Geospatial Data Collection, Analysis & Interpretation using GIS Technology (GIS)

Campus

Online

Duration

9 Weeks (36 Hours)

Credential Awarded

Microcredential

School

School of Environmental & Civil Engineering Technology

About the Program

Geographic Information Systems (GIS) are being used more and more in the public and private sector. In these microcredentials, you will learn about collecting and interpreting geospatial information to enhance your employability in the digital economy.

You’ll gain the expertise needed with geospatial data analytics for a rewarding career in a variety of industries including environmental and civil engineering, health care and manufacturing.

The microcredentials listed below will be of interest to you, if you’re a working professional who wants to build your knowledge and skills using GIS software for designing interactive web maps, data collection, analysis and interpretation.

Introduction to GIS: Geospatial Data (GIS501)
Geospatial Analysis (GIS502)
Advanced Topics in Geospatial Analysis (GIS503)
GIS and Data Collection Technologies (GIS504)
Role of GIS in Workflow and Asset Management (GIS505)

Computer and software requirements

Each of the five GIS microcredentials require the use of a computer. To ensure success and to enrich your learning experience, it is strongly recommended that your machine has the following technical specifications:

Windows 10-based Operating System (OS)
9th Generation Intel Core i7 (quad core) processor or AMD equivalent
minimum 16GB memory (32 GB recommended)
webcam functionality
audio capability (speakers and a quality headset or microphone)
high performance discrete graphics card, with a minimum of 2 GB of memory (4 GB recommended)
1TB or greater Solid-State Drive (SSD)
wireless network adapter, supporting IEEE 802.11g/n/ac
17 inch screen or greater (recommended resolution 1920x1080) – If possible with a dual monitor set up
two or more full-size USB ports (USB 3.0 or better recommended)
virus protection software required
optional 10/100/1000 ethernet RJ45 connection or a USB to ethernet adapter
A multi-year (three- or four-year) warranty on your device is highly recommended

The following software applications will be provided to students enrolled in the GIS microcredentials:

ArcGIS Online & ArcGIS Pro software applications
Microsoft Office applications, including Word, Excel, Access, OneDrive and PowerPoint
Adobe Acrobat DC
other pertinent applications that may be required for specific GIS MCs (e.g. Drone2Map, ArcGIS Field Maps, etc.)

Program Highlights

nine week online program delivery
scheduled class time for one-on-one professor support and independent learning at your own pace
essential skills to solve problems with the latest tools and technology
presentation experience to communicate decision-making processes

Partners

BeSpatial Ontario
Esri Canada
Eco-Canada

Your Career

Stand out in a competitive market with skills that are applicable to a variety of industries including environmental and civil engineering, health care and manufacturing. The suite of GIS microcredentials will provide you with technical knowledge and hands-on skills to assist with geospatial data collection, analysis and visualization. You will also have the background to take other GIS microcredentials that can lead to opportunities as a GIS technician or data analyst.

What is a Microcredential?

A microcredential is a short course designed to help you upskill, reskill and boost new skills development. Seneca’s career- and profession-based microcredentials provide focused learning that add value to your existing education and enhance your employability. You will learn in-demand skills and knowledge and benefit from flexible options including different delivery modes, durations and start times.

Explore Microcredentials

Badge

Geospacial Data Collection, Analysis & Interpredation. Introduction to Geospatial Data. GIS Technology

Geospacial Data Collection, Analysis & Interpredation. Geospatial Analysis. GIS Technology

Geospacial Data Collection, Analysis & Interpredation. Advanced Geospatial Analysis. GIS Technology

Geospacial Data Collection, Analysis & Interpredation. Data Collection Technologies. GIS Technology

Geospacial Data Collection, Analysis & Interpredation. Workflow & Asset Management. GIS Technology

Geospatial Data Collection, Analysis & Interpretation

This microcredential is issued in the form of a digital badge. Data embedded in the badge identifies the institution that issued it, along with the competencies, evidence and criteria that was required to earn it. Earners can display their badges on social media sites, electronic portfolios and resumés.

GIS and Data Collection Information Session

Date: Wednesday, January 15

Time: 6 to 7 p.m.

Benefits

Experience

Build your resumé and stand out in a competitive market with hands-on experience.

Expertise

Industry professionals bring their expertise in GIS technology, data analytics and engineering. Their diverse backgrounds cover a wide range of industries, including environmental and natural resources, civil engineering and public safety.

Delivery

The online courses include scheduled class time and independent learning.

Opportunity

Address growing demand in the industry for geospatial data collection and visualization skills.

Student Testimonials

"I recently retired from the workforce and wanted to learn new skills out of personal interest and a desire to challenge myself. Seneca Polytechnic’s Geospatial Data Collection, Analysis & Interpretation microcredential courses provided an excellent opportunity to fast-track my learning in a new area of expertise. These courses introduced essential concepts and covered a wealth of content. The instructors were industry professionals and enriched the learning experience with their knowledge. Overall, I found these courses to be a valuable gateway to the industry, where I now hope to gain practical experience."

— Rob Jensen

“I appreciated the GIS microcredential’s hands-on approach to learning. The practical exercises, real-world examples and case studies helped strengthen my understanding of GIS concepts and allowed me to bridge the gap between theory and application.”

— Shah Faisal