Jaskaran Pabla
Jaskaran Pabla
Apprenant.e.s - Il / Lui
(1)
5
Lieu
Cambridge, Ontario, Canada
Bio

Jaskaran Pabla
📍 Guelph, ON | 📧 jaskaranspabla@gmail.com | 📞 226-606-9455 | LinkedIn jaskaranspabla

Aspiring Embedded Systems Engineer | Engineering Systems & Computing Student at the University of Guelph

Passionate about embedded systems, circuit design, and software development. Experience in designing and testing PCBs, working with microcontrollers, and developing software solutions. Strong problem-solving skills with hands-on experience in AutoCAD, Java, and Python. Looking for opportunities to apply technical expertise in real-world engineering challenges.

Portails
Catégories
Génie mécanique Robotique Gestion de projets d'ingénierie Électrotechnique Conception de produits matériels

Compétences

Chronic diseases 2 Cost reduction 2 Electrical networks 2 Electrical systems 2 Electronic design automation 2 Electronic hardware 2 Mechanical assembly 2 Printed circuit board design 2 Regulatory compliance 2 Sensors 2

Profils sociaux

Réalisations

Dernières rétroactions

Amir Omidvar
Amir Omidvar
President
mai 30, 2025
Approbation individuelle
Printed circuit board design Electrical networks Chronic diseases Electrical systems Cost reduction Sensors Regulatory compliance Electronic design automation Mechanical assembly Electronic hardware

I am pleased to endorse Jaskaran Pabla for his commendable work in electrical circuit design within the context of a medical device application. Jaskaran brought a strong technical foundation, attention to detail, and a willingness to learn throughout the project. His circuit design reflected thoughtful component selection and clear organization, demonstrating both competence and curiosity. He is proactive, receptive to feedback, and focused on delivering reliable solutions. Jaskaran has the potential to make a valuable contribution to engineering teams in both startup and corporate environments.

Rétroaction de l'apprenant.e.s
Jaskaran approached the project with enthusiasm and a solid grasp of circuit design fundamentals. He demonstrated a good understanding of component functionality and power management, and his schematic design showed logical organization and clarity. Jaskaran was proactive in seeking feedback and showed a willingness to improve through iteration. For future projects, I encourage him to further explore noise reduction techniques and regulatory considerations specific to medical devices. Overall, a commendable effort with strong potential for growth in the medical technology field.
Printed circuit board design Electrical networks Chronic diseases Electrical systems Cost reduction Sensors Regulatory compliance Electronic design automation Mechanical assembly Electronic hardware
Advance Ontario
Advance Ontario: April 2025 Cohort
Advance Ontario
Pocket Clinic Corp.
Electrical Circuit Design for a Medical Device
Pocket Clinic Corp.

Projets récents

Pocket Clinic Corp.
Pocket Clinic Corp.
Toronto, Ontario, Canada

Electrical Circuit Design for a Medical Device

Main Goal for the Project: The main goal of this project is to develop and refine the hardware and software components of the Pocket Clinic smart injector, ensuring it meets all functional and regulatory requirements. Problem Learners Will Be Solving: Learners will address the challenge of designing and coding the electronic boards for the smart injector. This involves creating schematics, selecting appropriate components, designing the PCB, and developing the firmware to ensure seamless operation of the device. Expected Outcome by the End of the Project: By the end of the project, learners are expected to achieve the following outcomes: Hardware Development: Design electronic boards that meet the specific requirements of the Pocket Clinic smart injector. Create detailed schematics and select the appropriate components for optimal performance. Successfully design and fabricate the printed circuit boards (PCBs). Software Development: Develop and debug firmware to ensure the smart injector operates efficiently and accurately. Implement coding solutions that enhance the functionality and reliability of the device. Ensure seamless integration between the hardware and software components for optimal performance. Overall, learners will gain comprehensive experience in both hardware and software aspects of medical device development, contributing to the successful creation of the Pocket Clinic smart injector.

Jumelages 4
Catégorie Développement de logiciels + 3
Fermé

Expérience professionnelle

Gryphon Racing Engineer
University of Guelph
Cambridge, Ontario, Canada
septembre 2024 - Présent

Designed and implemented embedded systems, working with microcontrollers and circuit design

Assembled and tested custom PCB boards for hardware integration, ensuring proper component placement,
soldering, and electrical connectivity

Collaborated with a team to improve vehicle performance through embedded technology.

Event Support & Community Volunteer
Idea Exchange
Cambridge, Ontario, Canada
juin 2023 - octobre 2023

Worked alongside a team to organize and set up community events, ensuring smooth logistics and operations

Welcomed and guided attendees, promoting local programs and initiatives to create an inclusive and engaging community experience

Helped with equipment setup, arranged materials, and supported event coordination to enhance community engagement

Sales & Operations Associate
Pablas Street Food Of India
Cambridge, Ontario, Canada
mai 2022 - Présent

Managed customer interactions, processed transactions, and ensured a positive customer experience

Maintained business social media accounts, creating content to engage customers and drive sales

Organized and executed events, coordinating with vendors and ensuring smooth operations

Upheld cleanliness and sanitation standards to maintain a safe and efficient food service environment

Éducation

Engineering Systems and Computing, Engineering
University of Guelph
septembre 2024 - avril 2029

Projets personnels

Course Management System | Java, JavaFX, Exel, Git, GitHub
janvier 2025 - avril 2025

Developed a multi-user platform where students, faculty, and admins can manage courses, schedule events, and
view calendars

Implemented user authentication and role-based access control for secure access to different functionalities.

Designed an interactive UI with JavaFX to enhance usability and efficiency

Integrated Excel as a data storage solution, handling course details, user information, and event scheduling

Utilized Git and GitHub for version control, enabling smooth collaboration and feature integration within the team

Food Truck Layout Design | Autocad, Homestyler
juin 2021 - août 2021

Designed an efficient food truck layout to optimize workspace functionality and customer flow

Utilized AutoCAD to create detailed floor plans, complying with space constraints and operational needs

Utilized HomeStyler to create a 3D visualization, ensuring a functional and ergonomic design.

Considered factors such as equipment placement, storage efficiency, and safety regulations