Mechanical Design Domain Engineer (MDDE) Program

IFS Academy has partnered with a leading Engineering Services company to offer the Mechanical Design Domain Engineer (MDDE) Program, focusing on industry-specific skills essential for success in the Mechanical Design domain. This comprehensive course integrates software expertise in CAD/CAM/CAE with hands-on training tailored to meet the demands of the industry. Led by industry veterans with over 20 years of experience and certified software instructors, the program ensures students are equipped with the necessary skills to excel in the field.

Key Features:

• Rigorous curriculum covering CAD tools such as CATIA V5, SolidWorks & NX CAD.

• Industry-oriented training encompassing Plastic Design, Sheetmetal Design, NPD/NPI Process, and more.

• In-depth sessions led by experts with a collective experience of 35+ years.

• Flexible online training with mentor support for doubt clarification.

• Practical learning through industry projects and assignments.

• Certification upon meeting evaluation criteria.

• Assistance in resume building, interview preparation, and mock interviews.

• 100% placement assistance for successful candidates.

Faculty Profiles:

Faculty 1:

• Over 21 years of global experience in design & development industries.

• Holds 8+ granted patents in the USA & Europe.

• Certified in ASME – GDTP and "Associate Value Specialist (VAVE)".

• Mentored over 7500 Design Engineers globally.

Faculty 2:

• Holds BE (Mechanical) + ME (Masters) in Thermal Engineering.

• Recognized Plastic Design Expert with experience in global brands.

• Mentor for design engineers in various industries.

• Published technical papers on Nano Technology.

Course Outline:

Plastic Design Domain

• Introduction to plastic

• Plastic properties

• Plastic Moulding processes

• Introduction to injection Moulding tool

• Sliders and lifters

• Plastic defects

• Plastic post processes

• Plastic joining methods

• Class A surface & surface continuity

• Design guidelines of plastic part and features

• Structural design of plastic

• Moldflow analysis

• Design for manufacturing and assembly (DFMA)

Cad execution:

• A to B conversion

• Close volume creation with master section

• Creation of skin foam

• Remastering/ Reverse engineering

• Design of plastic features

Projects:

• Automotive: Door trim, center console, headliner, map pocket, arm rest, airbag cover

• Home Appliances: Refrigerator container, electronic console, egg tray

• electronics: Enclosure of Wi-Fi router, PCB enclosure

• Medical: Thermal gun, BP monitoring machine enclosure

Sheetmetal Design Domain

• Introduction to Sheetmetal

• Material Selection

• The shearing processes

• The Press-Brake Operations

• The stamping operations

• The Roll Forming Operations

• The Spinning Operation

• The Drill Press Work

• The Deburring & Abrasion

• The Joining Operations

• The Heat Treatment Operations

• Plating & Painting

• Sheetmetal design projects

GD&T (Basic & Pro)

• Introduction to GD&T

• GD&T – Rules, Definitions and Terms

• GD&T - Modifiers

• Form Control

• Planer & Non-Planer Datums

• Orientation Control

• Location Controls

• Profile Control

• 10+ Case Studies

Tolerance Stack-up Analysis (WC | RSS | MRSS Methods)

• Approaches to finalize tolerance values of dimensions

• Engineering Fits

• Part and Assembly Stack-up analysis

• Tolerance stack-up with GD&T applications

• Worst case and stastical analysis

• Process capability analysis (Cp, Cpk)

• 20+ Case Studies

NPD | NPI Process

• Phases of NPD | NPI Process

• Opportunity Exploration and Target Setting

• Brainstorming and Concept Selection

• Concept Feasibility

• Design Release

• Process Development

• Product & Process Validation

• Lessons Learned

• Systematic Problem Solving - RCA, A3 and 8D

• Patent Process

• Value Engineering

DFMEA (AIAG)

• Failure Mode Avoidance (FMA)

• Pre-DFMEA Tools

• Boundary Diagram

• Interface Matrix

• Product Structure Tree (PST)

• Function Tree (FT)

• Fault Tree Analysis (FTA)

• Parametric Diagram

• RCL

• IFRL

• DFMA form as per AIAG manual

• Design verification plan (DVP)

PPAP (AIAG)

• Study of 18 documents and records of PPAP

Revisit of Engineering concepts for interview

• Strength of material

• Fluid mechanics

• Thermodynamics

• Engineering drawing

• Heat transfer

• Manufacturing

Software Tools Covered:

• CATIA V5

• SolidWorks

• NX CAD

Eligibility Criterion:

BE Mechanical / Automobile Final Year Engineering Students / Fresh Passed out students based upon passing eligibility assessment test.

Course Schedule:

Daily 3 hrs. Class (Monday to Friday)

Internship / Placement Opportunities:

Internship and placement opportunities provided upon successful course completion.

Enquire Now: Click here

Join us in shaping your future in Mechanical Design with the MDDE Program!