Job Description

Location(s)

Bangalore, Karnataka

Company

Molex

Career Field

Engineering

Job Number

143002

Your Job

A challenging position in an international innovative and successful company that is growing. An opportunity to setup the processes and development team in India to support the Indian customers. An opportunity to become part of a global team of dedicated and highly qualified colleagues based in Bangalore, India.

Our Team

Phillips Medisize is an expert in the design, development and delivery of advanced drug delivery devices and connected health solutions. Our customers are leading pharmaceutical companies worldwide. We offer innovative and integrated solutions supported by an end-to-end service offering from Strategy to Launch. Phillips Medisize is a part of Molex. We have opened a new Global Innovation and Development center in Bangalore, India and expected to grow in the Asian region.

What You Will Do

• Own mechanical or electro-mechanical system design of the drug delivery products

• Expertise in FAST & TRIZ

• Operate primary CAD systems such as NX or SolidWorks or Creo

• Generate product designs that meet product requirements

• Identify and analyze design risks using tools such as tolerance analysis, static or dynamic simulation or hand calculations.

• Develop appropriate design risk mitigations and test strategies

• Own & drive Usability risk analysis, design risk analysis, system risk analysis

• Work with production facilities to understand and incorporate production intent design for manufacturing (component level) and design for assembly (assembly level) into the design.

• Develop appropriate assembly and test fixtures to aid in the manufacture and testing of the design

• Integrate the electronic elements into the product design

• Develop appropriate drawings to detail product and assembly specifications in a manner compliant with ASME or other design standards \xe2\x80\xa2 Maintain a design journal that identifies product risk and tracks design changes throughout the Design Development Process.

• Generate Database Approval Forms and Engineering Change Orders to document design changes and customer approval.

• Identify and assess Design Risk via a dFMEA

• Identify potential manufacturing risks within the design of the components and assembly.

• Use or coordinate appropriate analytical techniques such as Tolerance Analysis, MoldFlow, SWX Simulation, SWX Plastics or ANSYS to aide in the analysis of the design

• Ensure that design inputs and outputs are properly documented and controlled according to relevant procedures. \xe2\x80\xa2 Generate and control Drawings and Specifications according to relevant work instructions.

• Set up and Perform engineering test for component verification against mechanical specification.

• Design/selection of components used in drug delivery devices such as springs, elastomers, plastic parts, sheet metal components, Selection of material for plastic parts, elastomers that encounters drugs.

• Design of parts compliance to US pharmacopeia standards such as USP 87, US 88, USP 661, USP 381, ISO 10993.

• Generate free body diagrams considering intended use cases and unintended use cases.

• Design of mechanism with appropriate number of constraints. Perform kinematic evaluation of mechanism.

• Identify functions in a product that are essential to performance.

• Generate engineering test data and use statistical tools to analyze engineering test data.

• Determining safety factors for each mechanical specification considering uncertainty in loading conditions, material property variations, environmental factors, material ageing.

• Other duties as assigned.

Who You Are (Basic Qualifications)

Bachelor/Master of Science/Engineering in System design, Mechatronics or Mechanical Engineering, Polymer Engineering

What Will Put You Ahead

• 8 to 12 years of experience in the design of mechanical or electro-mechanical drug / biologic delivery devices (oral, ophthalmic, nasal drug delivery products, pen injectors, auto-injectors, and wearable infusion pumps)
• Plastic injection molding and product development .Design experience in MedTech, diagnostic, MIoT, disposable products
• Strong Design for Manufacturability experience focusing on plastic injection molding and plastic assembly methods (snaps, sonic welding, press fit, sealing, etc)
• Proven history of providing innovative design solutions
• Experience performing tolerance analysis and structural analysis
• Diverse product portfolio Skills And Abilities
• Familiar with ISO 13485, ISO 62366 & ISO 14971
• Ability to generate complex system modelling techniques
• Familiar with various plastic materials and design limitations or potential design risks for said material
• Use of Minitab for statistical calculation and engineering decision making
• Use of strength analysis tools
• Strong written and verbal communication skills; ability to communicate design intent to a diverse audience
• Experienced understanding of injection mold operation
• Understanding of the behavior of plastics and other materials as they relate to mechanics, function, and creep
• Demonstrates strong ability to evaluate and recommend appropriate prototyping processes (i.e. SLA, printed, machined, molded)
• Maintains and respects customer, project, and program confidentiality
• Motivated self-starter who is able to manage multiple tasks We offer you

At Koch companies, we are entrepreneurs. This means we openly challenge the status quo, find new ways to create value and get rewarded for our individual contributions. Any compensation range provided for a role is an estimate determined by available market data. The actual amount may be higher or lower than the range provided considering each candidate\'s knowledge, skills, abilities, and geographic location. If you have questions, please speak to your recruiter about the flexibility and detail of our compensation philosophy.

Who We Are

Phillips-Medisize, India is seeking a Lead Mechanical Engineer to design and develop medical device and drug delivery products, following the Phillips-Medisize Design Development Process (DDP) and applicable standards such as ISO 13485 with design controls, ISO 14971 and appropriate ASME standards.

At Koch, employees are empowered to do what they do best to make life better. Learn how our helps employees unleash their potential while creating value for themselves and the company.

Molex