1

Electrical Engineer Data Analyst Jobs in Kitchener, ON

... programmable logic devices. Analyzes equipment to establish operating data, conducts experimental ... Selects components and equipment based on analysis of specifications and reliability. Join the team ...

... programmable logic devices. Analyzes equipment to establish operating data, conducts experimental ... Selects components and equipment based on analysis of specifications and reliability. Join the team ...

Data Engineer

Guelph, ON

CA$90K - CA$150K/yr

Support and optimize data models underpinning Power BI dashboards and AI-enabled analytics. * Collaborate with AI Engineers to define data contracts and ensure pipeline outputs meet solution ...

Data Engineer

Kitchener, ON

CA$90K - CA$150K/yr

Support and optimize data models underpinning Power BI dashboards and AI-enabled analytics. * Collaborate with AI Engineers to define data contracts and ensure pipeline outputs meet solution ...

Perform data analysis of ATE and bench characterization results across PVT variations, including ... * BS in Electrical Engineering or a related field (MS a plus) * 8+ years of experience in ...

... data communications and video broadcast industries - powering the interconnects that move data ... Your primary responsibilities will span 3D electrical signal integrity modeling, IC package layout ...

Data Intelligence Specialist

Dundas, ON ยท Remote

CA$75K - CA$105K/yr

Coordinate work with cross-functional teams including developers, architects, analysts, and ... Data modeling and semantic layer design * Data lake and warehouse architecture * Metadata, lineage ...

Lead Engineer

Burlington, ON ยท On-site +1

CA$115K - CA$155K/yr

The Opportunity Ulteig is seeking qualified candidates for a Renewables Lead Electrical Engineer to ... Strong analytical skills, self-motivated, and able to work under pressure. * Strong leadership ...

... working in Data Engineering/Data Science utilizing R (purrr, tidyr, dplyr, tibble, & the tidyverse) * Strong analytical skills working with unstructured data sets * Knowledge of relational ...

... working in Data Engineering/Data Science utilizing R (purrr, tidyr, dplyr, tibble, & the tidyverse) * Strong analytical skills working with unstructured data sets * Knowledge of relational ...

... working in Data Engineering/Data Science utilizing R (purrr, tidyr, dplyr, tibble, & the tidyverse) * Strong analytical skills working with unstructured data sets * Knowledge of relational ...

... working in Data Engineering/Data Science utilizing R (purrr, tidyr, dplyr, tibble, & the tidyverse) * Strong analytical skills working with unstructured data sets * Knowledge of relational ...

Showing results 21-40

Electrical Engineer Data Analyst information

What is an electrical engineer data analyst?

Electrical Engineer Data Analysts are professionals who combine expertise in electrical engineering with data analysis skills. They collect, process, and analyze data related to electrical systems, circuits, or equipment to improve performance, efficiency, and safety. Their work often involves using software tools to interpret large datasets, identify trends, and make recommendations for design improvements or troubleshooting. These analysts play a crucial role in research, product development, and system optimization in industries such as energy, manufacturing, and telecommunications.

What are the key skills and qualifications needed to thrive as an electrical engineer data analyst?

Thriving as an Electrical Engineer Data Analyst requires a solid background in electrical engineering principles, data analysis, and typically a degree in electrical engineering or a related field. Familiarity with tools such as MATLAB, Python, Excel, and data visualization platforms, as well as knowledge of statistical analysis and machine learning, is highly valued. Strong problem-solving abilities, attention to detail, and effective communication skills help set top performers apart. These competencies are crucial for extracting meaningful insights from complex engineering data, driving innovation, and supporting informed technical decisions.

How do electrical engineer data analysts typically collaborate with cross-functional teams in a project setting?

Electrical Engineer Data Analysts often work closely with design engineers, project managers, and IT specialists to gather, analyze, and interpret data from electrical systems. They contribute insights that help optimize system performance, support troubleshooting, and inform decision-making processes. Regular meetings and data-sharing sessions are common, ensuring that findings are integrated into both the design and operational phases. This collaborative environment allows analysts to broaden their technical understanding and build valuable communication skills, which are essential for career growth.

What is the difference between Electrical Engineer Data Analyst vs Electrical Engineer?

AspectElectrical Engineer Data AnalystElectrical Engineer
Required CredentialsBachelor's in Electrical Engineering, Data Analysis skills, possibly certifications in data analyticsBachelor's or higher in Electrical Engineering, Professional Engineer (PE) license often preferred
Work EnvironmentData-focused roles in offices, labs, or project sites, combining engineering and data analysisDesign, testing, and maintenance in labs, manufacturing plants, or field sites
Industry UsageTech companies, utilities, consulting firms integrating data analysis with electrical engineeringPower, manufacturing, telecommunications, and infrastructure sectors
Common Search & ComparisonElectrical Engineer Data Analyst vs Electrical Engineer

The main difference lies in focus: Electrical Engineer Data Analysts combine electrical engineering knowledge with data analysis skills to interpret and optimize electrical systems, while Electrical Engineers primarily design, develop, and maintain electrical systems. Both roles require a strong technical background, but the Data Analyst role emphasizes data skills alongside engineering expertise.

Can an electrical engineer be a data analyst?

An electrical engineer can become a data analyst by developing skills in data analysis tools such as Excel, SQL, and programming languages like Python or R. Their strong analytical, problem-solving, and technical skills can be applied to data interpretation and visualization tasks common in data analysis roles.

What job categories do people searching Electrical Engineer Data Analyst jobs in Kitchener, ON look for?

The top searched job categories for Electrical Engineer Data Analyst jobs in Kitchener, ON are:

What cities near Kitchener, ON are hiring for Electrical Engineer Data Analyst jobs?

Cities near Kitchener, ON with the most Electrical Engineer Data Analyst job openings:

Infographic showing various Electrical Engineer Data Analyst job openings in Kitchener, ON as of August 2026, with employment types broken down into 1% As Needed, 79% Full Time, 17% Part Time, and 3% Contract. Highlights an 85% Physical, 4% Hybrid, and 11% Remote job distribution.

Electrical/Mechatronics Engineer

Smarter Alloys

Cambridge, ON

Full-time

Re-posted 20 hours ago


Job description

As our new Electrical/Mechatronics Engineer, your primary goal is to design, build and test electro-mechanical devices for our Extract Energy heat engine as well as our actuation and medical device applications. We’re looking for someone who can truly own their projects and carry them independently all the way through design, prototyping, testing, and production. Specifically, we're looking for someone with hands-on experience building control and data acquisition systems for in-lab testing and final products, including taking ownership of understanding requirements of large-scale systems, to specifying, assembling, and integrating the components, right down to writing code to support the firmware to integrate these systems. We’re also looking for someone who understands power electronics and how to process raw power from a generator into a clean grid-quality electrical output. Practically speaking, you will: ·         Design, build, and test electromechanical devices using programmable shape memory alloy (SMA) technology ·         Design power electronic systems integrating generators, rectifiers, and inverters to supply grid-quality electricity ·         Design and integrate sensors, feedback control and data acquisition systems (DAQ) on lab prototypes, testing and manufacturing equipment ·         Troubleshoot open-ended problems in prototyping and design ·         Design, create, and test custom PCBs and electrical devices for applications ranging from consumer electronics to medical devices ·         Develop layouts for multi-layer PCB designs, considering signal integrity, board stack-up optimization, heat dissipation, etc. ·         Support procurement and commissioning of automation and manufacturing equipment and components ·         Develop advanced automated manufacturing methods and processes for high volume production ·         Assist in the development of novel SMA sensing techniques ·         Work closely with a multidisciplinary team to integrate mechatronics in various SMA systems   You will have the freedom to work on your projects independently, while being responsive to the iterative nature of the work and communicating effectively with rest of the team.   About You You have great technical strength, and you’re more than just book smart – you love digging into projects, getting your hands dirty, and feeling the rush that comes with successfully testing your own creations. You take pride in documenting your work and sharing in a collaborative manner. You are passionate about clean energy technologies, reducing global GHG emissions and combatting climate change.   You are also the kind of person who can look at the big picture, and intuitively understand the work it takes to achieve it. You’re not only a problem solver, you are a problem definer – able to insightfully characterize problems and develop comprehensive requirements for which you develop solutions.   If this sounds like you, and you’re excited by the opportunity to work in a dynamic, industry-leading start-up, then we want to hear from you!   About Smarter Alloys Smarter Alloys is at the forefront of the smart materials revolution. With applications ranging from wearable technology to medical devices, our technology can be found across a wide range of industries, including medical/dental, automotive, energy harvesting, consumer electronics and sporting goods.   We are an innovative and fast-moving company that is on the cutting edge of smart materials. We have aggressive growth goals and are looking for someone who can help us get there!   As part of our team, you can expect:   ·         A full-time, permanent position working in a state-of-the-art facility ·         Flexible work schedule (40 hrs/week) with core hours between 10:00am – 3:30pm ·         Competitive salary, commensurate with experience  ·         Extended Health Benefit package ·         Opportunities for professional development   Qualifications Here’s what we need: ·         Bachelor’s degree or college diploma in Mechatronics, Electrical, Computer or Systems Design Engineering (or equivalent work experience) ·         Experience designing power electronics (motors, rotary and linear generators, inverters), analog/mixed-signal circuits, and current controlled applications  ·         Experience developing automation control and data acquisition systems ·         Hands-on prototyping and debugging experience while using lab test equipment (oscilloscopes, multimeters, signal generators, etc.) ·         Proficiency in software programming (C, C++) ·         Experience with hardware design (Schematic capture & PCB layout, Altium Designer preferred) ·         Experience with firmware/embedded development (MPLAB, Arduino, Raspberry Pi, etc.)   And here’s what would be an asset: ·         Experience with data analysis software (Python, MATLAB, Octave etc.), database systems (SQL) and SCADA systems ·         Experience in 3D design (AutoDesk, Solidworks etc.) with design for manufacturing & assembly (DFM/DFA) principles ·         Experience with advanced mechanical design and Finite Element Analysis (FEA) ·         Strong background in materials science with experience in shape memory alloys ·         Experience in an agile research and development environment ·         Willingness to learn and try new things, and fail fast     We strive to build a team that reflects the diversity of the community we work in and encourage applications from traditionally underrepresented groups such as women, visible minorities, Indigenous peoples, people identifying as LGBTQ2SI, veterans, and people with disabilities.