay Grade: 3A

https://hr.uiowa.edu/pay/guide-pay-plans

Benefits Highlights:

  •           Regular salaried position located in Iowa City, Iowa
  •           Fringe benefit package including paid vacation; sick leave; health, dental, life and disability insurance options; and generous employer contributions into retirement plans
  •           For more information about Why Iowa?, click  here

Required Qualifications

  •           A Bachelor’s degree or an equivalent combination of education and experience.
  •           Some (1-2 years) administrative and academic experience.
  •           Demonstrated ability to meet deadlines, follow-up, and multi-task with minimal supervision.
  •           Demonstrated ability to work collaboratively across functions, levels, and departments towards shared objectives
  •           Demonstrated organizational and project management skills
  •           Excellent verbal and written communication skills
  •           Demonstrated proficiency in computer software applications, especially Microsoft Office Suite.
  •   Demonstrated working proficiency in the ability to work with various individuals and large groups .
  •           Demonstrated initiative to lead and develop programs.
  •           Knowledge and ability to serve as an informal resource for trainees and applicants.

Highly Desirable Qualifications

  •           Experience planning and/or organizing meetings and group events and serving as a liaison for the organization
  •           Demonstrated desire for ongoing professional development
  •           Minimum of 3 years’ experience working with graduate programs or fellowship or internship programs
  •           Experience with developing promotional materials and creative professional business correspondence
  •           Prior experience with academic software and applications such as MAUI, ICON, and external reporting systems.  

Desirable Qualifications

  •           Knowledge of University of Iowa and University of Iowa Health Care policies, procedures, and regulations.

Application Process: In order to be considered, applicants must upload a resume and cover letter (under submission relevant materials) that clearly address how they meet the listed required and desired qualifications of this position . 

Job openings are posted for a minimum of 14 calendar days. 

Successful candidates will be required to self-disclose any conviction history and will be subject to a criminal background check and credential/education verification.

References: Five professional references will be requested and required at a later step in the recruitment process

This position is not eligible for University sponsorship for employment authorization. 

With additional questions, please reach out to Sarah Waldschmidt at  [email protected]

  • Classification Title: Acad Clin Prog Mgt Associate
  • Appointment Type: Professional and Scientific
  • Schedule: Full-time
  • Work Modality Options: Hybrid within Iowa
  • Pay Level: 3A
  • Organization: Healthcare
  • Contact Name: Sarah Waldschmidt
  • Contact Email: [email protected]

Equal opportunity/affirmative action employer

The University of Iowa is an equal opportunity/affirmative action employer. All qualified applicants are encouraged to apply and will receive consideration for employment free from discrimination on the basis of race, creed, color, religion, national origin, age, sex, pregnancy (including childbirth and related conditions), disability, genetic information, status as a U.S. veteran, service in the U.S. military, sexual orientation, gender identity, or associational preferences.

Persons with disabilities who need assistance or accommodations with the application or interview process may contact University Human Resources/Faculty and Staff Disability Services, (319) 335-2660 or [email protected] .  For jobs in UI Health care, please contact UI Health care Leave & Disability Administration at 319-356-7543 .

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UT Tyler Health Science Center

UT Tyler Health Science Center

Build a healthier tomorrow.

Home to the region’s only academic medical center, The University of Texas at Tyler Health Science Center is one of the five campuses of UT Tyler. Two of UT Tyler’s four health-related schools have a presence on this campus: the School of Health Professions and the School of Medicine.

Campus History

Founding Dean Brigham Willis, speaking at a conference

Our Beginnings

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Joining the University of Texas System

UT Health Science Center Biomedical Research Building

A Name Change

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New Programs

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Campus Programs and Facilities

The UT Tyler Health Science Center facility offers an array of crucial medical and healthcare education resources, fostering an environment dedicated to excellence in education. From cutting-edge simulation labs to dedicated research spaces, every aspect of the UT Tyler Health Science Center is designed to enhance the educational experience. This dynamic campus is not just a hub for learning; it’s a catalyst for progress in healthcare education and a testament to UT Tyler's commitment to shaping the future of healthcare in the East Texas region.

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Office of Health Affairs

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School of Health Professions

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School of Medicine

UT Tyler Health Science Center Biomedical Research Building

Center for Biomedical Research

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Simulation in Medicine and Immersive Learning Experience Center

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UT Health North Campus Tyler (UTHET)

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HOPE Cancer Center

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A Regional Leader in Health Research

UT Tyler pioneers solutions to improve health. Several research centers, including the Center for Mycobacterial Treatment and Discovery and the Center for Biomedical Research, are housed on this campus. The centers build on our history of innovative treatments for lung disease and focus on the health concerns of rural populations through projects funded by agencies like the National Institutes of Health and the Centers for Disease Control and Prevention. Students benefit from hands-on research opportunities and instruction informed by the latest developments in the field. 

Dr. Maolin Lu

Dr. Maolin Lu

Assistant Professor of Cellular and Molecular Biology

Meet Professor Lu

Community Outreach and Engagement

Ut health east texas.

In its regional network of hospitals, clinics and other facilities, UT Health East Texas delivers world-class care to thousands of patients each year while conducting clinical trials and training the next generation of professionals through UT Tyler’s unique programs. The UT Tyler Health Science Center is home to UT Health North Campus Tyler .

Public Health Programs

Faculty, staff and students at the UT Tyler Health Science Center campus connect their expertise with local community needs to assist traditionally underserved populations through an array of health and outreach programs, including behavioral health telemedicine services for rural populations, cancer screenings, parental education, lifestyle changes and more.

Regional Health Resources

To strengthen regional healthcare, we train community health workers, promote healthcare careers in underrepresented communities and support community health education and development efforts.

Connect With Us

The university of texas at tyler health science center.

Phone:   903.877.7777

We’re pioneering the future of healthcare in East Texas. Find out how you can join us.

11937 U.S. Hwy. 271 Tyler, TX 75708-3154

COLUMBIA UNIVERSITY IN THE CITY OF NEW YORK

Parliament, Office Building, Building, Architecture, Urban, Postal Office, Grass, Plant, City, Town

Non-Student Short-Term Casual

  • Herbert Irving Comprehensive Cancer Center
  • Columbia University Medical Center
  • Opening on: Apr 30 2024
  • Job Type: Short Term Casual
  • Bargaining Unit:
  • Regular/Temporary: Temporary
  • End Date if Temporary: 12/31/2024
  • Hours Per Week: 10
  • Standard Work Schedule:
  • Salary Range: $20-$20
  • End Date if Temporary:

Position Summary

The incumbent will participate in and support research projects conducted within the Herbert Irving Comprehensive Cancer Center (HICCC).

Responsibilities

  • Responsibilities will include support of basic, clinical, and population science-based projects as part of the HICCC Youth Enjoy Science Training in Health Equity, Highlighting Environmental Inequities, & Growing neighborHood Teachers and Students (YES in THE HEIGHTS) Program.
  • In addition, the short-term casual will participate in Scientific Enrichment Month, Journal Club, and other educational activities associated with the YES in THE HEIGHTS Program.
  • This is a temporary, 8-week internship.

Minimum Qualifications

  • Current enrollment in a high school or undergraduate institution required.

Equal Opportunity Employer / Disability / Veteran

Columbia University is committed to the hiring of qualified local residents.

Commitment to Diversity 

Columbia university is dedicated to increasing diversity in its workforce, its student body, and its educational programs. achieving continued academic excellence and creating a vibrant university community require nothing less. in fulfilling its mission to advance diversity at the university, columbia seeks to hire, retain, and promote exceptionally talented individuals from diverse backgrounds.  , share this job.

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  1. Comprehensive Cancer Research Training Program

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    March 29-30, 2021 Virtual Event The Comprehensive Cancer Research Training Program is an annual immersive course that invites graduate and postdoctoral students, residents, clinical fellows and research fellows to take part in a free, unique, comprehensive introduction to the vanguard of current cancer research.

  4. Train at NCI

    If you choose to apply to a program using one of the applications hosted at Train at NCI, please be aware that this information collection has been approved by the Office of Management and Budget. OMB No. 0925-0761. Expiration Date 07/31/2025. Collection of this information is authorized by The Public Health Service Act, Section 411 (42 USC 285a).

  5. Cancer Research Training and Education Coordination

    Cancer Research Training and Education Coordination (CRTEC) program aims to develop and implement structures which allow prospective learners to join us in studying cutting-edge cancer-focused treatments and technologies and leaves them better prepared to be productive and successful cancer researchers and professionals.

  6. Advanced Oncology Fellowship Program

    The Advanced Fellowship Program in Oncology at Memorial Sloan Kettering Cancer Center (MSK) is dedicated to enhancing subspecialized education and skill development in the field of oncology and offers a 1-3 year arrangement in clinical, multidisciplinary, and translational research training for those who have completed subspecialty fellowship training in medical oncology and hematology.

  7. Training & Education

    Cancer Research Training & Education Coordination (CRTEC) UNC Lineberger Comprehensive Cancer Center is committed to recruiting, training and retaining the next generation of cancer researchers and care providers. We offer training opportunities that span the spectrum of cancer biology, basic science, cancer control and prevention, cancer care ...

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    USC Norris Cancer Research Training and Education Coordination (CRTEC) is led by Josh Neman-Ebrahim, PhD, with an exceptional leadership team composed of W. Martin Kast, PhD, Ite Offringa, PhD, and Jennifer Unger, PhD, all members of USC Norris, providing expertise in precollegiate education, graduate education, and evaluation respectively. CRTEC's mission is to prepare the next generation ...

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    At the heart of every comprehensive cancer center is education and training. The prominence of a cancer center is often correlated to the strength of their educational and training programs. Education is responsible for training the next generation of clinicians, advanced practice providers, nurses, other supporting staff, and researchers. This chapter provides the framework of education and ...

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    The Tumor Biology & Microenvironment Program aims to understand the immunological, stromal, and cell-intrinsic mechanisms that regulate tumor initiation and cancer progression. Tumor Biology and Microenvironment. NewYork-Presbyterian (link is external and opens in a new window) Research programs at the Herbert Irving Comprehensive Cancer Center.

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    The National Cancer Institute has renewed funding for two collaborative programs through which UCLA Jonsson Comprehensive Cancer Center researchers are developing new biomarkers for earlier detection and more effective treatment of cancers. The grants are part of the NCI's Early Detection Research Network.

  18. Program Guide

    Quality Training Program . Global Courses . Global Curriculum Recommendations . Medical Oncology In-Training Examination . ... N. N. Blokhin Russian Cancer Research Centre, Birobidzhan Regional Cancer Center, P.A. Herzen Moscow Oncological Research Institute, Moscow City Clinical Oncology Hospital No. 1, Tula Regional Oncology Dispensary ...

  19. Program Guide

    Quality Training Program . Global Courses . Global Curriculum Recommendations . Medical Oncology In-Training Examination ... Paris, France, Medical University of Vienna, Vienna, Austria, Department of Medical Oncology and Therapeutics Research, City of Hope Comprehensive Cancer Center, Duarte, CA, Università degli Studi della Campania Luigi ...

  20. Program Guide

    David Geffen School of Medicine at University of California Los Angeles, Los Angeles, CA, Moscow City Oncology Hospital No.62, Moscow, Russian Federation, Sarah Cannon Research Institute, Tennessee Oncology, Nashville, TN, National Taiwan University Hospital and National Taiwan University College of Medicine, Taipei, Taipei, Taiwan, University Hospital Erlangen, Comprehensive Cancer Center ...

  21. Cancer Education Programs Coordinator

    Holden Comprehensive Cancer Center Office of Cancer Career Enhancement and Training (OCCET) is seeking an Academic or Clinical Program Management & Services Associate to provide administrative support for programs such as the Post-Baccalaureate Fellowship Program (ICARE), HCCC Research Seminar Series, Career Development Series, Clinical Trials Bootcamp, and Postdoc Skill Building Series as ...

  22. UT Tyler Health Science Center

    Pioneering research, innovating academic programs and impacting our community. Come explore what the UT Tyler Health Science Center has to offer. ... an Infantry Replacement Training Center opened by the Army in 1943. After it was acquired by the state of Texas, it became a tuberculosis sanitorium. ... cell motility and cancer research.

  23. Comprehensive Cancer Research Training Program

    Thursday, September 8-10, 2022. The Stanford Cancer Institute's (SCI) Comprehensive Cancer Research Training Program (CCRTP) is an annual immersive course that invites trainees to participate in a unique, comprehensive introduction to the vanguard of current cancer research. This ambitious curriculum features daily plenary sessions on general ...

  24. PAVmed Subsidiary, Veris Health, Signs Memorandum of ...

    The Ohio State University Comprehensive Cancer Center - Arthur G. James Cancer Hospital and Richard J. Solove Research Institute (the "OSUCCC - James"), is the only cancer program in the United States that features a National Cancer Institute (NCI)-designated comprehensive cancer center aligned with a nationally ranked academic health ...

  25. Targeted Therapy, Treatment Disparity Featured at Cancer Meeting

    The theme of this year's conference, "Inspiring Science, Fueling Progress, Revolutionizing Care," showcased the latest advances in the biology, prevention, detection, diagnosis, and treatment of cancer, as well as state-of-the-art concepts and technologies shaping cancer research today. This year's program featured innovative research ...

  26. Non-Student Short-Term Casual

    Job Type: Short Term Casual Bargaining Unit: Regular/Temporary: Temporary End Date if Temporary: 12/31/2024 Hours Per Week: 10 Standard Work Schedule: Building: Salary Range: $20-$20 The salary of the finalist selected for this role will be set based on a variety of factors, including but not limited to departmental budgets, qualifications, experience, education, licenses, specialty, and training.