BASIC TO ADVANCE PROCESS DESIGN ENGINEERING_Live Sessions & Recordings
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BASIC TO ADVANCE PROCESS DESIGN ENGINEERING_Live Sessions & Recordings
Trainers feedback
4
(16 reviews)
Course type
Instructor led live training
Course duration
160 Hrs
Course start date & time
December 31, 2025 at 03:30 PM
Language
English
This course format is where trainer will explain you the subject via online live session. This course will run as per specific date and time.
Why enroll
1. Class Timing
9:00 PM to 11:00 PM IST
On Alternate Days
Structured to accommodate the schedules of working professionals and students.
2. Live Sessions & Recordings
All sessions are conducted live and are also recorded.
Recording Access:
- Shared by the next morning after each class.
- Comes with lifetime access.
Note: Recordings can only be viewed online - no download option available.
3. Notes & Reference Materials
You will receive:
- Handwritten notes
- Topic-wise summary charts
- Concise, to-the-point materials
All materials are provided in soft copy (PDF format), aligned with live sessions.
4. Modules & Course Content
Each module starts from the basics of engineering science and advances to detailed
design.
Objective: Build strong fundamentals and ensure crystal-clear concept understanding
for all participants—whether beginner or experienced.
5. Certification
On successful completion of the course, every participant will receive a Certificate of
Participation.
6. Mode of Class
Classes will be conducted online via Microsoft Teams.
Sessions include digital whiteboard teaching for better clarity and interaction.
7. Device Requirement
Classes can be accessed via mobile, laptop, or desktop.
For sessions involving software tools:
- A laptop or PC is recommended for hands-on practice.
- If unavailable, you can watch, learn, and practice later using the recordings.
8. 1-on-1 Personalized Mentorship
On non-class days, individual sessions will be arranged on a rotation basis for each
student.
Purpose:
- Doubt clearing
- CV building
- Interview preparation tailored to your background and career goals
- Tracking your growth throughout the course.
9. Mock Interviews
After completing 50% of the course, we will begin mock interview sessions to help
students:
- Simulate real interview environments
- Build confidence and eliminate stage fear
- Improve communication and technical responses.
10. Placement Support & Interview Guidance
We actively assist you with your job search by:
- Providing regular job updates for Process Design roles
- Offering 1-on-1 targeted interview guidance sessions
How It Works:
- If you receive an interview call, inform us immediately.
- A personalized session (typically from 12 PM - 1 PM) will be scheduled to help you
prepare based on the job profile and your background.
Course details
Module 1: Pump Design, Line Sizing, and Hydraulic Calculations
Module 2: Heat Exchanger Design and Thermal Analysis with HTRI
Module 3: PFD & P&ID Design, Process Automation, and Control Systems
Module 4: Pressure Safety Valve Design (API 520/521/526)
Module 5: Control Valve Sizing and Flow Optimization & Fisher software.
Module 6: Separator, Pressure Vessel, and Storage Tank Design
Module 7: Fractionation Column, Absorption Column, and Scrubber Process
Design
Module 8: Compressor, Blower, and Fan Selection and Design
Module 9: Process Engineering Documentation and Project Management
Module 10: Utility System Design and Cooling Tower Engineering
Module 11: Pre-Commissioning, Commissioning, and Performance Testing
Module 12: Process Simulation with HTRI, Aspen, DWSIM, and Excel Tools
Module 13: Interview Preparation and CV Writing for Process Engineers
Course suitable for
Pharmaceutical & Healthcare Oil & Gas Energy & Utilities Chemical & Process Petroleum Piping & Layout Engineering & Design
Key topics covered
Module 1: Pump Design, Line Sizing, and Hydraulic Calculations
Module 2: Heat Exchanger Design and Thermal Analysis with HTRI
Module 3: PFD & P&ID Design, Process Automation, and Control Systems
Module 4: Pressure Safety Valve Design (API 520/521/526)
Module 5: Control Valve Sizing and Flow Optimization & Fisher software.
Module 6: Separator, Pressure Vessel, and Storage Tank Design
Module 7: Fractionation Column, Absorption Column, and Scrubber Process
Design
Module 8: Compressor, Blower, and Fan Selection and Design
Module 9: Process Engineering Documentation and Project Management
Module 10: Utility System Design and Cooling Tower Engineering
Module 11: Pre-Commissioning, Commissioning, and Performance Testing
Module 12: Process Simulation with HTRI, Aspen, DWSIM, and Excel Tools
Module 13: Interview Preparation and CV Writing for Process Engineers
Training details
This is a live course that has a scheduled start date.
Live session
December 31, 2025 at 03:30 PM
2 Hours every day
80 Days
Our Alumni Work At
Why people choose EveryEng
Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities—all in a flexible and supportive environment.
- Industry Veteran
- Trainer Review

Petrofac
I was skeptical at first, but EveryEng's training programs really delivered. I gained the skills and confidence to take on challenging projects and advance my career. Highly recommended!

Nainesh Desai
Principal Project engineer
Sharjah, UAE

ITER
The user experience on EveryEng is fantastic! The platform is simple, efficient, and provides excellent educational content. It helps developing new skills and gain confidence in engineering career.

Nirbhay Naik
Engineer
France

Subsea7
I was searching for a reliable platform to expand my engineering knowledge, and EveryEng exceeded my expectations. The content and courses are well-structured, informative, and taught by experienced professionals. A great platform for Engineers!

C P Sharma
Principal Engineer
London

Technip
The content quality on EveryEng is outstanding! Every lesson is well-organized, and the instructors explain everything so clearly. This platform can help every engineer grow professionally in ways I never imagined.

Mulkita Sabharwal
Lead Engineer
Frankfrut, Germany

SLB
I never imagined an online learning platform could be this effective! EveryEng’s courses are top-notch, the mentors are industry experts, and the skills my team gained have made a real difference in the performance!"

Vishal Kokate
Engineering Team Lead
Pune, India
$ 100
December 31, 2025
Questions and Answers
A: This choice lands in the right order of magnitude for gravity settling without hidden internals, which matches what the vessel can realistically provide. B imports a design heuristic without checking vessel L/D and floods you on volume. C assumes vapor-phase internals solve a liquid-phase problem. D pushes a lab-scale upset criterion into a startup check and ignores available vessel holdup.
A: This action directly removes the heat source and protects tubes before coking or bulging can start. B worsens radiant flux and hides metal temperature rise. C changes hydraulics under upset conditions and risks flashing. D delays action and assumes operator reaction beats thermal inertia.
A: This step reconciles geometry, which explains impossible readings before touching configuration. B forces bad data to agree. C removes an independent check with no evidence. D calibrates an instrument that may be correctly reading the wrong reference.
A: This mechanism matches wet CO2 environments where chlorides raise conductivity and corrosion rate. A needs high hardness and stress conditions not stated. C needs dissolved oxygen, which produced water systems usually lack. D assumes high pH caustic service that isn't present.
A: This keeps the physics straight by subtracting vapor pressure from static head. B flips the sign and inflates margin. C ignores elevation head entirely. D double-counts atmospheric pressure without converting to equivalent head correctly.
A: More heat removal addresses the actual cause: higher vapor pressure from reduced condensation. B bypasses protection logic and adds risk. C disturbs column hydraulics for a utility-driven issue. D raises liquid load and can worsen drum pressure.
A: This resolves the bias by recognizing disturbed velocity profiles from poor upstream geometry. B hard-codes an error. C dismisses an independent check without basis. D assumes a single-direction error that doesn't hold for all meter types.
A: This addresses amine plus oxygen corrosion that carbon steel can't tolerate at temperature. B targets creep, not amine attack. C slows but doesn't stop the mechanism. D fails quickly under thermal cycling and solvent exposure.
A: This is conservative and aligns with API 521 logic for external heat input. B underestimates upset conditions. C assumes perfect controls during failure. D misses phase change, which dominates pressure rise.
A: This targets control loop dynamics without altering process limits. B changes design conditions and can hit MAWP margins. C couples liquid level to gas control and creates new instability. D removes protection and relies on constant operator attention.
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