Main Tasks and Responsibilities

• Attend weekly meetings
• Manages written blog posts (technical and non-technical)
• Put together IG posts using current templates
• Graphic design for social media and internal needs
• Creates content to be posted on a weekly basis (social media and/or website)

Requirements

• Well-organized, highly motivated, and willing to learn!
• Good writing and communication skills
• Graphic design and/or social media management
• Comfortable with document management, Microsoft Office Suite, and Google Suite
• Minimum starting level 2 academic year - any program at Mcmaster University

Preferences

• Experience working in leadership on clubs/teams/volunteer activities

As a Platform & DevOps Specialist, you will focus on delivering creative solutions and improvements to our virtual computing platform to meet the needs of every subteam under MIST. You will be responsible for ensuring that our systems for data storage, remote access, and web services are running optimally and have appropriate protections against failures and human error. Work can be done remotely, except for occasional hardware or network upgrades.

Examples of web services that we have hosted and/or maintained in the past: Confluence/Jira, GitHub/GitLab, Jenkins, Docker Registry, Shinobi, Keycloak, Grafana, InfluxDB, and TeamViewer. Our IT resources include Linux servers, desktop computers, networked IP cameras, Raspberry Pi's, routers, and network switches.

Main Tasks and Responsibilities

• Collaborate with subteams to identify project specific IT requirements
• Manage MIST's existing IT systems and perform/configure software or hardware upgrades as necessary
• Develop documentation, including designs, diagrams, test reports, and standard operating procedures
• Provide internal technical support and perform troubleshooting when problems arise
• Keep track of seat counts and licensing for commercial software

Requirements

• Enrolled at McMaster University in a related discipline (Level II or above), or have equivalent technical experience (1 year or more)
• Experience with Linux and its command line tools
• Experience with computer networking
• Strong analytical and problem solving skills with attention to detail
• Good teamwork and communications skills
• Well-organized, highly motivated, and willing to learn

Preferences

• Technical writing and documentation
• Linux system administration
• Scripting languages (e.g. Bash, Python)
• Virtual machines (desktop and/or cloud)
• Containers (e.g. Docker)
• Version control systems (Git and GitHub)
• Databases (e.g. PostgresSQL, InfluxDB, etc.)
• Identity management (SSO, SAML)

Main Tasks and Responsibilities

• Design and implement advanced control systems relating to the CubeSat's attitude and pointing through simulations and scripting
• Collaborate with the ADCS Team on system design, attitude determination, and control algorithm development.
• Play a crucial role in calibration, validation, and real-time monitoring activities.
• Engage in collaboration with other subsystems to achieve mission success.

Requirements

To succeed in this role, we require that you..

• Enrolled in Software Engineering, Computer Engineering, Electrical Engineering, Mechatronics Engineering, Bachelor of Technology, Engineering Physics, or have other relevant experience
• Minimum starting level 2 academic year (preferred level 3+)

Preferences

We prefer that you have...

• Familiarity with Control Systems Principles and Controls Engineering
• -Familiar with PLC programming languages
• Proficiency in programming languages commonly used in astrodynamics, such as Python, MATLAB, or C/C++; prior experience in thermal simulations and studies
• Strong organizational skills to manage multiple tasks, prioritize work, and meet deadlines.
• Familiarity with software development best practices, including version control, testing, and documentation
• Excellent analytical and problem-solving skills to evaluate complex Space Systems physics.

As a vital member of the ADCS Team, you will be at the forefront of designing, implementing, and operating advanced electrical and computer hardware systems for a robust attitude control system in our CubeSat mission. Your expertise in electronic & communications engineering and control systems will be instrumental in achieving accurate pointing, stabilization, and meeting mission objectives. You will have the unique opportunity to harness your passion for aerospace engineering and astrodynamics, immersing yourself in the fascinating world of the aerospace industry and the ability to apply your skills. Collaborate with multidisciplinary teams, including engineers and scientists, to ensure the success of the CubeSat mission, while gaining invaluable hands-on experience.

Main Tasks and Responsibilities

• Participate in PCB design, Electrical Block diagram creation, and Computer Hardware assembly.
• Support the integration and testing of CubeSat systems by providing your ECE expertise to ensure the onboard computer is properly working.
• Data Collection and Processing
• Automation of processes
• Collaborate with other team members to contribute to the overall success of the CubeSat project, including attending regular team meetings, sharing progress updates, and participating in technical discussions.

Requirements

To succeed in this role, we require that you..

• Enrolled in Electrical Engineering, Computer Engineering, or Bachelor of Technology, or have relevant experience
• Minimum starting level 2 academic year (preferred level 3+)

Preferences

We prefer that you...

• Familiarity with PCB design, Electrical Block Diagrams, and Computer system design.
• Proficiency in programming languages commonly used in astrodynamics, such as Python, MATLAB, or C/C++.Prior experience in thermal simulations and studies
• Strong organizational skills to manage multiple tasks, prioritize work, and meet deadlines.
• Familiarity with software development best practices, including version control, testing, and documentation
• Excellent analytical and problem-solving skills

Main Tasks and Responsibilities

• Design and conduct orbital simulations and analyses using specialized software tools to predict satellite orbits and angular rates, assess mission feasibility, optimize satellite trajectories, determine overhead pass predictions, and more.
• Support the integration and testing of CubeSat systems by providing orbital analysis and simulation data to guide design decisions.
• Data Collection and Processing
• Automation of processes
• Document simulation methodologies, assumptions, and results in clear and concise reports for internal team use.
• Collaborate with other team members to contribute to the overall success of the CubeSat project, including attending regular team meetings, sharing progress updates, and participating in technical discussions.

Requirements

To succeed in this role, we require that you..

• Enrolled in Electrical Engineering, Mechatronics Engineering, Bachelor of Technology, Engineering Physics, or have relevant experience
• Minimum starting level 2 academic year (preferred level 3+)

Preferences

We prefer that you...

• Familiarity with orbital simulation software, such as STK (Systems Tool Kit), GMAT (General Mission Analysis Tool), or similar tools.
• Proficiency in programming languages commonly used in astrodynamics, such as Python, MATLAB, or C/C++.Prior experience in thermal simulations and studies
• Strong organizational skills to manage multiple tasks, prioritize work, and meet deadlines.
• Familiarity with software development best practices, including version control, testing, and documentation
• Excellent analytical and problem-solving skills to evaluate complex orbital scenarios and provide practical solutions.

You will be responsible for developing and testing the On-Board Computer (OBC) as well as all the other required complementary components, such as a motherboard. You will be heavily involved with other teams, as they all depend on the OBC being functional.

The team will be integrating an off-the-shelf OBC with the rest of the satellite via a motherboard along with designing a completely custom Secondary OBC. If you are interested in PCB design as well as embedded systems, then this is the position for you!

This role will involve acquiring a deep understanding of each piece of hardware, developing (and eventually executing) testing plans to ensure all the hardware works as intended.

Main Tasks and Responsibilities

• Acquire a deep understanding of the hardware designs of the CDH system
• Create testing plans for ensuring functioning PCBs
• Investigate handling of sensitive electronics such as the PCBs
• Assist with manufacturing and testing projects
• Attend weekly meetings an take part in group discussions

Requirements

• Enrolled in Mechatronics, Electrical/computer Engineering, BTech, or another equivalent program
• Knowledge of basic circuit components (capacitors, inductors, etc.)
• Knowledge of circuit design (filtering, circuit protection, etc.)
• Basic knowledge of Altium and PCB design
• Excellent teamwork and communication skills

Note: We do not expect strong technical skills from lower-level applicants (level I/II) but we do expect a strong willingness to learn, interest, and dedication

Preferences

• Knowledge of more advanced PCB design (multi-layers)
• Knowledge of PCB design using Altium
• Experience with hardware assembly and testing
• Comfortable working with test equipment such as Vector Network Analyzers (VNAs), Spectrum Analyzers, Oscilloscopes, Multimeters, Power Supplies, Etc.
• Previous manufacturing or testing experience.
• Knowledge of embedded systems

The CDH team is developing software applications to accomplish all of these tasks. This role will involve all aspects of software design, development, and testing in order to ensure reliable functionality of the satellite while in orbit. .

Main Tasks and Responsibilities

• You will be involved in writing applications, device drivers, and designing the software architecture for a satellite flight computer using C
• Create testing plans and execute tests to ensure software & system validity
• Following the coding standard developed by the CDH team in all software development
• Documenting understanding of software applications and functionality, as well as documenting own written code
• Attend weekly meetings

Requirements

• Enrolled in Mechatronics Engineering, Software Engineering, Computer Engineering, Computer Science, or a related field
• C/C++ coding experience
• Must have good teamwork and communication skills, presentations and updates on work is required

Preferences

• Highly recommended to have experience in C programming and embedded system design
• Preferentially experience with Git (or similar version control software), understanding of OS structure and design
• Side projects showcasing initiative and software experience
• Experience/interest working with Real-Time Operating Systems (RTOS) specifically FreeRTOS is an asset
• Ability to work independently and problem solve

You will play a crucial role in creating a reliable system that acquires and stores power for our spacecraft. Your focus will be on designing and assembling solar panels that work seamlessly with our batteries and Power Distribution Module (PDM) to ensure that we operate at peak efficiency.

Main Tasks and Responsibilities

• Attending weekly EPS meetings
• Developing a Power Budget for the spacecraft, and optimizing its efficiency
• Writing test procedures and documentation up to industry standard
• Designing solar panel PCBs to be used on the spacecraft
• Designing environmental test procedures for our flight solar panels
• Performing the assembly, integration, and testing of our flight solar panels

Requirements

To succeed in this role, we require that you...

• Are enrolled in Engineering Physics, or have an equivalent knowledge of solar panel physics (e.g. P-N Junctions, IV-Curves, Power Calculations)
• Be familiar with advanced electrical design and circuit simulation software
• Have hands-on research/industry experience performing validation and test procedures
• Have strong problem-solving and analytical skills
• Have excellent communication and teamwork skills
• Have the demonstrated ability to work independently and take initiative when needed

Preferences

We prefer that you...

• Are a Level 3 student or above
• Have taken any of the following courses: ENGPHYS 3PN4, ENGPHYS 4MD3, ENGPHYS 4X03, or ENGPHYS 4UM2
• Have experience with Altium for PCB design
• Have experience with electronic projects and troubleshooting electrical problems

You will play a crucial role in creating a reliable system that acquires and stores power for our spacecraft. Your focus will be on designing and assembling solar panels that work seamlessly with our batteries and Power Distribution Module (PDM) to ensure that we operate at peak efficiency.

Main Tasks and Responsibilities

• Attending weekly EPS meetings
• Aiding the development of a Power Budget for the spacecraft
• Writing test procedures and documentation up to industry standard
• Participating in the design, assembly, integration, and testing of our flight solar panels

Requirements

To succeed in this role, we require that you...

• Are enrolled in one of either Engineering Physics, Electrical Engineering, or Mechatronics, or have an equivalent background
• Be familiar with electrical design and circuit simulation software
• Have a basic understanding of solar panel physics
• Have strong problem-solving and analytical skills
• Have excellent communication and teamwork skills
• Have the demonstrated ability to work independently and take initiative when needed

Note: We do not expect strong technical skills from lower-level applicants (level I/II) but we do expect a strong willingness to learn, interest, and dedication.

Preferences

We prefer that you...

• Are a Level 2 student or above
• Have experience with electronic projects and troubleshooting electrical problems