SA Skills Flashcards
1
Q
Leadership
A
- S: Production management at MCS towards end of the month there would be a lot of orders to be built in a short time to meet monthly shipping target
- T: Determining which orders were to be built and by who
- A: Assessed what all of the build engineers strengths were, assigning appropriate builds. Prioritised most important builds to the most senior engineers. Set a plan of when each of the projects needed to be build and communicated to engineers.
- R: Regularly cleared build backlog and met shipping targets.
2
Q
Teamwork
A
- S: Part of the Leeds Formula Student Race team, and the engine sub team. Final year project
- T: researching, designing, building and presenting a race car over final year. Issue was to ensure everyone worked as a team whilst completing their individual projects.
- A: Delegated tasks according to peoples key strengths, organised team meetings, led team meeting, took minutes if I wasn’t leading, set deadlines with a Gantt chart.
- R: We completed our engine team report ahead of schedule giving us more time to prepare for team presentation. Scored highly in both.
3
Q
Verbal Communication
A
- S: Working as Mountain Safety Volunteer Whistler Blackcomb
- T: Coordinating with team members and reporting to Ski Patrol when accidents occurred via radio
- A: Ensured I gave the key information first for serious situations such as injury and location, communicating concisely.
- R: Meant a small team of 7 people patrolled an entire mountain. Ensured Ski Patrol quickly arrived with the relevant equipment.
4
Q
Ability to identify and summarize key themes
A
- S: Part of the Leeds Formula Student Race team, and the engine sub team. Final year project
- T: Team presentation to our sponsors MAHLE Powertrain summarising the basis of our project and initial design. Early on in process.
- A: Identified the key issues.
- R: Received further support, such as a GT power training day at their headquarters. Secured further funding for the project.
5
Q
Quick and Flexible Learner
A
- S: Began customer support role at MCS with little training and just a morning shadowing my predecessor.
- T: Required to learn on the job how to answer customer questions effectively, log issue and resolve technical issues.
- A: Analysed the support log. Identified most common issues. Researched these issues. Shadowed build engineers.
- R: Much better equipped to answer customer questions and effectively solve customer issues to reduce the support log by half
6
Q
Handling Ambiguity
A
- S: Customer Support at MCS. Often customers so frustrated with their issues it would be hard to get the required information because they would be very ambiguous and demand an engineer on site immediately.
- T: Protocol was to identify the likely issue before sending an issue, to make sure engineer time was not wasted on issues which could be solved on the phone.
- A: Asked specific questions to extract the relevant information and ensured a good relationship was maintained
- R: Customer Problems Solved Faster. Less engineer time was wasted.
7
Q
Responsibility
A
- S: MCS Purchasing department when my colleague was on holiday
- T: Someone was required to complete additional responsibility of order processing
- A: Volunteered to do this alongside my purchasing role because I enjoy responsibility, by prioritising and planning tasks
- R: Orders were processed accurately and promptly, ensuring they were authorised for production.
8
Q
Integrity
A
- S: Customer support at MCS dealing with their questions and problems.
- T: Solve their issue as soon as possible but often replacement items were not in stock and engineers were not available
- A: I always gave them a realistic date of when their problem would be solved
- R: Maintained the trust of the clients and a good relationship. Allowed information to be extracted more easily and also ensured repeat business.
9
Q
Discipline/Time Management
A
- S: Production Management at MCS
- T: Ensure that monthly shipping targets of £500k were met
- A: Produced detailed production schedules and deadlines designed to indicate if we were underperforming. Daily checks with build engineers of the status of each project.
- R: Orders were shipped on time, happy customers. Shipping targets met, happy managing director.
10
Q
Problem Solving
A
- S: Designing the Exhaust system Leeds Formula Student Race Car
- T: Previous two years had exceeded competition noise limits
- A: Critically reviewed exhaust design research with a focus on acoustics, designed innovative expansion chamber, modelled computationally and analysed data, optimised the geometry.
- R: Minimised the noise output, predicted under competition limits. Maximised Performance.
11
Q
Innovative
A
- S: Designing the Exhaust system Leeds Formula Student Race Car
- T: Attaching a section of aluminium to a section of stainless steel. When arc welded very brittle intermetallic compounds start to form.
- A: Analysed other options and discounted a rigid fixing because of the vibrations. Innovative solution of a lubricated fitting attached with springs to absorb the vibrations.
- R: Result was weight was saved from the system by being able to use aluminium.
12
Q
Critical Thinking
A
- S: 3rd Year Project analysing the effect of polymer additives on the breakup of water droplets
- T: Conduct a literature review on the previous research in the field
- A: analysing and comparing different sources and their significance to the project
- R: Achieved a high grade of 90% for the literature review
13
Q
Multi Task
A
- S: MCS Customer Support, often received a high volume of calls/emails
- T: Accurately log all of the issues and keep the customers happy
- A: Always recorded information as soon as I received it and to the highest level of detail, as I could get a call at any time. Prioritised the most serious issues. Systematically worked through the problems.
- R: Prevented a backlog of issues. Didn’t have to ring customers back for more information.
14
Q
Analytical Skills
A
- S: 3rd Year Project analysing the effect of polymer additives on the breakup of water droplets
- T: Identify the tends in droplet break up from lots of videos
- A: Just watching the videos it was difficult to see the trends. Turned it into quantitative data by placing a ruler next to the droplets. Allowed distances and therefore velocities to be measured. I used these to identify trends in the breakup.
- R: I was
15
Q
Intellectually Curious/ Inquisitive
A
- S: Customer Support MCS
- T: I wanted to know more about how our products worked
- A: When there was some downtime I would try and research how our machines worked. I volunteered to spec in some new stock. This involved completely taking apart the machines.
- R: Had a better idea of how all of the machines were put together. Meant I was much better equipped to answer customer questions.