Meaning, definitions & need of educational research.Neha Deo
To understand the meaning & nature of research, one must study the different definitions of research. In this presentation, definitions of research & educational research are given. From the definitions important characteristics of the research are listed & need of the educational research is also given.
The document summarizes the key aspects of the National Education Policy 2020 related to higher education in India. It outlines the policy's vision of transforming India into a global knowledge superpower by focusing on foundational literacy, flexibility across disciplines, ethics and values, technology use, and teachers as the heart of learning. Some major changes proposed include multidisciplinary universities, faculty autonomy, curriculum revamp, access and inclusion, internationalization, research promotion through a National Research Foundation, and an integrated regulatory system.
M.ed. research proposal writing dr.c.thanavathiThanavathi C
The document provides guidance on writing a research proposal. It begins by defining research and explaining the components of a research title. It then discusses psychological barriers in developing a title and initial steps to take such as reading, identifying areas of interest, and consulting with experts. The document outlines qualities of a strong title and how to generate, represent, and confirm a title. It also discusses dos and don'ts. Finally, it provides a sample research proposal format and details each section including the problem statement, objectives, literature review, methodology, and time schedule. The overall document serves as a comprehensive guide for developing an effective research proposal.
Knowledge generation can occur through directed research, experiments, and interactions within academic institutions, firms, and organizations. It can also be casual and occur during daily work. Knowledge is created through practice, collaboration, interaction and education, and is indicated by human capital inputs and outputs. Knowledge is also generated from written sources and developing concepts, and appropriate data helps create new knowledge.
The document defines and discusses different types of educational research. It begins by defining research as a systematic process of investigation that uses specialized tools and procedures to solve problems. Educational research specifically aims to develop a science of behavior in educational situations to determine the most effective teaching methods. The document outlines that educational research is purposeful, objective, and concerned with solving problems through quantitative and systematic analysis of collected data. It then describes the main types of educational research as quantitative (experimental, quasi-experimental, correlational) and qualitative (survey, case studies, documentary analysis, ethnographic, historical, philosophical). Several specific methodologies like experimental research, quasi-experimental research, and correlation research are also defined.
This document discusses innovation and higher education from an Indian perspective. It provides an overview of innovation initiatives at the National Innovation Foundation and Council in India. It then focuses on the specific efforts at NIT Silchar to promote innovation culture through courses, a research promotion cell, Indovation Lab, incubation of startups, skill development programs, renewable energy projects, and telemedicine initiatives. It outlines some challenges in promoting innovation such as lack of national guidance, recognition, networking and resources. The document aims to showcase how NIT Silchar is working to foster innovation among students and the community.
The document discusses the importance of educational research and characteristics of a good research problem. It notes that educational research is important for knowledge development, practical improvement, and informing policy. It also contributes to academic rewards, improving practices, facilitating learning, and verifying previous findings. A good research problem should be beneficial to society, have a compelling topic that supports multiple perspectives, generate research questions, and be achievable within time and budget constraints while being grounded in theory.
Meaning, definitions & need of educational research.Neha Deo
To understand the meaning & nature of research, one must study the different definitions of research. In this presentation, definitions of research & educational research are given. From the definitions important characteristics of the research are listed & need of the educational research is also given.
The document summarizes the key aspects of the National Education Policy 2020 related to higher education in India. It outlines the policy's vision of transforming India into a global knowledge superpower by focusing on foundational literacy, flexibility across disciplines, ethics and values, technology use, and teachers as the heart of learning. Some major changes proposed include multidisciplinary universities, faculty autonomy, curriculum revamp, access and inclusion, internationalization, research promotion through a National Research Foundation, and an integrated regulatory system.
M.ed. research proposal writing dr.c.thanavathiThanavathi C
The document provides guidance on writing a research proposal. It begins by defining research and explaining the components of a research title. It then discusses psychological barriers in developing a title and initial steps to take such as reading, identifying areas of interest, and consulting with experts. The document outlines qualities of a strong title and how to generate, represent, and confirm a title. It also discusses dos and don'ts. Finally, it provides a sample research proposal format and details each section including the problem statement, objectives, literature review, methodology, and time schedule. The overall document serves as a comprehensive guide for developing an effective research proposal.
Knowledge generation can occur through directed research, experiments, and interactions within academic institutions, firms, and organizations. It can also be casual and occur during daily work. Knowledge is created through practice, collaboration, interaction and education, and is indicated by human capital inputs and outputs. Knowledge is also generated from written sources and developing concepts, and appropriate data helps create new knowledge.
The document defines and discusses different types of educational research. It begins by defining research as a systematic process of investigation that uses specialized tools and procedures to solve problems. Educational research specifically aims to develop a science of behavior in educational situations to determine the most effective teaching methods. The document outlines that educational research is purposeful, objective, and concerned with solving problems through quantitative and systematic analysis of collected data. It then describes the main types of educational research as quantitative (experimental, quasi-experimental, correlational) and qualitative (survey, case studies, documentary analysis, ethnographic, historical, philosophical). Several specific methodologies like experimental research, quasi-experimental research, and correlation research are also defined.
This document discusses innovation and higher education from an Indian perspective. It provides an overview of innovation initiatives at the National Innovation Foundation and Council in India. It then focuses on the specific efforts at NIT Silchar to promote innovation culture through courses, a research promotion cell, Indovation Lab, incubation of startups, skill development programs, renewable energy projects, and telemedicine initiatives. It outlines some challenges in promoting innovation such as lack of national guidance, recognition, networking and resources. The document aims to showcase how NIT Silchar is working to foster innovation among students and the community.
The document discusses the importance of educational research and characteristics of a good research problem. It notes that educational research is important for knowledge development, practical improvement, and informing policy. It also contributes to academic rewards, improving practices, facilitating learning, and verifying previous findings. A good research problem should be beneficial to society, have a compelling topic that supports multiple perspectives, generate research questions, and be achievable within time and budget constraints while being grounded in theory.
The document discusses the importance of effective teaching skills for student achievement. It outlines that teacher learning is a continuous process that helps teachers develop new proficiencies, master new knowledge, and improve student learning. Specific teaching skills discussed include critical thinking, communication, organization, creativity, leadership, and time management. The document also provides strategies for effective lesson delivery, classroom management, and interactive teaching and learning.
2.capacity building of Teacher Education InstituitionsSahin Mondal
This document discusses teacher education institutions in India and the role of teacher educators. It notes that district institutes of education are responsible for pre-service and in-service teacher training at the elementary level, while universities provide secondary teacher education. Teacher educators have many responsibilities beyond teacher training, including curriculum development, textbook preparation, and data collection. The document argues that planning for teacher education should be done at the district level based on needs, and more teachers educators are needed to address the large workload. It provides strategies for increasing capacity, such as incentives for teacher educator qualifications and strengthening infrastructure.
Indian higher education system, growth and regulatory bodies, Governance and role of Vice chancellors, Autonomy, University industry linkage,problems and lacunae of Indian Higher education .
MODERN TRENDS IN CURRICULAR MOVEMENTS IN STATE LEVEL IN TEACHING NATURAL SCIE...Dadu Brutally Innocent
The document discusses modern trends in science curriculum and the role of the State Council of Educational Research and Training (SCERT) in India. It outlines several trends in science education including the establishment of state science education institutes, developing indigenous curricula, emphasizing conceptual learning over facts, and developing low-cost science materials. It describes SCERT's functions in developing curricula, training teachers, and implementing educational reforms. SCERT plays an important role in curriculum development and qualitative improvements in school education. The document also discusses trends toward individualized, interdisciplinary, and social issues-oriented approaches to curriculum construction.
The National Institutional Ranking Framework was launched in 2015 by the Ministry of Human Resource Development to rank higher education institutions in India. It ranks universities, colleges, engineering, management, pharmacy, architecture, and other institutions based on parameters like learning resources, research, graduation outcomes, perception, and inclusivity. The rankings are intended to help students choose top institutions and promote competition among institutions to raise education standards.
This document discusses the role of higher education and the use of information and communication technologies (ICT) in teaching and learning. It notes that higher education shapes students' behaviors, minds, and values. It also outlines several approaches to integrating ICT in the classroom, such as complementing existing lessons or enhancing student learning. The document emphasizes that effective use of ICT can motivate students and make classes more dynamic, but teachers need training to incorporate digital tools and resources pedagogically.
Naac presentation education department - central university of keralaThiyagu K
This power-point was prepared for the purpose of NAAC Peer team visit to our Department of Education, Central University of Kerala on 25th October 2016. It is my pleasure to share our department profile power-point in this social platform...
Structural change e.g. in organisation, policy, programmes, courses;
Systematic transformation of the education system; e.g. Vision of Teacher Education Strategy and Standards for New Teachers
Educational change is a broad term that refers to both shifting perspectives within education and efforts of reform within education.
The efforts taken to adjust to those new ideas and meet those needs can be categorized as educational change.
This document discusses the various values of science. It begins by defining science as the systematic study of nature through observation and experimentation. It then outlines several values of science in general and physics specifically, including utilitarian values in improving standards of living, cultural values in influencing thinking and technology, disciplinary values in developing logical reasoning, aesthetic values in appreciating nature's beauty, moral values in cultivating truthfulness, psychological values in fostering open-mindedness, and vocational values in preparing for various professions. The conclusion states that given its close ties to daily life and usefulness to individuals and communities, science cannot be neglected from school curriculums.
This document discusses the importance of science as a subject. It outlines several values that science education cultivates in students, including intellectual, utilitarian, vocational, aesthetic, cultural, recreational, moral, and transactional potentiality values. Science has changed human life through technology and inventions. It helps develop problem-solving skills and encourages logical thinking. Science is also essential to many careers and has practical applications to daily life.
Science is an important subject that should be included in school curriculums for several reasons. It provides intellectual, aesthetic, utilitarian, vocational, cultural, moral, and psychological value. Science helps improve agriculture, health, trade, industry, and educational opportunities. It promotes logical thinking, curiosity, and a passion for truth and nature. Incorporating science into education helps develop scientific attitudes and temper in students. Both the UNESCO and Kothari Commission have strongly recommended making science a core subject throughout primary and secondary school.
This document discusses strategies for engaging undergraduate students in research and inquiry throughout their entire university experience. It suggests that research and inquiry should be incorporated from students' first year through to their final projects before graduation. Various models are presented for how to embed research in the curriculum at different stages of students' academic careers, from introductory courses in the first year to capstone experiences like dissertations in the final year. The document advocates for developing a "research-active curriculum" where all students experience learning through and about research in order to prepare them for professional careers.
The document discusses the importance of integrating information and communication technologies (ICT) into teacher education and training in India. It notes that both pre-service and in-service teacher training are currently inadequate. ICT can help make teaching more engaging and dynamic, as well as help teachers develop new skills. However, effectively integrating ICT requires sufficient access to technology, high-quality digital content, and training teachers to use digital tools. The document provides examples of how ICT can be integrated into different subjects and outlines essential ICT skills and approaches for teachers.
This document outlines the curriculum framework for a 2-year B.Ed. program. It is divided into 3 main curricular areas: Perspectives in Education, Curriculum and Pedagogic Studies, and Engagement with the Field. Key aspects of the curriculum include developing reflective teaching skills, understanding learners' social and cultural contexts, engaging with theoretical concepts, and meaningful internship experiences. Courses aim to examine students' own positions and challenge misconceptions through discussion, reflection, and experiential learning activities.
Dr. Ramneek Kaur is an assistant professor in the zoology department at Dev Samaj College for Women in Ferozepur. The document discusses various topics related to education including the purpose of education, key aspects like critical thinking and citizenship, reforms like the no detention policy and grading system, vocational education, the semester system and credit transfer, initiatives like SWAYAM and SWAYAM Prabha, and recommendations of the new National Education Policy.
This document discusses the importance of science education. It begins by defining science education as sharing science content and processes with individuals. It then provides background on the first science teacher in a British public school. The document emphasizes that science education is important for elementary school students as it helps them communicate, learn about the world, develop problem-solving skills, perseverance, and interests in future science careers. However, the document notes that science education in the Arab world faces challenges like low quality programs, outdated curricula, lack of access to technology, and neglect of hands-on learning.
Curriculum Change, Planning and Transactionvalarpink
Curriculum Change
With changing time, curriculum should also change reflecting the needs and aspirations of the people. There cannot be a uniform curriculum for all the countries for all the time, because education is related to social, economic and political changes in the country. Curriculum content should be based on current information and not on the past information that has been proved to be false or outdated and unusable. There is therefore need for constantly changing and updating the curriculum content.
Open Educational Resources (OER) refer to teaching and learning materials that can be freely used and reused without needing permission. OER have few or no restrictions from copyright and are defined by UNESCO and other organizations. Creative Commons licenses are commonly used to share OER by allowing free use, adaptation and distribution with requirements for attribution. OER initiatives aim to foster awareness and use of open resources to help meet education goals like those in the UN's Sustainable Development Agenda. Major OER repositories and initiatives provide open textbooks, courseware, videos and other materials to support open teaching practices.
This document discusses the difference between aims and objectives. Aims are general long-term goals that an individual or organization wants to achieve, such as becoming a doctor. Objectives are specific, measurable, and time-bound targets set to achieve the overall aim, such as completing medical school within 4 years. The document provides examples and characteristics of aims and objectives, compares them, and outlines the key differences - aims are non-time bound and difficult to measure while objectives have clear timeframes and can be assessed. It emphasizes that aims and objectives should be aligned and work together to guide an individual or organization.
This document summarizes a presentation on entrepreneurial ecosystems and growth-oriented entrepreneurship. It discusses how ecosystems emerge over time based on preexisting place assets, incubator organizations that spur spin-offs, and trigger events. Successful spin-offs attract talent and spur the development of specialized service providers and institutions, creating a self-reinforcing ecosystem. Policymakers can help conditions but cannot force an ecosystem; it is better to build on existing clusters.
STEM / STEAM - integrating into a master's program Eileen O'Connor
Science, technology, engineering and mathematics (STEM), often enhanced with the arts (STEAM) has become an important interdisciplinary perspective that can be brought to education, business and community based projects. This presentations highlights the theoretical / academic underpinnings of this approach and provides examples from work done within the SUNY Empire State College's masters program in these areas.
The document discusses the importance of effective teaching skills for student achievement. It outlines that teacher learning is a continuous process that helps teachers develop new proficiencies, master new knowledge, and improve student learning. Specific teaching skills discussed include critical thinking, communication, organization, creativity, leadership, and time management. The document also provides strategies for effective lesson delivery, classroom management, and interactive teaching and learning.
2.capacity building of Teacher Education InstituitionsSahin Mondal
This document discusses teacher education institutions in India and the role of teacher educators. It notes that district institutes of education are responsible for pre-service and in-service teacher training at the elementary level, while universities provide secondary teacher education. Teacher educators have many responsibilities beyond teacher training, including curriculum development, textbook preparation, and data collection. The document argues that planning for teacher education should be done at the district level based on needs, and more teachers educators are needed to address the large workload. It provides strategies for increasing capacity, such as incentives for teacher educator qualifications and strengthening infrastructure.
Indian higher education system, growth and regulatory bodies, Governance and role of Vice chancellors, Autonomy, University industry linkage,problems and lacunae of Indian Higher education .
MODERN TRENDS IN CURRICULAR MOVEMENTS IN STATE LEVEL IN TEACHING NATURAL SCIE...Dadu Brutally Innocent
The document discusses modern trends in science curriculum and the role of the State Council of Educational Research and Training (SCERT) in India. It outlines several trends in science education including the establishment of state science education institutes, developing indigenous curricula, emphasizing conceptual learning over facts, and developing low-cost science materials. It describes SCERT's functions in developing curricula, training teachers, and implementing educational reforms. SCERT plays an important role in curriculum development and qualitative improvements in school education. The document also discusses trends toward individualized, interdisciplinary, and social issues-oriented approaches to curriculum construction.
The National Institutional Ranking Framework was launched in 2015 by the Ministry of Human Resource Development to rank higher education institutions in India. It ranks universities, colleges, engineering, management, pharmacy, architecture, and other institutions based on parameters like learning resources, research, graduation outcomes, perception, and inclusivity. The rankings are intended to help students choose top institutions and promote competition among institutions to raise education standards.
This document discusses the role of higher education and the use of information and communication technologies (ICT) in teaching and learning. It notes that higher education shapes students' behaviors, minds, and values. It also outlines several approaches to integrating ICT in the classroom, such as complementing existing lessons or enhancing student learning. The document emphasizes that effective use of ICT can motivate students and make classes more dynamic, but teachers need training to incorporate digital tools and resources pedagogically.
Naac presentation education department - central university of keralaThiyagu K
This power-point was prepared for the purpose of NAAC Peer team visit to our Department of Education, Central University of Kerala on 25th October 2016. It is my pleasure to share our department profile power-point in this social platform...
Structural change e.g. in organisation, policy, programmes, courses;
Systematic transformation of the education system; e.g. Vision of Teacher Education Strategy and Standards for New Teachers
Educational change is a broad term that refers to both shifting perspectives within education and efforts of reform within education.
The efforts taken to adjust to those new ideas and meet those needs can be categorized as educational change.
This document discusses the various values of science. It begins by defining science as the systematic study of nature through observation and experimentation. It then outlines several values of science in general and physics specifically, including utilitarian values in improving standards of living, cultural values in influencing thinking and technology, disciplinary values in developing logical reasoning, aesthetic values in appreciating nature's beauty, moral values in cultivating truthfulness, psychological values in fostering open-mindedness, and vocational values in preparing for various professions. The conclusion states that given its close ties to daily life and usefulness to individuals and communities, science cannot be neglected from school curriculums.
This document discusses the importance of science as a subject. It outlines several values that science education cultivates in students, including intellectual, utilitarian, vocational, aesthetic, cultural, recreational, moral, and transactional potentiality values. Science has changed human life through technology and inventions. It helps develop problem-solving skills and encourages logical thinking. Science is also essential to many careers and has practical applications to daily life.
Science is an important subject that should be included in school curriculums for several reasons. It provides intellectual, aesthetic, utilitarian, vocational, cultural, moral, and psychological value. Science helps improve agriculture, health, trade, industry, and educational opportunities. It promotes logical thinking, curiosity, and a passion for truth and nature. Incorporating science into education helps develop scientific attitudes and temper in students. Both the UNESCO and Kothari Commission have strongly recommended making science a core subject throughout primary and secondary school.
This document discusses strategies for engaging undergraduate students in research and inquiry throughout their entire university experience. It suggests that research and inquiry should be incorporated from students' first year through to their final projects before graduation. Various models are presented for how to embed research in the curriculum at different stages of students' academic careers, from introductory courses in the first year to capstone experiences like dissertations in the final year. The document advocates for developing a "research-active curriculum" where all students experience learning through and about research in order to prepare them for professional careers.
The document discusses the importance of integrating information and communication technologies (ICT) into teacher education and training in India. It notes that both pre-service and in-service teacher training are currently inadequate. ICT can help make teaching more engaging and dynamic, as well as help teachers develop new skills. However, effectively integrating ICT requires sufficient access to technology, high-quality digital content, and training teachers to use digital tools. The document provides examples of how ICT can be integrated into different subjects and outlines essential ICT skills and approaches for teachers.
This document outlines the curriculum framework for a 2-year B.Ed. program. It is divided into 3 main curricular areas: Perspectives in Education, Curriculum and Pedagogic Studies, and Engagement with the Field. Key aspects of the curriculum include developing reflective teaching skills, understanding learners' social and cultural contexts, engaging with theoretical concepts, and meaningful internship experiences. Courses aim to examine students' own positions and challenge misconceptions through discussion, reflection, and experiential learning activities.
Dr. Ramneek Kaur is an assistant professor in the zoology department at Dev Samaj College for Women in Ferozepur. The document discusses various topics related to education including the purpose of education, key aspects like critical thinking and citizenship, reforms like the no detention policy and grading system, vocational education, the semester system and credit transfer, initiatives like SWAYAM and SWAYAM Prabha, and recommendations of the new National Education Policy.
This document discusses the importance of science education. It begins by defining science education as sharing science content and processes with individuals. It then provides background on the first science teacher in a British public school. The document emphasizes that science education is important for elementary school students as it helps them communicate, learn about the world, develop problem-solving skills, perseverance, and interests in future science careers. However, the document notes that science education in the Arab world faces challenges like low quality programs, outdated curricula, lack of access to technology, and neglect of hands-on learning.
Curriculum Change, Planning and Transactionvalarpink
Curriculum Change
With changing time, curriculum should also change reflecting the needs and aspirations of the people. There cannot be a uniform curriculum for all the countries for all the time, because education is related to social, economic and political changes in the country. Curriculum content should be based on current information and not on the past information that has been proved to be false or outdated and unusable. There is therefore need for constantly changing and updating the curriculum content.
Open Educational Resources (OER) refer to teaching and learning materials that can be freely used and reused without needing permission. OER have few or no restrictions from copyright and are defined by UNESCO and other organizations. Creative Commons licenses are commonly used to share OER by allowing free use, adaptation and distribution with requirements for attribution. OER initiatives aim to foster awareness and use of open resources to help meet education goals like those in the UN's Sustainable Development Agenda. Major OER repositories and initiatives provide open textbooks, courseware, videos and other materials to support open teaching practices.
This document discusses the difference between aims and objectives. Aims are general long-term goals that an individual or organization wants to achieve, such as becoming a doctor. Objectives are specific, measurable, and time-bound targets set to achieve the overall aim, such as completing medical school within 4 years. The document provides examples and characteristics of aims and objectives, compares them, and outlines the key differences - aims are non-time bound and difficult to measure while objectives have clear timeframes and can be assessed. It emphasizes that aims and objectives should be aligned and work together to guide an individual or organization.
This document summarizes a presentation on entrepreneurial ecosystems and growth-oriented entrepreneurship. It discusses how ecosystems emerge over time based on preexisting place assets, incubator organizations that spur spin-offs, and trigger events. Successful spin-offs attract talent and spur the development of specialized service providers and institutions, creating a self-reinforcing ecosystem. Policymakers can help conditions but cannot force an ecosystem; it is better to build on existing clusters.
STEM / STEAM - integrating into a master's program Eileen O'Connor
Science, technology, engineering and mathematics (STEM), often enhanced with the arts (STEAM) has become an important interdisciplinary perspective that can be brought to education, business and community based projects. This presentations highlights the theoretical / academic underpinnings of this approach and provides examples from work done within the SUNY Empire State College's masters program in these areas.
Stanford and the Silicon Valley Ecosystem - Tom Byers - 2013 HBCU Innovation ...EpicenterUSA
Stanford University contributes significantly to the Silicon Valley innovation ecosystem through several key activities:
1. Interacting with industry and funding basic research that leads to creative ideas.
2. Providing a nearby environment in Silicon Valley for these ideas to grow into startups.
3. Educating students who become inventors, disseminators of new technologies, and skilled workers for startups.
4. Effectively transferring technologies through licensing to help launch new companies.
5. Encouraging entrepreneurship through progressive faculty policies and education programs.
The document summarizes the agenda and presentations for AUC's 2021-2022 strategic business planning and financial projection kick-off event. The agenda includes presentations on AUC's strategic outlook by President Francis Ricciardone, academic vision by Provost Ehab Abdel-Rahman, and remarks by Board of Trustees Chairman Richard Bartlett. Guidelines for the virtual meeting are also provided, including presentation time limits and procedures for questions. The document also shares AUC's vision for 2020-2030 to be the university of choice for promising learners, educators, and scholars who will transform communities.
This document discusses organizational structures and processes for innovation. It begins by explaining how creating value requires understanding how technologies and customer needs will evolve. Effective organizations change structures during periods of disruption. Centralized versus decentralized research and development is discussed, noting that the two issues of the role of central research and commercializing technology cannot be addressed in isolation. The document then examines examples of organizational structures such as matrix teams and centers of excellence, as well as processes like patching business portfolios and enabling cross-business synergies through coevolution. It concludes that relationship processes that encourage open and collaborative innovation between partners can generate multiple innovations through rotating leadership rather than consensus or domineering approaches.
The document proposes establishing Educational Institutes Innovation Cells (EIICs) in higher education institutions in India to bridge the gap between academia and industry. The EIICs would take up projects from local organizations to be included in coursework, set up research labs, and organize internships and training. This would help address societal needs through student projects while also providing a skilled workforce for industries. Key activities of the EIICs would include course development, seminars, apprenticeships, infrastructure support, and maintaining a central database of solutions. The model aims to boost the economy by reducing import dependence and encouraging innovation, entrepreneurship, and applied research focused on domestic needs. Challenges in implementation include ensuring uniform facilities
Specialist skills will give you the edge over your competitors. Attend our webinar on Monday 30 October, 2017, to hear from our School of Business academics and learn how our Master of Accountancy, Master of Business Administration and Bachelor of Business degrees can help you take leadership positions in your chosen careers and what course options you have.
This document discusses skills for science, technology, and innovation (STI). It defines key terms like research, technology, innovation, and human resources in science and technology. It examines the innovation process and different types of innovations. It also looks at obstacles to innovation from an HR perspective and sources of innovative ideas. The document discusses transformative innovation and a strengths-based approach to education. It analyzes STI skills in Sri Lanka and compares outputs to Australia. Key issues for national innovation systems are identified along with messages about cultivating STI skills from a young age and building collaborations.
The keynote presentation discusses a framework for guiding digital transformation at institutions. It explores case studies in learning, teaching, and capability development. The first case study examines how professional development for faculty positively impacts classroom pedagogy and student learning. The second case study looks at "education focused" academics and their purpose of delivering educational excellence while raising the status of teaching. It also notes risks like these roles becoming a casual "teaching-only" position. The third case study explores moving exams online (OLX) and the opportunities it provides for flexible exam sittings and accessibility, while also addressing challenges of academic integrity and technical issues.
The evolution of University - April 2014Oscar Aguer
The document discusses the evolution of universities due to digital disruption. It notes that the internet and technology are transforming industries like music and communication and now education. Key changes include improved access to information for students, the rise of online learning, and a need for more personalized learning models. Universities must now focus on efficiency, quality, and being flexible to adapt to new technologies and student needs in order to remain competitive in the future.
This document provides an update from representatives of Salford City College, Salford City Council, Ask Real Estate, and the University of Salford on the progress of several development projects. It discusses the development of a new 165,000 square foot Grade A office building with ground floor plus nine floors and a 442 space multi-story parking garage. It also discusses the University of Salford's plans to establish Industry Collaboration Zones to facilitate partnerships between the university, students, and industry partners.
The document discusses disruption in various industries and organizations, as well as strategies for maintaining innovation and speed in the face of disruption. It outlines three horizons of innovation for large companies and compares their approach to that of startups. It advocates applying lean startup principles including the business model canvas, customer development, and agile engineering. An example course applies these principles to solving national security problems incrementally through customer validation and iterative prototyping.
The document proposes reforms to improve the employability of engineering graduates in India. It identifies a lack of practical skills as the main reason for high unemployment. The key proposals are:
1. Mandating industries to train undergraduate students, with tax incentives for companies. This could train 400,000-500,000 students annually.
2. Including liberal arts, science and humanities courses to develop well-rounded, creative engineers.
3. Forming a student federation across engineering branches to share information and innovations.
The proposals aim to provide all students with industrial training, specialized skills, and reduce unemployment.
Data driven innovation for student success (Studiosity Symposium 2017)Studiosity.com
Empowering cross-institutional collaboration to drive holistic approaches to student success that leverage the power of student centered analytics and prepare our graduates for the new world of work
Keynote:
Associate Professor Jessica Vanderlelie
Innovative Research Universities Vice Chancellors’ Fellow, Australian Learning & Teaching Fellow
This document provides an introduction and overview of a project exploring how to promote entrepreneurship and sustainability values in young students. It identifies three main focus areas of the project: education, entrepreneurship, and sustainability. These areas are interlinked. The document outlines the project's objectives of educating youth about sustainability, creating a service network to help innovative ideas become sustainable businesses, and raising awareness of training entrepreneurs for a circular economy. Primary research included ethnographic research with students and teachers and interviews with entrepreneurs to inform the project scope and opportunities.
Why Training in Engineering colleges should orient towards Industry 4.0 and the importance of advanced Mfg techniques. What should India do to catch up with the requirements for implementing Industry 4.0 techniques in Engg Colleges. What should students also do?
Design research in industry and academia Ricardo Sosa SUTD.pdfR. Sosa
Ricardo Sosa has had a hybrid career in both academia and industry as an interaction designer, PhD researcher, lecturer, professor, and now independent researcher and consultant. He has experience working on projects with companies and communities in Mexico, Singapore, Australia, and New Zealand. Sosa believes that university-industry partnerships can provide opportunities for both sides through activities like student projects, internships, co-authored research, and spin-off companies. However, such partnerships also face challenges in terms of different goals, timeframes, and structural differences between academia and industry. Sosa advocates for an agile and questioning approach when bridging research and design work between these sectors.
This document provides information about executive education programs offered by Saïd Business School at the University of Oxford.
In 3 sentences:
Saïd Business School is Europe's newest and fastest growing business school, which is an integral part of Oxford University and has been educating leaders for 800 years. It offers executive education programs both in Oxford and globally, covering topics like finance, strategy, leadership, and challenges facing organizations. The school has strong partnerships in Malaysia and works on research collaborations with Malaysian universities and organizations.
The document summarizes a presentation given by Margaret Chung and Derk Jeffrey on career and technical education (CTE). It discusses the history and evolution of CTE in the United States from the Smith-Hughes Act of 1917 to modern career clusters. It also highlights the importance of CTE in developing 21st century skills and providing multiple pathways to post-secondary success through integrated STEM and academic education. Examples from Arlington Career Center and proposed Academies of Loudoun showcase how innovative CTE programs can engage students through hands-on, project-based learning.
This document discusses future trends in housing and common interest communities based on a presentation given at the 2019 Community Association Law Summit. It covers how demographics, lifestyle, environment, community design, and technology may impact housing. Specifically, it notes that Generation Z will be middle-aged by 2050. It also discusses how communities may see a mix of socio-economic groups and multi-generational residents living together. Finally, it outlines several ways new technologies like autonomous vehicles and smart home devices could influence housing and neighborhoods in the coming decades.
The document is an agenda for a Fall General Membership Meeting at Montclair State University on October 24, 2019. The meeting will include a presentation by Frank Cunha III on Montclair State University's transformation through leadership in energy and environmental design. The presentation will explore the university's expansion and construction projects over the past 20 years, how it has addressed sustainability and resiliency, and what future plans are. The agenda outlines the presentation sections which will cover the university's history, leadership and vision, key facts about its growth, major construction projects, and a summary.
The document summarizes Frank Cunha's presentation at the Fall General Membership Meeting at Montclair State University on October 24, 2019. The presentation covered the transformation of Montclair State University over the past 20 years through campus design and construction projects. It discussed the university's growth in enrollment, footprint, student housing, and LEED certified buildings. It also outlined future plans and guiding principles for campus development, focusing on learning environments, community connectivity, and creating an impactful student experience.
Presentation & Building Tour of University Hall (APPA 2009)Frank Cunha
“University Hall is an exemplary example of environmental stewardship and our model for future buildings, in terms
accommodating the University’s teaching and research program needs in an environmentally friendly manner.”
-Provost Richard Lynde, as he executed the Memorandum of Understanding between the Federal EPA and Montclair State University
Building as a Teaching Tool: Center for Environmental and Life Sciences at Mo...Frank Cunha
The document describes the LEED certification of the Center for Environmental and Life Sciences building at Montclair State University. It lists various LEED credits the building has earned, including credits related to sustainable site selection, alternative transportation access, habitat restoration, water efficiency, energy performance, recycling, indoor air quality, and green cleaning. The document provides descriptions and solutions for achieving several of these credits.
Building as a Teaching Tool: School of Communication and Media at Montclair S...Frank Cunha
The School of Communication and Media building at Montclair State University has achieved LEED certification. It has earned credits for being located near public transportation and services, using water-efficient landscaping and fixtures, recycling collection, prohibiting smoking, controlling indoor pollutants, providing lighting and thermal comfort controls, and implementing a green cleaning program. The building employs strategies like native plantings, low-flow fixtures, occupancy sensors, and certified cleaning products to meet the various LEED requirements.
Bring Your Kids to Work Day at Montclair State University focuses on tradition and innovation. The agenda includes an architecture presentation about what architects do, understanding blueprints, and the process of designing a project like College Hall. Kids will see 3-D models, tour the architect's office, play an interactive campus planning puzzle game, and take a campus tour. The day concludes with lunch with parents.
Audience: College Students
This 50-minute presentation will be a discussion on why it is important to live your passion and follow your dreams. I will use my experience as a leader in my field to encourage the audience to make choices that will enhance their lives. I will discuss the importance of using metrics and guiding values in making life choices that will define who we are and who we are destined to become. I will draw on my personal experience to encourage the audience to follow their dreams and succeed in life by choosing a path that may not always be easy but will always be rewarding. We will be discussing how we can lead through a life of service and dedication to our passion.
Outcomes for participants:
* Discover that success often follows passion
* Discover your gifts and talents
* The sooner you discover your life's purpose the sooner you can start living your dreams
* Passion will help you follow your dreams through difficult challenges
* Success can be measured in different ways - time, people, money
* Discover the virtues of integrity and honesty in your professional life
* Understanding courage and earning respect
* Life is not meant to be easy, but it is meant to be fulfilling
* Serving people by tapping into your passion
Contact Information:
Frank Cunha III, University Architect
Montclair State University
LinkedIn: https://www.linkedin.com/in/fc3arch
Website: https://www.frankcunha.com
Blog: https://ilovemyarchitect.com
Email: fc3arch@gmail.com
Mobile: (201) 247-6782
New Student Recreation Center Project Management Case StudyFrank Cunha
The document provides details of a proposed project to construct a new state-of-the-art student recreation center at a university. It includes a project description, business case, benefits management plan, project charter, stakeholder register, and summary. The project is proposed to address increasing student enrollment and on-campus living. Key deliverables will be a new 78,000 square foot recreation center providing various athletic facilities and amenities.
Trek Travel Oceania is a joint venture between Trek Travel and a local Oceania partner to provide premium bicycle touring experiences throughout Oceania. The company aims to create lasting memories for customers by exploring beautiful landscapes via curated cycling routes led by knowledgeable guides. Trek Travel Oceania will offer a variety of guided multi-day tours on high-quality Trek bicycles, accommodations, meals, and safety equipment. The company will target affluent, active travelers between 25-65 years old. A marketing strategy will promote the brand's reputation for exceptional hospitality and service. Financial projections estimate startup costs and profitable operations within three years of launch.
The document discusses the gender pay gap and strategies for women to negotiate higher salaries. It begins by defining the gender pay gap as the difference between what men and women are paid. It then lists some of the key factors that contribute to the pay gap, such as occupational segregation, bias against working mothers, direct pay discrimination, and racial and other biases. The document provides some quick facts about the size of the pay gap in different states and industries. It emphasizes that women can make a change by learning to negotiate their salaries more effectively. It offers tips for preparing for a negotiation, such as assessing one's best alternative, researching market salaries, and having confidence. The document concludes by stressing that negotiating is important because even small salary
This document summarizes presentations from a FINC 560 final project. It includes summaries of analyses for several companies:
1. Vornado Realty Trust is evaluating six real estate investments with a $18 million budget. The analysis found that investing in three properties - Sussex Ridge, Seaside, and Westlake - would provide the highest return.
2. International Paper is considering purchasing a new machine, TJ-50, to expand production capacity. The analysis found the investment would have a negative NPV of $164,587 but could break even depending on sales and costs. A larger alternative TJ-90 could be justified if it enabled over $11 million in additional annual sales.
3. Keystone
(1) To understand the process of converting Owner’s program into written and graphic documents for schematic design and design development. (2) To gain an insight into how quality is established for a Project. (3) To identify the considerations that influence the design of a Project. (4) To introduce the basic concepts of life cycle costs and value analysis. (5) To identify the attributes that should be included in the evaluation and selection of products.
Use Case study of Montclair State University for this session
The document profiles different generations in the workplace and their characteristics, focusing on Millennials. Millennials, born between 1981-1993, prefer social media as the primary method of communication. They are dependent on smart phones, tech savvy, and able to multitask. Millennials value meaningful work and workplace flexibility. The document outlines benefits and environment traits that can attract, retain, and help Millennials grow professionally, such as flexible work schedules, remote work options, daily briefings, technology support, training and coaching opportunities.
The document discusses implementing an energy management system (EMS) using Archibus Energy Management software to track and reduce a university's $21M annual utility bill across 5 million square feet of buildings. The EMS would aggregate and analyze energy use and cost data from existing building and space management systems to identify opportunities for optimization and savings. Over 10 years, the EMS could potentially save the university $1-3 million per year, totaling $10-30 million in reduced energy costs through data-driven decision making.
Artificial Intelligence: Natural Language ProcessingFrank Cunha
This document provides an overview of natural language processing (NLP) through a presentation. It defines NLP and its subfields. NLP allows computers to analyze, understand, and generate human language. The presentation discusses how NLP is used in commercial applications and emerging technologies. It outlines Rogers' characteristics of innovation diffusion and shows where NLP currently sits on the technology S-curve. The summary is that AI and NLP will transform many industries through applications involving user interfaces, actions, analytics, and machine-human interactions.
RevenueWire Case Study Presentation provides an overview of RevenueWire's background, strategic analysis, objectives, and recommendations. It summarizes RevenueWire's affiliate network and e-shopping cart competitors, including Commission Junction, OND, ClickBank, Plimus, Cleverbridge, Avangate, and Element5. The presentation recommends continuing RevenueWire's affiliate program and investing in redesigning its "Safecart" platform as a service to modularize it and increase its capabilities.
Assessment and Planning in Educational technology.pptxKavitha Krishnan
In an education system, it is understood that assessment is only for the students, but on the other hand, the Assessment of teachers is also an important aspect of the education system that ensures teachers are providing high-quality instruction to students. The assessment process can be used to provide feedback and support for professional development, to inform decisions about teacher retention or promotion, or to evaluate teacher effectiveness for accountability purposes.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Find out more about ISO training and certification services
Training: ISO/IEC 27001 Information Security Management System - EN | PECB
ISO/IEC 42001 Artificial Intelligence Management System - EN | PECB
General Data Protection Regulation (GDPR) - Training Courses - EN | PECB
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Article: https://pecb.com/article
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Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Physiology and chemistry of skin and pigmentation, hairs, scalp, lips and nail, Cleansing cream, Lotions, Face powders, Face packs, Lipsticks, Bath products, soaps and baby product,
Preparation and standardization of the following : Tonic, Bleaches, Dentifrices and Mouth washes & Tooth Pastes, Cosmetics for Nails.
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
1. INNOVATION IN HIGHER EDUCATION
• INDIVIDUAL• INSTITUTION• INDUSTRY
EXECUTIVE SUMMARY
2. MATURITY POINT
PLATEAU & DECLINE
EARLY ADOPTION
ORIGINAL PRODUCT
OR STRATEGY
NEW PRODUCT OR
STRATEGY
ORIGINAL PRODUCT
OR STRATEGY
INNOVATION
WINDOW
INNOVATION
WINDOW
INNOVATION
WINDOW
PERFORMANCE&REVENUE
DEVELOPMENT OVER TIME
6. Innovation
S.W.O.T. Industry Institution Individual
Strengths
Established; Set
high standards
Large Amounts of
Resources
Ability to pivot and
respond to trends quicker
(less risky to fail /
experiment)
Threats &
Weaknesses
Too many directions
Too much
information
Late to respond and
have to adapt quickly to
keep up
Less impact, less
resources
Opportunities
Level playing field
(socio-economic)
globally
Become a Trailblazer:
Drive change & set
trends that add more
value to students
Become industry leader &
Impact more lives
7. Innovation
Business
Model Metrics
Industry Institution Individual
Value
Propositions
Instill Public
Confidence
All About the Students
Creativity & Open
Mindedness
Customer
Relationships
Strengthen Public Trust
Society at Large,
Parents & Employers
Educate Self/Others,
Build on Strengths
Key Activities
& Capabilities
Technology &
Communication
Elevating Education Continuous Learning
8. INNOVATE BY FOCUSING ON THESE
THREE DISTINCE KEY AREAS OF
THE BUSINESS MODEL:
IDENTIFY KEY ACTIVITIES
AND CAPABILITIES
(THEN MAKE THEM BETTER)
STRENGTHEN
RELATIONSHIPS
INCREASE VALUE
(STUDENTS & PUBLIC
AT LARGE)
1
2
3
innovation
9. Individual
How does the Individual Innovate & Pivot?
• Observe: Try to find new P.O.V.
• Questions: Everything & Everyone
• Experiment:
Mock-ups and case studies
Allow for testing and failures
Fail quick (ideation)
• Associate:
(combine seemingly irrelevant things)
Technology / Fashion
Environmental / Artist
Nursing / Music Therapy
• Explore:
Tradition & Innovation
Look outside your industry (like MBA)
11. INNOVATION IN HIGHER EDUCATION
MGMT 567: Managing the Multi-Business Firm
Executive MBA; Spring 2019
Professor Dr. Yanli Zhang
Frank Cunha III, AIA
University Architect
• INDIVIDUAL• INSTITUTION• INDUSTRY
13. MATURITY POINT
PLATEAU & DECLINE
EARLY ADOPTION
ORIGINAL PRODUCT
OR STRATEGY
NEW PRODUCT OR
STRATEGY
ORIGINAL PRODUCT
OR STRATEGY
INNOVATION
WINDOW
INNOVATION
WINDOW
INNOVATION
WINDOW
PERFORMANCE&REVENUE
DEVELOPMENT OVER TIME
23. “Our students are rich and they are poor;
they are home-grown and immigrants;
they have been to good schools and to bad;
they are all races and religions, and
our job is to help each of them flourish,
to give them what they need so that
they in turn can be productive and
responsive and engaged citizens.”
PRESIDENT SUSAN A. COLE
MONTCLAIR STATE UNIVERSITY
24. • 1908 - New Jersey State Normal School
established as a response to growing demand for
professionally trained teachers
• 1927- Became Montclair State Teachers
College dedicated to the education of secondary
school teachers through 4-year Bachelor of Arts
program
• 1932 - Authorized to offer the master’s
degrees; Part-time, extension, and summer
courses added
• 1937 - First state teachers’ college accredited
by the Middle States Association of Colleges and
Schools (due to strong emphasis on the liberal
arts and sciences)
• 1940’s-1950’s - Responded to rapid enrollment
growth with expanded curriculum and faculty
• 1958 - Became Montclair State College
• 1966 - Became a comprehensive, multi-
purpose institution
• 1994 - Became Montclair State University
the first of the state colleges to become a
university based on the strengths of its academic
programs and faculty and its commitment to
excellence in instruction and research
• Present –Research Doctoral University
(One of four public research institutions in the
state); The University currently has eight
approved doctoral programs; With a proud history
and a vibrant future, Montclair State University is
one of New Jersey’s most diverse and dynamic
institutions of higher education.
• Future – What’s Next?
History of the University
34. Innovation
S.W.O.T. Industry Institution Individual
Strengths
• Established
• Top Down
• Limitless Knowledge
• Large Amounts of Resources
• Reputation & Large Impact
• Potential Partnerships
• Extensive Knowledge
• Ability to pivot quickly
• Experience & Network of
Colleagues with Knowledge
• On the Edge
• Can respond quickly to changes
• Focused, Limited Knowledge
Threats &
Weaknesses
• Too many directions
• Everything is changing
• Too much information
and knowledge
• Uncertain path forward
• Late to respond and adapt
• Generally, slow response time
• Outside threats: Amazon, MOOCs
• Too many silos with different
goals/visions, pulling in different
directions
• Rising costs to operate and maintain
• Student loan bubble
• Less government aid
• Less impact
• Small size
• Access to Knowledge
• Quality of Resources:
o Reliability of People
• Access to Decision-Makers
• Limited resources:
o Time, $
Opportunities
• Level playing field
(socio-economic)
• Impact more lives for
better
• Harness technology
• Create more knowledge
• Learn from outside
disciplines
• Become a Trailblazer:
Drive change & set trends
• Add more value to students
• Harness technology to create
synergies
• More “mixed learning”
• Deeper connections & partnerships
• Focus on wellness and sustainability
• Become industry leader &
Impact more lives
• Influence industry and organization
• Shift knowledge to adjacent
industry (interdisciplinary teams)
• Assist startups and developing
communities
35. Innovation
Business Model Industry Institution Individual
Value
Propositions
OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO
Customer Segments O OOOO O
Channels OOOO OOOO O
Customer
Relationships
OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO
Revenue Streams O OOOO O
Key Resources O OOOO OOOO
Key Activities /
Capabilities
OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO
Key Partnerships O OOOO O
Cost Structure OOOO OOOO O
36. Innovation
Business Model Industry Institution Individual
Value
Propositions
OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO
Customer Segments O OOOO O
Channels OOOO OOOO O
Customer
Relationships
OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO
Revenue Streams O OOOO O
Key Resources O OOOO OOOO
Key Activities /
Capabilities
OOOOOOOOOO OOOOOOOOOO OOOOOOOOOO
Key Partnerships O OOOO O
Cost Structure OOOO OOOO O
1
2
3
37. Innovation
Metrics Industry Institution Individual
Value
Propositions
• Instill Public
Confidence
• All About the
Students
• Creativity & Open
Mindedness
• Guide Public
Perceptions &
Expectations
• All About the Education
and the Experience
• Explore, Evaluate,
Meet New
Expectations
• Set standards and
regulations; Competition
• All about the R.O.I.
• Leadership &
Management
Customer
Relationships
• Strengthen Public
Trust
• Society at Large,
Parents & Employers
• Educate Self/Others,
Build on Strengths
• Lobby for Students • Focus on the Students
• Build connections
instead of networking
• Educate the Educators • Educate the Students
• Reliability &
Consistency
Key Activities /
Capabilities
• Technology &
Communication
• Elevating Education • Continuous Learning
• Network of Educators &
Administrators
• Look Forward, Address
New Needs / Demands
• Plan, Design, Execute
• Data Driven Decisions • Data Driven Decisions • Data Driven Decisions
39. INNOVATE BY FOCUSING ON
THESE THREE DISTINCE KEY
AREAS OF THE BUSINESS MODEL:
IDENTIFY KEY ACTIVITIES
AND CAPABILITIES
(THEN MAKE THEM BETTER)
STRENGTHEN
RELATIONSHIPS
INCREASE VALUE
(STUDENTS & PUBLIC AT
LARGE)
1
2
3
40. • There are 4,360 Institutions Higher Education in USA
• Current discussion revolves around
Student Loan Bubble
Cost of Education Vs. ROI for Students
Retention
Technology
Education for everyone not just elite few
• Industry is “Forward Thinking”
• Impacts other related industries: Education, Finance,
Transportation, Food, Health, A/E/C Industry, etc.;
• For example: Construction spending in the
education sector rose nearly 11% last year, to $92.4
billion (includes new and renovation projects)
• How does the Industry Innovate & Pivot?
Provide intelligence and strategy
Provide industry standards
Set standard of excellence & document trends
Note “Internal” Vs. “External” disruptions
Test the waters with new methods
Industry
41. • Montclair State offers more than 300 doctoral,
master’s and baccalaureate-level programs. From
Accounting to Visual Arts, our 11 colleges and
schools provide exciting academic challenges for our
students.
• Montclair State University employees provide a high-
quality education for more than 21,000
undergraduate and graduate students.
• Montclair State University relies on a diverse, highly
qualified, motivated, and engaged workforce to
achieve the University’s mission.
• How does the Institution Innovate & Pivot?
Less construction, more maintenance
Organic growth into new areas
Interdisciplinary programs: Mix up existing
colleges to create new programs
Public-Private Partnerships
Shift to Hybrid Model
Institution
42. • How does the Individual Innovate & Pivot?
• Observe with fresh perspective
Try to find new P.O.V.
• Question everything
A.E.E.O.: Ask everyone everything often
• Experiment
Mock-ups and case studies
Allow for testing and failures
Fail quick (ideation)
• Associate (combine seemingly irrelevant things)
Technology / Fashion
Environmental / Artist
Nursing / Music Therapy
Biology / Computer Science
Psychology / Archeology
• Explore
Tradition & Innovation: Look backwards and
forwards
Look outside your industry (like MBA)
Individual