- Aerodynamics (AR)
- Chassis (CH)
- Electrical, Electronics & Embedded (EEE)
- Powertrain (PT)
- Vehicle Dynamics (VD)
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Aerodynamics (AR)
| AR2301 | Aerodynamics Engineer |
|---|---|
| Job Description | – Design an aerodynamic kit that fulfills FSAE regulations – Design mountings and features for the aerodynamic kit – Cooperate with chassis team |
| Field of Study | -Engineering or related field are preferred |
| Requirements | – Basic CAD skills – Basic aerodynamics background knowledge |
| AR2302 | Aerodynamics Analyst |
|---|---|
| Job Description | – Analyse aerodynamics performance of racecar – Feedback on design – Cooperate with powertrain team about cooling |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Basic CAD skills – Experience in CFD simulation eg. Ansys Fluent, Star-CCM+, and others (preferred) |
Chassis (CH)
| CH2301 | Chassis Engineer |
|---|---|
| Job Description | – Design, analyze, and develop a FSAE tubular chassis in Solidworks – Complete components drawing and documentation – Run simulations on the chassis – Communicate and act with other sub-teams on mounting components onto the car – Ensure safety of the driver on their equipments and components on chassis |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Willing to learn and talk – Basic Solidworks skills – Knowledge of Ansys usage (preferred) – Be a fan of motorsports (plus) |
| CH2302 | Mechanical Engineer |
|---|---|
| Job Description | – Design, analyze, and develop a FSAE tubular chassis in Solidworks – Design and optimize parts with other sub-teams when required – Communicate and act with other sub-teams on mounting components onto the car – Run FEA and topology simulations on the chassis |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Willing to learn and responsive – Basic Solidworks skills – Prototyping experience (prefered) – Knowledge of Ansys usage (preferred) |
Electrical, Electronics & Embedded (EEE)
| EEE2301 | Electronics Engineer – Circuit Design |
|---|---|
| Job Description | – Design circuits based on requirement – PCB layout design – Support troubleshooting of vehicle testing – Provide support for manufacturing in product requirements, test methods, quality assurance, and compliance – Testing prototypes |
| Field of Study | – IAI / EIE / EE |
| Requirements | – Knowledge of electronics / electrical engineering – Experience in EDA software (preferred) – Prior experience in designing PCBs (preferred) – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
| EEE2302 | Electronics Engineer – Wiring Harness |
|---|---|
| Job Description | – Understand current design and propose improvements – Route design, detail labelling and develop clear procedures for creating, cataloguing, and maintaining harnesses – Modularize components connected to wiring harnesses, enabling interoperability of multiple season components (backups and testing purposes) |
| Field of Study | – IAI / EIE / EE |
| Requirements | – Knowledge of electronics / electrical engineering – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
| EEE2303 | Hardware Test Engineer |
|---|---|
| Job Description | – Build required testing circuit for modules testing – Carry out testing, troubleshooting, and preparing technical reports. – Work closely with electronic and electrical engineers in development and testing |
| Field of Study | – IAI / EIE / EE |
| Requirements | – Knowledge of electronics / electrical engineering – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
| EEE2304 | Electrical Engineer |
|---|---|
| Job Description | – Plan and carry out verification and validation test of electrical system – Responsible for HV systems – Provide support for manufacturing in product requirements, test methods, quality assurance, and compliance – Work closely with electronic and embedded engineers in development and testing |
| Field of Study | – IAI / EIE / EE |
| Requirements | – Knowledge of electronics / electrical engineering – Knowledge of quality assurance (testing, etc.) – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
| EEE2305 | Embedded Systems Engineer |
|---|---|
| Job Description | – Plan and carry out verification and validation test of embedded software and electronic circuits – Support troubleshooting of vehicle test – Provide support for manufacturing in product requirements, test methods, QA, and compliance – Work closely with electronic and electrical engineers in development and testing |
| Field of Study | – IAI / EIE / EE / CS |
| Requirements | – Programming languages: C, C++ – Knowledge of debugging and testing programs – Prior experience in embedded systems programming (preferred) – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
| EEE2306 | EEE Engineering Trainee |
|---|---|
| Job Description | – Collaborate and learn from experienced team members while working on projects. – Receive training in basic knowledge and skills relevant to the job. – Acquire valuable practical experience through hands-on work |
| Field of Study | – IAI/EIE/EE/CS |
| Requirements | – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
| EEE2307 | Software Engineer |
|---|---|
| Job Description | – Develop high-quality software solutions based on project requirements. – Write clean, efficient, and maintainable code using industry best practices. – Conduct thorough code reviews and provide constructive feedback to team members. – Troubleshoot and debug software issues, ensuring timely resolution. |
| Field of Study | – IAI/EIE/EE/COMP |
| Requirements | – Programming languages: C/ C++/python – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
Powertrain (PT)
| PT2301 | Power Unit Engineer (GB – Stream I) |
|---|---|
| Job Description | – Research and develop new in-hub motors – Optimize the design by simulations and prototyping |
| Field of Study | – ME/AAE/COMP (preferred) |
| Requirements | – Proficiency in SolidWorks (IC class is satisfactory) – Proficiency in OptimimLam, KISSsoft, MATAB, and others (bonus) – Basic physics and mechanics are good. Knowledge of stress and strain (plus) |
| PT2302 | Power Unit Engineer (GB – Stream II) |
|---|---|
| Job Description | – Investigate, maintain and improve current motor and gearbox performance, and MCU mounting – Perform simulations and validations on the current racing car’s motors and planetary gearbox – Design scatter shield and protection mechanism for tripods |
| Field of Study | – ME/AAE/COMP is preferred |
| Requirements | – Basic physics and mechanics are good. Knowledge of stress and strain (plus) – Proficiency in SolidWorks (IC class is satisfactory) – Proficiency in OptimimLam, KISSsoft, MATAB, and others (bonus) – Practical engineering experience is appreciated |
| PT2303 | Power Unit Engineer (GB-Software) |
|---|---|
| Job Description | – Conduct comprehensive research to explore and compare functionalities of existing software. – Learn and execute simulations to validate the effectiveness of our gearbox design. – Conduct research and comparative analysis on various types of motors and gearboxes. |
| Field of Study | – – ME/AAE/COMP is preferred |
| Requirements | – Experience in reading and analysing research papers (plus) – Proficiency in OptimumLap, KISSsoft, MATLAB, ANSYS and others (bonus) – Practical engineering experience is appreciated |
| PT2304 | Cooling System Engineer |
|---|---|
| Job Description | – Assist in the designing, sizing, and verification of the cooling design – Perform CFD on the effectiveness of the radiator – Cooperate with AR for the aerodynamic characteristics of the car and the placement of the radiators – Modelling of the cooling system – Electronic circuit design and testing |
| Field of Study | – ME/AAE/COMP/EIE is preferred |
| Requirements | – Willing to explore technical knowledge on cooling systems for motorsport – Knowledge of thermodynamics and fluid mechanics (plus) – Proficiency in Ansys fluent or other CFD platforms (plus) – MATLAB, Simscale and other applications (bonus) – Electronic background and proficiency in programming language (eg. MATLAB, Arduino) (preferred-Huge Bonus) |
| PT2305 | Powertrain Regulation Inspector |
|---|---|
| Job Description | – Review technical documentation and specifications related to powertrain components and systems – Check the regulation compliance of our design to pass the scrutineering of FSUK & FSEC – Collaborate with cross-functional teams to address and resolve regulatory compliance issues. – Provide guidance and recommendations to ensure continuous improvement in powertrain regulatory compliance. – Assist in engineering practice in the sub-team |
| Field of Study | – Any Discipline |
| Requirements | – Practical engineering experience is hugely appreciated – Patience and dedication required |
| PT2306 | Enclosure Designer |
|---|---|
| Job Description | – Design physical structures for EEE systems based on requirements – Cooperate with other Mechanical Team – Provide support for manufacturing in product requirements, test methods, quality assurance, and compliance – Work closely with electronic, electrical and embedded engineers in development and testing |
| Field of Study | – ME (prefered) |
| Requirements | – Knowledge of mechanical design – Experience in CAD software (preferred) – Knowledge of electronics / electrical engineering (preferred) – Demonstrates proactive behavior and a strong willingness to learn. – Exhibits effective communication skills. |
Vehicle Dynamics (VD)
| VD2301 | Suspension Designer |
|---|---|
| Job Description | – Design the suspension geometry and simulate static suspension geometry using Lotus -Simulate a mathematic model target to the dynamic suspension behaviour under various conditions (pumping & rolling) and obtain a-arm forced by Adams -Designing and optimizing the suspension components and system to meet specific performance goals such lightweight and high reliability by static and topology simulation – Formulate the manufacturing plan of suspension component, such as springs, dampers, control arms, and anti-roll bars. – Working closely with suppliers to ensure the manufacturing and assembly of suspension components meet the required specifications |
| Field of Study | – Engineering discipline is welcomed |
| Requirements | – Solidworks, Lotus – Matlab (bonus) |
| VD2302 | Tire Analyst |
|---|---|
| Job Description | – Analyze the tire data and develop tire model with Matlab or Python – Conducting tests and evaluations on different tire models and compounds to assess their performance and durability – Providing feedback to meet the team’s specific requirements – Collaborate closely with Suspension Designer and Steering Designer to select appropriate tires and rims for optimal performance – Monitoring and managing tire pressures and temperatures during testing and competition. – Analyzing data collected during testing, such as tire grip, wear rates, and temperature sensitivity, to provide insights and recommendations to the team |
| Field of Study | – Any Engineering and computing discipline is welcomed |
| Requirements | – Matlab, Python – Solidworks (plus) |
| VD2303 | Steering Designer |
|---|---|
| Job Description | – Design and simulate the steering geometry based on Adams – Formulate the manufacturing plan of the steering component – Developing and testing of prototypes for the steering system – Collaborating with Component Manufacturer team to create components – Collecting and analyzing data from tests to validate the design and make necessary adjustments. – Designing various components of the steering system, such as the steering wheel, steering column, steering rack or gearbox, tie rods, and steering linkages. – Ensuring the components are lightweight, durable, and capable of providing precise and responsive steering control. |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Solidworks – Matlab (bonus) |
| VD2304 | Brake and Pedal Designer |
|---|---|
| Job Description | – Design, simulate and improve the brake and pedal system on the car – Ensuring the components are lightweight, durable, and capable of providing consistent and powerful braking performance – Evaluating the performance and behavior of the braking system and analyzing factors – Designing the pedal assembly such as the brake and accelerator pedal – Design various components of the braking system, such as the brake calipers, brake discs or rotors, brake pads, brake lines, and master cylinders – Ensuring that the pedals are ergonomically positioned, comfortable to use, and provide precise control for the driver with optimal forced support |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Solidworks – Matlab (bonus) |
| VD2305 | Stability and Safety Analyst |
|---|---|
| Job Description | – Assessesing the stability and safety of vehicles under various driving scenarios, such as emergency maneuvers or adverse road conditions – Analyzing factors such as yaw rate, roll rate, and tire forces to evaluate stability limits and develop strategies for improving vehicle safety – Assessing the effectiveness of various safety systems and cooperating with Chassis for Immediate Safety Evacuation for Drivers |
| Field of Study | – Any Engineering and computing discipline is welcomed |
| Requirements | – Solidworks, Matlab/Python, IPG Car maker |
| VD2306 | Vehicle Dynamics Analyst |
|---|---|
| Job Description | – Conducting objective evaluations of a vehicle’s handling and performance characteristics and analyzing data from on-track testing, instrumented vehicles, and driver feedback to assess factors – Collaborating with aerodynamics and chassis engineers to optimize the vehicle’s suspension setup, degree of griping, downforced support – Providing insights and recommendations for improving vehicle dynamics and performance – Collaborating with cross-functional teams to ensure that vehicle design and specifications meet performance targets for next generation |
| Field of Study | – Any Engineering and computing discipline is welcomed |
| Requirements | – Solidworks, Matlab/Python, IPG Car maker |
| VD2307 | Vehicle Dynamics Technician |
|---|---|
| Job Description | – Assisting in setting up and tuning vehicles to achieve desired handling characteristics – Installing and calibrating various sensors and data acquisition systems – Installing and modifying various vehicle components related to vehicle dynamics – Work closely with engineers and mechanics to ensure proper installation and functionality – Basic Machining for product dimension correction. Measuring and Drawing for the expected requirement of the component as the guide for machining. – Technique support for Self-Making components such as Insert and Carbon Rod – Ordering Materials and Components – Storage Management, tidying up and separating place of the components |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Solidworks – MS Word -Basic Machining knowledge (Bonus) |
| VD2308 | Vehicle Dynamic Regulation Investigator |
|---|---|
| Job Description | – Familiar with the Formula Student (FS) regulation, understanding all the important requirements – Immigrating and ensuring all the designs in the subteam are following the FS rules – Taking notes and keeping documentations on various component for checking purposes in the team – Keeping the storage/garage tidy and avoiding any material/component lost or left behind for competition |
| Field of Study | – Any Engineering discipline is welcomed |
| Requirements | – Solidworks – MS Word, Excel |