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Summer Online Computer Science Jobs in Michigan (NOW HIRING)

$14.50 - $19.75/hr

Freddie Mac's University program offers summer internships and full-time opportunities in Accounting, Business, Communications, Investments & Capital Markets, Computer Science, Data/Quant Analytics ...

New

$14.25 - $19/hr

Freddie Mac's University program offers summer internships and full-time opportunities in Accounting, Business, Communications, Investments & Capital Markets, Computer Science, Data/Quant Analytics ...

New

$13.75 - $18.75/hr

Freddie Mac's University program offers summer internships and full-time opportunities in Accounting, Business, Communications, Investments & Capital Markets, Computer Science, Data/Quant Analytics ...

New

$13.75 - $18.75/hr

Freddie Mac's University program offers summer internships and full-time opportunities in Accounting, Business, Communications, Investments & Capital Markets, Computer Science, Data/Quant Analytics ...

$14.75 - $20/hr

Freddie Mac's University program offers summer internships and full-time opportunities in Accounting, Business, Communications, Investments & Capital Markets, Computer Science, Data/Quant Analytics ...

New

$15.25 - $20.50/hr

Freddie Mac's University program offers summer internships and full-time opportunities in Accounting, Business, Communications, Investments & Capital Markets, Computer Science, Data/Quant Analytics ...

New

Showing results 41-60

Summer Online Computer Science information

What are the key skills and qualifications needed to thrive as a summer online computer science instructor, and why are they important?

To thrive as a Summer Online Computer Science Instructor, you need a solid background in computer science fundamentals, programming languages, and a relevant degree or teaching experience. Familiarity with online learning platforms, coding environments (like Python, Java, or Scratch), and virtual classroom tools is typically required. Strong communication, patience, and the ability to engage and motivate students remotely are crucial soft skills. These competencies ensure effective instruction, student engagement, and successful outcomes in an online summer learning environment.

What are common challenges faced by instructors in a summer online computer science program, and how can they be addressed?

Instructors in a Summer Online Computer Science program often encounter challenges such as keeping students engaged in a virtual environment, providing timely feedback, and supporting a wide range of skill levels. To address these, instructors can incorporate interactive activities like live coding sessions and group projects, utilize online tools for real-time feedback, and offer differentiated assignments to cater to varying abilities. Regular communication and creating a supportive online community also help foster student motivation and participation.

What is a summer online computer science program?

Summer Online Computer Science programs are educational courses or camps offered during the summer months that teach students computer science concepts, such as programming, algorithms, and problem-solving, through online platforms. These programs cater to various age groups, from middle school to college, and often include hands-on projects, coding challenges, and virtual collaboration. They are a great way for students to explore computer science, enhance their skills, and prepare for future academic or career pursuits—all from the convenience of home.

What is the difference between Summer Online Computer Science vs Summer Online Software Engineering?

AspectSummer Online Computer ScienceSummer Online Software Engineering
Required CredentialsTypically requires basic computer science coursework or related certificationsOften requires programming experience and software development knowledge
Work EnvironmentOnline learning platforms, virtual labs, collaborative projectsOnline coding projects, team collaboration, software testing environments
Employer & Industry UsageEducational institutions, tech companies, research labsTech firms, software companies, startups
Common Search & Comparison IntentUnderstanding program scope, career pathways, prerequisitesFocus on coding skills, project work, career in software development

Summer Online Computer Science programs focus on foundational computing concepts, algorithms, and theory, suitable for students exploring tech careers. Summer Online Software Engineering emphasizes practical coding, software development, and project management skills, preparing students for software engineering roles. Both are valuable but serve different career preparation needs.

What are popular job titles related to Summer Online Computer Science jobs in Michigan? For Summer Online Computer Science jobs in Michigan, the most frequently searched job titles are:
What cities in Michigan are hiring for Summer Online Computer Science jobs? Cities in Michigan with the most Summer Online Computer Science job openings:

Middle School Science Teacher- Tau Beta/Holbrook

Wayne County Schools Employment Network

Wayne, MI • On-site

$41K - $54K/yr

Full-time

Re-posted 3 days ago


Job description

REPORTS TO: School Administrator
 

EDUCATIONAL QULIFICATIONS:

  • State of Michigan Teacher Certification Science (DX), or Integrated Science (DI)
  • Advanced degree from an accredited college/university preferred
  • ESL Endorsement (preferred)

PERFORMANCE RESPONSIBILITIES:

  • Demonstrate the ability to model, deliver, and craft rich student-centered learning experiences around Science, Technology, Engineering, the Arts and Mathematics.
  • Demonstrate the ability to create and implement strategies for weaving STEM/STEAM experiences into multi- disciplinary curricula from grades 6 through 8.
  • Experience working with middle school students in science, integrated science, or mathematics.
  • Understand the Next Generation Science Standards and implementation of high quality project based instruction
  • Work in partnership with teachers and staff, modeling consistent effective teaching with technology, engagement, lesson plan design, and use of technology, STEM/STEAM and online tools.
  • Demonstrate fundamental knowledge of the connection between technology, computer science, and other fields of study.
  • Understand and be able to design, develop, assess, and manage STEM/STEAM learning experiences.
  • Identify and apply educational and technology-related research, the psychology of learning, and instructional design principles in guiding use of technology in education.
  • Identify, implement, and investigate software in both classroom and administrative environments.
  • The Science (STEM/STEAM) teacher will need to successfully demonstrate computational thinking, algorithmic thinking, abstraction, programming tools and creative thinking. These concepts and skills through culturally relevant pedagogy are visible, attending to how culture and context impact student learning.
  • The Science (STEM/STEAM) teacher will identify resources, plan, and design staff development activities to support professional growth in learning technologies.
  • Participate in professional development experiences that allow them to observe, evaluate, and apply the use of technology to support instruction. Expert level of technology and 21st century learning understanding and application.
  • Deep knowledge of science content standards, effective instructional strategies, and assessment driven instruction.
  • Develops and delivers lesson plans utilizing differentiated techniques and strategies addressing all aspects of communication that develop each student's science skills and allow English learners to meaningfully access the district's instructional program.
  • Establishes and maintains standards of student behavior needed to achieve an effective learning atmosphere in the classroom.
  • Evaluates students' academic and social growth, keeps appropriate records, and prepares report cards and other necessary documentation to report student growth and achievement.
  • Communicates regularly with parents through conferences and other means to discuss curriculum, assessments, and student progress.
  • Identifies student needs and collaborates with other professional staff members in assessing and helping students address social, emotional and academic issues.
  • Provides a nurturing, supportive, and positive learning environment with high expectations that encourage student responsibility, enhance motivation, clearly communicate classroom routines, and incorporate challenging instructional strategies.
  • Participates in school improvement initiatives in committees and collaborative learning teams at the school/district level.
  • Plans, organizes and provides instruction in Science in the Core Curriculum and Next Generation Science Standards.
  • Administers academic and language assessments for the purpose of evaluating students' progress in meeting academic learning targets and progress in Science. Maintains complete and accurate records of student's progress and evidence of growth and progress.
  • Provides a nurturing, supportive, and positive learning environment with high expectations that encourage student responsibility, enhance motivation, clearly communicate classroom routines, and incorporate challenging instructional strategies.
  • Must have experience with educational technologies and applications.
  • Other duties and responsibilities as assigned.


SALARY: Per HFT Salary Schedule
 

OTHER:

This description is intended to describe the essential job functions, the general supplemental functions and the essential requirements for the performance of this job. It is not an exhaustive list of all duties, responsibilities and requirements of a person so classified. Other functions may be assigned and management retains the right to add or change the duties at any time.
Upon recommendation for employment, Section 1230g, as amended, of the Revised School Code requires all school employees to be electronically finger printed for the purpose of undergoing a criminal history background check. The fingerprinting is conducted by a third party and is at the expense of the applicant.
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