Contact
lupapass3@gmail.com
www.linkedin.com/in/userhidden-02a9961b8 (LinkedIn)
Top Skills
Marketing
Python (Programming Language)
Teaching
Certifications
Brand Management: Aligning
Business, Brand and Behaviour
Bioinformatics Specialization
Mathematics for Machine Learning
Specialization
Excel: Advanced Formulas and
Functions
Pre-Programming: Everything you
need to know before you code
Honors-Awards
2nd Runner Up of Product Design
Winner for The Best Participant in
Product Design
User Hidden
Doctoral Student at the University of Indonesia
South Jakarta, Jakarta, Indonesia
Summary
I am an enthusiastic scholar whose interests span statistics,
economics, artificial intelligence, genetic engineering, and
bioprocess engineering. I approach these fields with an
interdisciplinary and problem solving mindset. I am a doctoral
candidate funded by the national PMDSU scholarship, which enables
me to pursue advanced study and research. I am keen to collaborate
with partners in government and in the non governmental sector
on initiatives that deliver measurable public value. I also welcome
opportunities for joint research that integrates rigorous methods with
practical impact.
Experience
Badan Riset dan Inovasi Nasional RI (BRIN RI)
Research Assistant on The Characterization of Syncytial Viruses
August 2025 - Present (1 month)
Cibinong, West Java, Indonesia
Winner for The Best Student in Plant
Design and Product Design
Whole-genome characterization of syncytial viruses (for example, RSV) is
PMDSU Scholarship Grantee
that affect virulence and antigenicity, guide the design of diagnostics and
Successful Implementation of Makan
Bergizi Gratis (MBG)
essential to map genetic diversity, trace transmission, monitor mutations
candidate vaccines or antivirals, and strengthen genomic surveillance; at
BRIN, such virus research is generally reserved for doctoral-level investigators
under designated laboratory leadership; given the aerosol risks and pathogen
load, the work is typically conducted in BSL-3 facilities that demand rigorous
adherence to standard operating procedures, full personal protective
equipment, negative-pressure engineering controls, and comprehensive
training; BSL-3 operations are inherently more complex than BSL-1 or BSL-2
because they require advanced understanding of aerosol containment,
restricted access, enhanced medical surveillance, meticulous documentation,
and incident response; in addition, ethical approvals, regulatory permits,
validated reagents and protocols, robust data integrity practices, and
multidisciplinary oversight are indispensable prerequisites
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Telkom University
Partner in Helping the Development of Koperasi Desa Merah Putih
August 2025 - Present (1 month)
Koperasi Desa Merah Putih is pivotal for community self-reliance, local
supply-chain resilience, and shared prosperity. However, implementation
is challenging, especially in aligning with the President’s directive to pursue
digitization where feasible, which demands sound governance, member digital
literacy, reliable ICT infrastructure, change management, and regulatory
compliance. To address these complexities, we are collaborating with Telkom
University to support the cooperative’s digital transformation through structured
needs assessment, system and application architecture design, targeted
training for managers and members, staged pilot deployments, and KPI-based
monitoring to ensure measurable, sustainable outcomes.
University of Indonesia
1 year 11 months
Assistant Lecturer of Process Control
January 2025 - June 2025 (6 months)
Depok, West Java, Indonesia
Process control is the discipline of regulating dynamic process variables so
that plants operate safely, meet product specifications, and achieve targets
for throughput, energy use, and environmental performance. It models
process and disturbance behavior, designs control architectures such as
feedback, feedforward, and cascade, selects algorithms such as PID and
model predictive control, and deploys sensors, actuators, and supervisory
logic in DCS or PLC platforms. Core concerns include stability, robustness,
constraint handling, fault detection, and cybersecurity, with performance
assured through identification, tuning, and continuous monitoring.
Assistant Lecturer of Plant Design
July 2024 - December 2024 (6 months)
Depok, West Java, Indonesia
Plant design is the systematic development of an industrial facility from
business objectives to an operable, safe, and compliant plant. It translates
process chemistry and material balances into process flow and piping and
instrumentation diagrams, performs equipment sizing and specification,
defines utilities, controls, and plant layout, and plans commissioning and
operability. The work integrates site selection, constructability, maintainability,
safety and environmental assessments such as HAZOP and permitting,
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and capital and operating cost evaluation to support sound investment and
execution.
Assistant Lecturer of Basic Programming
February 2024 - July 2024 (6 months)
Depok, West Java, Indonesia
Basic programming teaches how to express algorithms through clear syntax,
data representation, and stepwise decomposition. In Python, core skills
include variables and built-in types, control flow with conditionals and loops
(including comprehensions), fundamental data structures such as lists,
dictionaries, tuples, and sets, functions and modules for reuse, and classes
for object-oriented design. Practical competence also involves using the
interpreter or notebooks, reading and writing files, managing packages and
virtual environments with pip and venv, following PEP 8 style, and applying
debugging and tests with assert and unittest or pytest. These foundations
enable maintainable code and prepare learners for tasks in data analysis, web
development, and automation
Assistant Lecturer of Product Design
February 2024 - July 2024 (6 months)
Depok, West Java, Indonesia
Chemical product design translates user needs and performance targets into
specifications, selecting molecules or formulations, defining critical quality
attributes, and integrating safety, sustainability, and regulatory requirements
through iterative prototyping and validation. Scale-up then transfers the
validated concept from lab to pilot and commercial production by preserving
kinetics and transport conditions, applying geometric and dynamic similarity,
and controlling mixing, heat and mass transfer, and residence time distribution.
Engineers use quality-by-design and process analytical technology to ensure
consistent product quality, reliable operability, and economically viable
manufacturing.
Assistant Lecturer of Reactor Engineering
February 2024 - July 2024 (6 months)
Depok, West Java, Indonesia
Reactor engineering concerns the analysis, design, and operation of chemical
and biochemical reactors, linking reaction kinetics with the transport of
momentum, heat, and mass to determine temperature and concentration
fields, mixing quality, interphase transfer, and ultimately rate, selectivity,
stability, and safety. Because transport resistances can limit or enhance
reaction performance, engineers solve conservation equations and use
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dimensionless groups (for example Damköhler, Péclet, Nusselt, and Sherwood
numbers) to diagnose regimes, prevent hot spots, control residence time
distribution, and guide scale up and optimization
Assistant Lecturer of Unit Process Engineering
February 2024 - July 2024 (6 months)
Depok, West Java, Indonesia
Unit Process Engineering focuses on chemically reactive steps that transform
feedstocks into products, integrating stoichiometry, reaction thermodynamics,
kinetics, and reactor design. Its close link to transport phenomena is
fundamental because momentum, heat, and mass transfer govern mixing,
temperature profiles, interphase transfer, and diffusion–reaction coupling that
determine rate, selectivity, yield, and safety. Engineers apply conservation
laws, constitutive relations, and dimensionless groups such as Reynolds,
Péclet, and Damköhler numbers to guide scale-up, control, and optimization
Assistant Lecturer of Bioinformatics
February 2024 - July 2024 (6 months)
Depok, West Java, Indonesia
Bioinformatics applies computational, statistical, and algorithmic methods to
acquire, curate, analyze, and interpret biological data across scales, from
genomes, transcripts, and proteins to structures and networks, with the
goals of generating testable hypotheses and enabling reproducible, data
driven discovery; within this domain, molecular dynamics simulates the time
dependent behavior of biomolecules by integrating Newton’s equations of
motion under a defined force field (for example CHARMM, AMBER, OPLS),
typically in explicit solvent with appropriate temperature and pressure control,
to quantify stability, conformational change, and interactions, and to derive
thermodynamic observables through approaches such as MM/PB(GB)SA or
alchemical free energy calculations; molecular docking predicts the binding
pose and relative affinity of ligands such as small molecules and peptides
to macromolecular targets by exploring receptor and ligand configurational
space and ranking solutions with physics based, empirical, or machine learned
scoring functions; in rigorous workflows the two methods are complementary
because docking generates plausible complexes for virtual screening and
prioritization, and molecular dynamics refines poses, assesses binding mode
robustness, and supports free energy estimation, provided that systems
are carefully prepared with correct protonation and tautomeric states as
well as appropriate treatment of cofactors and metal ions, that parameters
are validated, and that results are benchmarked with suitable controls and
uncertainty analyses
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Assistant Lecturer Coordinator of Bioprocess Simulation
August 2023 - January 2024 (6 months)
Depok, West Java, Indonesia
Bioprocess simulation applies quantitative models to design, analyze, and
optimize upstream and downstream operations through mass and energy
balances, equipment sizing, scheduling, and techno-economic evaluation.
SuperPro Designer is a commercial flowsheet and scheduling environment
for batch and continuous bioprocesses that offers libraries of unit operations,
tracks materials and resources, estimates utilities and waste, and generates
capacity and cost-of-goods reports. It enables scenario and sensitivity studies
for scale-up and debottlenecking, supporting data-driven decisions before pilot
or commercial deployment.
Assistant Lecturer of Physical Chemistry
August 2023 - January 2024 (6 months)
Depok, West Java, Indonesia
Physical chemistry examines how matter behaves by relating molecular
structure to measurable properties through thermodynamics, kinetics, quantum
mechanics, spectroscopy, and statistical mechanics. It explains energy
changes, reaction rates, equilibria, and transport phenomena, and provides
tools for interpreting experiments and predicting material performance. Its
methods underpin advances in catalysis, electrochemistry, materials science,
and biophysical chemistry
Kementerian Koordinator Bidang Perekonomian Republik Indonesia
Partner in Implementing Makan Bergizi Gratis (MBG) Program
November 2024 - April 2025 (6 months)
Gedung Pos Ibukota, Lapangan Banteng, Jakarta
Providing free nutritious meals is a public-health and equity intervention
that improves learning, productivity, and long-term wellbeing, yet early
implementation after the program’s announcement was hindered by unstable
raw-material supply, price volatility, perishability, logistical bottlenecks, and
the difficulty of consistently meeting precise nutritional standards across
diverse contexts. To address these constraints, I developed an AI-driven
menu planning system that optimizes locally available ingredients to meet
defined macro- and micronutrient targets within budget and operational limits,
generates rotating menus with standardized portions, produces procurement
lists synchronized with forecasted availability, and dynamically recalibrates
recommendations as prices and supplies change, thereby improving nutritional
quality, cost efficiency, and execution reliability
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Kalbio Global Medika
Upstream Process Intern
June 2023 - August 2023 (3 months)
Cikarang Selatan, West Java, Indonesia
At Kalbio, the upstream function prepares qualified inputs and produces
the biological product up to the point of harvest for downstream separation.
Its scope includes raw material and water system qualification, media and
buffer preparation, cell line and seed train expansion, and operation of
bioreactors with controlled temperature, pH, dissolved oxygen, agitation,
and feed strategies to meet critical quality attributes. The team performs
aseptic handling, in-process testing, and real-time monitoring, maintains batch
records, and executes cleaning and sterilization in compliance with cGMP.
Upstream concludes with harvest and primary clarification, after which the
material is released to downstream processing for purification.
University of Indonesia
11 months
Assistant Lecturer of Bioinformatics
January 2023 - June 2023 (6 months)
Depok, West Java, Indonesia
Bioinformatics applies computational, statistical, and algorithmic methods to
acquire, curate, analyze, and interpret biological data across scales, from
genomes, transcripts, and proteins to structures and networks, with the
goals of generating testable hypotheses and enabling reproducible, data
driven discovery; within this domain, molecular dynamics simulates the time
dependent behavior of biomolecules by integrating Newton’s equations of
motion under a defined force field (for example CHARMM, AMBER, OPLS),
typically in explicit solvent with appropriate temperature and pressure control,
to quantify stability, conformational change, and interactions, and to derive
thermodynamic observables through approaches such as MM/PB(GB)SA or
alchemical free energy calculations; molecular docking predicts the binding
pose and relative affinity of ligands such as small molecules and peptides
to macromolecular targets by exploring receptor and ligand configurational
space and ranking solutions with physics based, empirical, or machine learned
scoring functions; in rigorous workflows the two methods are complementary
because docking generates plausible complexes for virtual screening and
prioritization, and molecular dynamics refines poses, assesses binding mode
robustness, and supports free energy estimation, provided that systems
are carefully prepared with correct protonation and tautomeric states as
well as appropriate treatment of cofactors and metal ions, that parameters
Page 6 of 7
are validated, and that results are benchmarked with suitable controls and
uncertainty analyses
Assistant Lecturer of Transport Phenomena
August 2022 - January 2023 (6 months)
Transport phenomena refers to the study of how momentum, energy, and
mass are transported in physical systems. It involves the mathematical
modeling of physical phenomena such as diffusion, convection, and heat
transfer
Education
University of Indonesia
Postgraduate Degree, Chemical Engineering · (August 2024 - December
2025)
University of Indonesia
Bachelor of Engineering - BE, Department of Bioprocess · (August 2020 - July
2024)
SMA Negeri 8 Jakarta
· (2017 - 2020)
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